Green Energy
Balcony Power Station Solar Mount 0–30° adjustable for balconies, railings & walls for PV modules 30/35 mm
Product informationThe adjustable solar mounting bracket for balconies, railings and walls is a flexible mounting solution for framed solar modules and is ideal for balcony power stations and compact PV systems.Thanks to the manually adjustable tilt angle of 0° and 15–30° the solar panel can be optimally aligned with the sun. This allows for better utilisation of sunlight, depending on the location, season and mounting position.The mounting kit is pre-assembled and designed for particularly easy installation. The mounting bracket is unfolded, positioned and secured – making it ideal for quick installation on balconies, railings or walls.The mounting system is manufactured from high-quality, corrosion-resistant materials such as AL6005-T5, AL5052 and SUS304 stainless steel. This makes it robust, durable and suitable for long-term outdoor use. Highlights at a glance Adjustable to 0° and 15–30°Flexible adjustment of the tilt angle for optimum module alignment.Pre-assembled mounting kitQuick and straightforward installation.For balconies, railings & wallsVersatile for use in a variety of installation scenarios.Suitable for framed solar modulesCompatible with modules with a frame height of 30 or 35 mm.Wide range of modulesFor solar modules up to 2,200 mm in length and 751–1,313 mm in width.Corrosion-resistant materialsAluminium alloys AL6005-T5 and AL5052, and SUS304 stainless steel.High stabilityDesigned for wind speeds of up to 40 m/s.Ideal for balcony power stationsIdeal for use with solar panels and micro-inverters.10-year warrantyFor long-term planning certainty. Flexible tilt from 0° to 30° The mounting bracket allows the solar panel to be manually adjusted to various positions. The following are available: 0°Adjustable from 15–30° This allows the solar panel to be positioned optimally depending on the installation location and desired orientation. An adjusted tilt angle can help to make better use of sunlight throughout the day and year, particularly for balcony or wall installations. Quick and easy installation The solar mounting kit is largely pre-assembled and designed for particularly easy installation. The system simply needs to be unfolded, aligned and secured. The modular design enables quick assembly and reduces the installation effort. This makes the mounting system particularly suitable for: Balcony power stationsBalcony parapetsRailingWall mountingCompact PV systemsPrivate solar installations High-quality and corrosion-resistant materials Robust materials are used for the mounting bracket: AL6005-T5 aluminiumAL5052 aluminiumSUS304 stainless steel These materials are characterised by high corrosion resistance and stability. The mounting system is therefore designed for long-term outdoor use. Suitable for many solar modules The balcony mounting bracket is designed for framed solar modules and supports various module sizes. Suitable modules are those with: with a length of up to 2,200 mma width of 751 to 1,313 mma frame thickness of 30 or 35 mm This means the mounting system is compatible with many standard solar panels for balcony power stations and smaller PV systems. Ideal for balcony power stations The mounting bracket is particularly suitable for installing solar panels on balconies and railings. The adjustable tilt allows the module to be aligned more effectively with the sun than with a purely vertical installation. Typical areas of application are: Balcony parapetMetal railingWall surfacesPatiosGarden shedsSmall PV systemsBalcony power stations Technical Specifications FeaturesValue Product nameAdjustable solar mounting bracket for balconies and walls MaterialAL6005-T5, AL5052, SUS304 Suitable modulesFramed solar modules Module orientationLandscape Suitable module thickness30 & 35 mm Max. module length≤ 2,200 mm Suitable module width751–1,313 mm Tilt angleAdjustable to 0° and 15–30° Max. wind speed40 m/s Installation locationsBalcony, railing, wall CertificationISO9001, CE Package size370 × 150 × 80 mm Weightapprox. 2.5 kg Warranty10 years Advantages of the adjustable balcony mounting bracket The mounting system offers several advantages over fixed module installation. Due to the variable tilt angle the module can be better adapted to local conditions. Further advantages: Easy installationCompact designPre-assembled structureShort installation timeFlexible module orientationHigh-quality materialsHigh corrosion resistanceSuitable for various module sizesSuitable for use with numerous balcony power plant systems Installation instructions Before installation, you must check whether the balcony, railing or wall is suitable for the loads involved. In particular, the following must be taken into account: Net weight of the solar moduleWeight of the mounting bracketWind loadslocal weather conditionsCondition of the railing or substrateSecure fastening of all screw and clamp connections Installation must be carried out in accordance with the locally applicable building and safety regulations. If in doubt, the mounting should be checked by a suitably qualified specialist. FAQ on the adjustable solar mounting bracket Which solar panels is the mounting system suitable for? The mounting system is designed for framed solar modules with a frame thickness of 30 or 35 mm suitable. The maximum module length is 2,200 mm, the supported width ranges from 751 and 1,313 mm. Can the angle be adjusted? Yes. The mounting bracket can be fitted to 0° and within the range of 15–30° can be adjusted. This allows the solar panel to be flexibly adapted to the specific installation site. Is the mounting bracket already pre-assembled? Yes. The structure is largely pre-assembled and has been designed for quick installation. The system is unfolded, positioned and then securely fastened. Can the mounting bracket be attached to a balcony? Yes. The mounting system has been designed specifically for balconies and railings developed. However, prior to installation, it must be checked whether the structure in question is sufficiently load-bearing and suitable for the wind loads that may occur. Is wall mounting also possible? Yes. Depending on the local conditions, the system can also be used for wall mounting. The fasteners must be selected to suit the specific wall structure. Is the mounting bracket suitable for outdoor use? Yes. The aluminium alloys and stainless steel components used are corrosion-resistant and designed for long-term outdoor use. Contents of the package 1 × pre-assembled solar mounting kitRequired mounting and connection components as per the set contentsInstallation accessories as specified by the manufacturer The solar panel and micro-inverter are not included in the scope of delivery, unless expressly stated otherwise.
Solar cable, red, 25m, 4mm
The SOLR425 solar cable (25 metres, 4mm²) in red is the perfect choice for flexible cabling of your photovoltaic system. With a length of 25 metres, this cable is ideal for medium-sized projects, such as connecting module strings to the inverter or installing balcony power stations with slightly longer routes. The red colour serves as a standard-compliant marking of the positive pole (+), making the installation clear and safe.Manufactured in accordance with the strict standard IEC 62930, this cable fulfils the highest safety standards for permanent use in modern PV systems. The combination of high-quality tinned copper conductor and robust double insulation guarantees efficient energy transmission and maximum service life, even under demanding environmental conditions.Highlights at a glanceCertified safety: Complies with the international standard IEC 62930 for solar cables, which guarantees top quality and fire protection.Optimal length: 25 metres allow for custom cuts for bespoke connections without unnecessary joints.Clear identification: The red outer sheath ensures clear identification of the positive lead and prevents confusion during installation.Extremely robust: The double insulation made from cross-linked special polymer is UV-resistant, ozone-resistant and resistant to weathering.Durable conductor: Tinned electrolytic copper provides effective protection against corrosion and ensures permanently low contact resistances.High temperature resistance: Safe to use in a range from -40°C to +90°C, conductor temperatures of up to +120°C are permitted for short periods.Areas of applicationThe SOLR425 is versatile for private and commercial PV projects:Home & rooftop systemsIdeal for string cabling and connection to the charge controller or inverter over medium distances.Balcony power stationsPerfectly suited for connecting the solar modules to the microinverter when it is mounted indoors or in a remote location.Motorhomes & MarineReliable wiring for solar panels on vehicle roofs or boats, where resistance to vibrations and moisture is required.Installation & safety instructionsProfessional crimpingAs this is cut by the metre, only high-quality MC4 connectors should be used for connection. Ensure gas-tight crimping with a suitable crimping tool.Mechanical protectionLay the cable on sharp edges (e.g. on profile rails) always in such a way that the insulation is not damaged. Use edge protection or corrugated pipes for this.Observe bending radiiAvoid bends that are too tight in the cable to prevent damage to the fine stranded copper conductors and to maintain the integrity of the insulation. Features Model / SKU**SOLR425** Conductor cross-section**4.0 mm²** Form of supply**25 metre ring** ColourRed (positive pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (fine stranded) Temperature range-40°C to +90°C (ambient) Standardisation**IEC 62930 / EN 50618** Fire protectionFlame-retardant & halogen-free FAQs on the red 25m 4mm² solar cableWhat does certification to IEC 62930 mean?Tested quality for PV systems. This standard defines the requirements for halogen-free, low-smoke and insulated cables for photovoltaic systems. It ensures that the cable is specifically designed for the high DC voltage and UV exposure in outdoor use.Can I lay the cable indoors too?Yes. Thanks to the flame-retardant and halogen-free properties of the insulation, the SOLR425 can be installed indoors without hesitation to carry energy from the roof to the inverter in the basement or technical room.Why should I choose 4mm² instead of 6mm²?Cost-effectiveness over short distances. With a length of 25 metres, the voltage drop at 4mm² is negligibly low in most standard PV applications. The cable is easier to install and still offers high current carrying capacity for modern modules.
Solar cable red 50m 4mm
The SOLR450 solar cable (50 metres, 4mm²) in red is the ideal cable by the metre for photovoltaic projects that require flexible and secure cabling over medium distances. With a length of 50 metres, this reel offers sufficient range for string cabling on rooftops or for connecting module fields to the inverter. The red colouring ensures standard-compliant identification of the positive pole (+), making installation clear and minimising connection errors.Certified according to the international standard IEC 62930, this cable meets the highest requirements for safety and durability. It is specially designed for harsh outdoor conditions and, thanks to its high-quality material composition, ensures efficient energy transmission over the entire service life of your solar system.Highlights at a glanceCertified standard: Complies with IEC 62930 (H1Z2Z2-K), guaranteeing maximum suitability for photovoltaic direct current systems up to 1500V.Generous range: 50 metres in one piece enable continuous installation without additional plug connections between module and technical room.Clear polarity: The red outer insulation ensures a clear visual separation of the positive conductor, increasing safety during installation and maintenance.Weather & UV resistant: The high-quality XLPO double insulation provides long-lasting protection against embrittlement caused by sunlight, ozone and severe weather.Optimum conductivity: The finely stranded conductor made of tinned copper offers excellent corrosion protection and consistently low contact resistance.High thermal load capacity: Reliable operation in a wide temperature range from -40°C to +90°C.Areas of applicationThe SOLR450 is the ideal choice for a variety of installation scenarios:Single-family homes & roof systemsPerfect for connecting solar modules to the inverter if installed in the basement or utility room.Balcony solar systems & garden systemsIdeal for installations where a greater distance needs to be covered between the panels and the feed-in point.Mobile solar systemsUsed in independent systems for tiny houses or larger motorhomes where certified industrial quality is valued.Assembly & safety instructionsProfessional connectionUse only high-quality MC4 connectors when assembling and ensure precise crimping using a specialised solar crimping tool.Mechanical fixationSecure the cable at regular intervals with UV-resistant cable ties to minimise mechanical stresses caused by wind or its own weight.Avoidance of standing waterLay the cable so that it is not permanently in standing water (e.g. in depressions on flat roofs) to maximise protection of the insulation. Features Model / SKU**SOLR450** Conductor cross-section**4.0 mm²** Delivery form**50 metre ring** ColourRed (positive pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (finely stranded) Temperature range-40°C to +90°C (ambient) Certificates**IEC 62930 / EN 50618 (H1Z2Z2-K)** Special featureHalogen-free & short-circuit proof FAQs about solar cable red 50m 4mm²Why is the IEC 62930 certification important?It guarantees longevity in PV systems. This standard ensures that the cable is halogen-free, flame-retardant and specially designed to withstand stresses from high DC voltages and UV light. This sets it apart significantly from conventional installation cables.Is 4mm² sufficient for a 50 metre cable?Yes, for moderate currents. In a typical module string with high voltages, voltage drop at 50 metres and 4mm² is generally completely negligible. With systems with very low voltages (e.g. 12V), however, the voltage drop should be checked in advance.Is the cable resistant to acids and alkalis?Yes. The XLPO insulation provides good resistance to chemical influences, which is particularly advantageous for installations near industrial areas or in agriculture (ammonia exposure).
Solar cable red 75m 4mm
The SOLR475 solar cable (75 metres, 4 mm²) in Red is a high-quality solution for cabling photovoltaic systems over longer distances. With a length of 75 metres, this roll offers maximum flexibility for string cabling on large roofs or when connecting module arrays to the inverter in larger buildings. The red colour serves to identify the positive (+) terminal in accordance with standards, which makes the installation clearer and enhances safety during fitting.Certified to the international standard IEC 62930The SOLR475 meets the most stringent quality standards for long-term use under extreme conditions. The combination of a fine-stranded, tinned copper conductor and the robust XLPO double insulation ensures efficient energy transmission and protects the cable from environmental influences for decades.Highlights at a glanceCertified industrial quality: Complies with the IEC 62930 standard (H1Z2Z2-K) and is therefore approved for system voltages up to 1500 V DC.Optimal project length: 75-metre lengths allow for uninterrupted installation, even along complex routes, without unnecessary joints.Reliable identification: The red outer sheath ensures clear visual identification of the positive conductor in accordance with standard installation practices.Maximum durability: The UV- and ozone-resistant XLPO double insulation prevents premature ageing caused by sunlight and weathering.Corrosion-protected conductor: Tinned electrolytic copper guarantees consistently low contact resistance and protects against oxidation, even in damp environments.Extreme temperature range: Safe for use from -40°C to +90°C (maximum conductor temperature up to +120°C).Areas of applicationThe SOLR475 is the ideal choice for demanding installation scenarios:Larger roof-mounted systemsPerfect for connecting solar modules to the inverter when the latter is installed across several storeys or in a remote plant room.Commercial PV projectsIdeal for string cabling in larger systems where high reliability and compliance with standards are required.Standalone & hybrid systemsUsed in self-sufficient power supply systems for remote buildings or agricultural holdings.Installation & Safety InstructionsProfessional assemblyUse only high-quality MC4 connectors to complete the cable assembly. A gas-tight crimp using specialised solar crimping pliers is essential for long-term safety.Protection against mechanical damageAlways route the cable through protective conduits where it passes through walls or along sharp roof edges to protect the insulation from mechanical abrasion.Avoiding cable loopsEnsure that the cable is laid in such a way that no large induction loops are formed (the positive and negative wires should be routed as close together as possible) in order to improve the system’s EMC compatibility. Features Model / SKU**SOLR475** Conductor cross-section**4.0 mm²** Packaging**75-metre coil** ColourRed (positive terminal) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialTinned copper (Class 5) Temperature range-40°C to +90°C (ambient) Standards**IEC 62930 / EN 50618** Special featureAcid- and alkali-resistant, halogen-free FAQs on the red 75m 4mm² solar cableWhy is 4 mm² often sufficient for 75 metres?Due to the high string voltage. In modern PV systems, modules are often connected in series, which increases the voltage whilst keeping the current (amperes) relatively low. At high voltages, the percentage power loss with a 4 mm² cable is usually very low, even over a distance of 75 metres.Can the cable also be laid permanently outdoors?Yes. The cable is specifically certified for outdoor installation. It is resistant to ammonia (important in agriculture), ozone and intense UV radiation.What is the advantage over conventional rubber cables?The chemical cross-linking of the insulation. XLPO insulation (cross-linked polyolefin) does not melt when exposed to heat and does not become brittle in winter. It is also flame-retardant and halogen-free, which minimises smoke production in the event of a fire.
Solar cable, red, 25m, 6mm
The SOLR625 solar cable (25 metres, 6mm²) in red is the ideal solution for photovoltaic installations that require a high current carrying capacity and minimal energy losses. With a length of 25 metres and a reinforced cross-section of 6mm², this cable offers the perfect balance between flexibility and performance – whether for string cabling on the roof or the connection of powerful balcony power plants. The red colour is used for the standard-compliant identification of the positive pole (+).Manufactured according to the international standard IEC 62930, this cable meets the strictest requirements for safety and durability in modern PV systems up to 1500V DC. The generous cross-section ensures that even with modules with high output currents, heat development is minimised and the efficiency of your system is maximised.Highlights at a glanceCertified safety: Complies with IEC 62930 (H1Z2Z2-K) for permanent use in photovoltaic DC systems up to 1500V.High efficiency: The 6mm² cross-section minimises electrical resistance and significantly reduces voltage drops compared to standard cables.Optimal project length: 25 metres enable tailor-made sections for medium distances without unnecessary interfaces or plug-in connections.Weather & UV resistant: The high-quality XLPO double insulation protects the cable against embrittlement from the sun, ozone and extreme weather conditions for decades.Corrosion-protected conductor: Fine-stranded, tinned copper ensures consistently optimum conductivity and offers effective protection against oxidation in humid environments.Extreme temperature range: Reliable operation under even the most adverse conditions from -40°C to +90°C (short-term peaks up to +120°C).Areas of applicationThe SOLR625 is versatile for demanding PV projects:Modern roof systemsIdeal for connecting high-performance modules (500Wp+) to the inverter to transport high currents without loss.Balcony power plants & stand-alone systemsPerfect when the inverter or charge controller is installed a little further away and every watt of power is to be maintained.Motorhomes & marineRobust cabling for self-sufficient systems where vibrations, humidity and high loads are a factor.Assembly & safety instructionsProfessional assemblyUse only MC4 connectors that are explicitly approved for 6mm² cable for this cross-section. A gas-tight crimp is essential for long-term safety.Observe bending radiiDespite the high flexibility of the fine stranded conductors, the cable should not be bent below the minimum permissible bending radius to preserve the insulation.Mechanical protectionFor entries or sharp edges, use protective tubes or edge protection profiles to permanently ensure the integrity of the double insulation. Features Model / SKU**SOLR625** Conductor cross-section**6.0 mm²** Delivery form**25 metre ring** ColourRed (positive pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (Class 5) Temperature range-40°C to +120°C (at conductor) Standardisation**IEC 62930 / EN 50618** FeaturesHalogen-free, flame-retardant, UV-resistant FAQs about the solar cable red 25m 6mm²Is 6mm² necessary for 25 metres in length?It is recommended. Especially for modern modules delivering currents of 13A to 18A, 6mm² offers significantly more protection against heating and reduces the voltage drop. It is a future-proof option for maximum yields.Can the cable be laid indoors?Yes. Thanks to the flame-retardant and halogen-free properties of the XLPO insulation, the SOLR625 can be safely installed in buildings to carry energy from the roof to the technical room.Does the cable fit standard MC4 connectors?Only in suitable 6mm² variants. There are MC4 connectors for various cross-section ranges. Make sure to use connectors designed for 4–6mm² so that strain relief and sealing work correctly.
Solar cable, red, 50m, 6mm
The Solar cable SOLR650 (50 metres, 6mm²) in red is the ideal cable by the metre for photovoltaic projects that place the highest demands on efficiency and durability. With a length of 50 metres and a reinforced cross-section of 6mm², this cable offers the perfect reserves for string cabling on rooftops or connecting distant module arrays. The red colouring is used for standard-compliant identification of the positive pole (+), which makes installation clear and minimises the risk of polarity reversal.Certified according to the international standard IEC 62930, this cable fulfils the strictest requirements for use in modern PV systems up to 1500V DC. The generous cross-section ensures that the voltage drop is minimised and the overall yield of your system is maximised, even with the high currents of modern high-performance modules.Highlights at a glanceMaximum efficiency: The cross-section of 6mm² massively reduces the electrical resistance and ensures minimal voltage drop, especially over distances of 50 metres.Certified safety: Complies with the IEC 62930 standard (H1Z2Z2-K) for permanent use in photovoltaic direct current systems up to 1500V.Optimum project length: 50 metres in one piece enable uninterrupted installation without additional plug connections between the module array and inverter.Weather & UV resistant: The high-quality XLPO double insulation protects the cable against embrittlement caused by sun, ozone and extreme weather conditions for decades.Corrosion-protected conductor: Fine-stranded, tinned copper offers the best long-term conductivity and provides effective protection against oxidation, even in damp or salty environments.High thermal load capacity: Reliable operation in a wide temperature range from -40°C to +90°C.Areas of applicationThe SOLR650 is the ideal choice for demanding installation scenarios:Large roof systemsPerfect for connecting the solar modules to the inverter if it is installed in the basement or in a remote technical room.Powerful balcony power stationsIdeal for systems with modern modules (500Wp+) to transport the high currents safely and without losses.Island & battery storageIdeally suited for 24V or 48V systems where low voltage drops are crucial for optimum battery charging.Assembly & safety instructionsProfessional connectionOnly use high-quality MC4 connectors that are approved for 6mm² cross-sections. Precise crimping with a special solar crimping tool is essential.Mechanical fixationFasten the cable at regular intervals with UV-resistant cable ties to avoid mechanical stress caused by wind or dead weight on the connections.Avoidance of induction loopsRun positive (red) and negative (black) cables as parallel and close together as possible to minimise electromagnetic interference fields. Features Model / SKU**SOLR650** Conductor cross-section**6.0 mm²** Delivery form**50 metre ring** ColourRed (positive pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (class 5) Temperature range-40°C to +120°C (on the conductor) Certification**IEC 62930 / EN 50618** Special featureHalogen-free, UV-resistant & short-circuit-proof FAQs about solar cable red 50m 6mm²Why is 6mm² for 50 metres better than 4mm²?Due to the lower resistance. The electrical resistance adds up over a distance of 50 metres. With 6mm² you reduce the voltage drop by around a third compared to 4mm². This ensures a higher system voltage at the inverter and therefore a measurably higher yield.Can the cable be laid freely outdoors?Yes. The cable is specially certified for permanent outdoor installation. It is resistant to UV light, ozone and ammonia, which also qualifies it for use in agriculture.Is the cable flame-retardant?Yes. The XLPO insulation is flame-retardant and halogen-free. In the event of a fire, the cable produces hardly any smoke and no corrosive gases, which significantly increases safety in the building.
Solar cable, red, 75m, 6mm
The solar cable SOLR675 (75 metres, 6mm²) in red is the high-performance solution for photovoltaic installations that have to efficiently cope with long distances and high currents. With a length of 75 metres and a reinforced cross-section of 6mm², this cable offers maximum reserves for string cabling on extensive roofs or the connection of module fields to inverters located far away. The red colouring serves to mark the positive pole (+) in accordance with standards.Certified according to international standard IEC 62930, the SOLR675 meets the most stringent quality requirements for permanent use under extreme conditions. The generous cross-section ensures that the voltage drop is minimised even over long cable runs, which directly results in a higher overall yield from your solar installation.Highlights at a glanceHigh efficiency: The cross-section of 6mm² massively minimises the electrical resistance, which is particularly decisive for efficiency over the distance of 75 metres.Certified safety: Complies with IEC 62930 (H1Z2Z2-K) standard for permanent use in photovoltaic direct current systems up to 1500V.Optimum project length: 75 metres in one piece enable continuous installation over long distances without unnecessary joints or additional plug connections.Extremely resistant: The high-quality XLPO double insulation protects the cable from embrittlement due to intense UV radiation, ozone and weathering for decades.Corrosion-protected conductor: Fine-stranded, tinned copper offers consistently excellent conductivity and effective protection against oxidation, even in humid or salty air.Wide temperature range: Safe operation under the most adverse climatic conditions from -40°C to +90°C.Areas of applicationSOLR675 is the ideal choice for demanding long-distance connections:Large roof systems & commercial buildingsPerfect for the connection of solar modules to the inverter when it is installed over several floors or in a distant technical room.Open space & garden systemsIdeal for connecting distant module fields to the feed-in point with minimal losses.High-performance stand-alone systemsIdeally suited for 24V or 48V systems with high charging currents, where every volt retention at the battery counts.Installation & safety notesProfessional assemblyUse only high-quality MC4 connectors that are approved for 6mm² cross-sections to complete the cable. Gas-tight crimping is essential for long-term safety.Protection when laid undergroundAlthough the cable is weather-resistant, it must always be run in a suitable protective conduit when laid underground to protect it from mechanical influences.Parallel cable routingRoute positive (red) and negative (black) cables as closely together as possible to minimise electromagnetic interference fields and induction loops. Features Model / SKU**SOLR675** Conductor cross-section**6.0 mm²** Delivery form**75 metre ring** ColourRed (positive pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (Class 5) Temperature range-40°C to +120°C (on the conductor) Standardisation**IEC 62930 / EN 50618** Special featureAcid & alkali resistant, halogen-free FAQs about the solar cable red 75m 6mm²Why is 6mm² almost always the better choice for 75 metres in length?To keep power losses in check. Over a total length of 150 metres (supply and return), the resistance adds up considerably. A 6mm² cable reduces the voltage drop by around a third compared to 4mm², which means a noticeable increase in yield over the lifetime of the system.Can the cable also be laid indoors?Yes. Thanks to its flame-resistant and halogen-free XLPO insulation, the SOLR675 can be safely laid in buildings to route the energy from the roof to the inverter room.Does the cable fit into standard MC4 plugs?Yes, in the 6mm²-compatible versions. When buying connectors, ensure that they are designed for the cross-section range of 4–6mm² so that sealing and strain relief work perfectly.
Black solar cable 25m 4mm
The Solar Cable SOLS425 (25 metres, 4mm²) in black is the ideal solution for flexible and professional cabling of your photovoltaic system. With a length of 25 metres, this cable by the metre is perfectly suited for medium-sized projects, such as connecting module strings to the inverter or installing balcony power plants. The black colour serves as standard-compliant marking of the negative pole (-), making installation clear and safe.Manufactured according to the strict international standard IEC 62930, this cable meets the highest quality standards for long-term use in modern PV systems up to 1500V DC. The high-quality XLPO double insulation and the tinned copper conductor guarantee efficient energy transmission and maximum service life, even under demanding environmental conditions.Highlights at a glanceCertified safety: Complies with standard IEC 62930 (H1Z2Z2-K) for permanent use in photovoltaic DC systems up to 1500V.Optimum project length: 25 metres in one piece allow customised cuts for individual connection paths without unnecessary interfaces.Clear polarity: The black outer sheath provides a clear visual marking of the negative cable and prevents mix-ups during installation.Weatherproof & Robust: The UV-resistant and ozone-resistant double insulation protects the cable for decades from embrittlement caused by weather influences.Corrosion-protected conductor: Tinned electrolytic copper ensures permanently low contact resistance and provides effective protection against oxidation.Wide temperature range: Safe operation even under extreme climatic conditions from -40°C to +90°C (short-term peaks up to +120°C).Areas of applicationThe SOLS425 is versatile for private and commercial PV projects:House & Roof systemsIdeal for string cabling and connection to the charge controller or inverter over medium distances.Balcony power stationsPerfect for connecting the solar modules to the micro-inverter when it is mounted in a staggered or protected position indoors.Motorhomes & MarineReliable cabling for self-sufficient systems requiring resistance to vibrations, moisture and UV radiation.Installation & Safety InstructionsProfessional crimpingAs it is cable by the metre, exclusively high-quality MC4 connectors should be used for the connection. Gas-tight crimping with a special crimping tool is essential for long-term safety.Parallel cable routingRoute the black negative cable as parallel and as close as possible to the red positive cable to minimise electromagnetic interference (induction loops).Mechanical protectionLay the cable at sharp edges in such a way that the insulation is not damaged. Use corrugated pipes or cable ducts when passing through walls. Features Model / SKU**SOLS425** Conductor cross-section**4.0 mm²** Delivery form**25-metre ring** ColourBlack (negative pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (fine-stranded) Temperature range-40°C to +90°C (ambient) Standardisation**IEC 62930 / EN 50618** Special featureHalogen-free & flame-retardant FAQs about the solar cable black 25m 4mm²What is the advantage of IEC 62930 certification?Maximum longevity in PV systems. This standard ensures the cable is halogen-free, flame-retardant and specially tested for resistance to high DC voltages and intensive UV radiation. It is considerably more robust than standard conventional cables.Can I also lay the cable indoors?Yes. Thanks to the flame-retardant and halogen-free properties of the XLPO insulation, the SOLS425 can be laid safely in buildings to transfer energy to the inverter room.Does the cable fit into standard MC4 plugs?Yes. The cable with 4mm² cross-section fits into all standard MC4 connectors designed for the 4–6mm² range. Ensure a clean installation for a watertight connection.
Solar cable black 50m 4mm
The solar cable SOLS450 (50 metres, 4mm²) in black is the ideal metered cable for photovoltaic projects that require flexible and secure wiring over medium distances. With a length of 50 metres, this roll offers ample scope for string cabling on rooftops or for connecting module arrays to the inverter. The black colouring is used for standard-compliant identification of the negative pole (-), which makes installation straightforward and minimises connection errors.Certified to the international standard IEC 62930, this cable fulfils the highest requirements for safety and durability. It is specially designed for the harsh conditions outdoors and, thanks to its high-quality material composition, ensures efficient energy transmission over the entire service life of your solar installation.Highlights at a glanceCertified standard: Complies with standard IEC 62930 (H1Z2Z2-K), which guarantees maximum suitability for photovoltaic DC systems up to 1500V.Generous range: 50 metres in one piece allow uninterrupted installation without additional connectors between module array and technical room.Clear polarity: The black outer sheath provides clear visual separation of the negative cable, increasing safety during installation and maintenance.Weather- & UV-resistant: The quality XLPO double insulation provides lasting protection against embrittlement from sunlight, ozone, and extreme weather.Optimum conductivity: The finely stranded conductor made from tinned copper provides excellent corrosion protection and permanently low transition resistances.High thermal load capacity: Reliable operation in a wide temperature range from -40°C to +90°C.Areas of applicationThe SOLS450 is the ideal choice for a wide variety of installation scenarios:Single-family homes & rooftop systemsPerfect for connecting the solar modules to the inverter when it is installed in the basement or utility room.Balcony systems & garden installationsIdeal for installations where a greater distance between the panels and the feed-in point needs to be bridged.Mobile solar systemsUse in self-sufficient systems for tiny houses or larger mobile homes, where certified industrial quality is important.Installation & safety instructionsProfessional connectionFor assembly, use only high-quality MC4 connectors and ensure precise crimping with special solar crimping pliers.Mechanical fixationFasten the cable at regular intervals with UV-resistant cable ties to minimise mechanical stress from wind or self-weight.Avoiding induction loopsLay the black negative cable as parallel and as close as possible to the red positive cable to reduce electromagnetic interference and the risk of lightning induction. Features Model / SKU**SOLS450** Conductor cross-section**4.0 mm²** Delivery form**50 metre ring** ColourBlack (negative pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (finely stranded) Temperature range-40°C to +90°C (ambient) Certificates**IEC 62930 / EN 50618 (H1Z2Z2-K)** Special featureHalogen-free & short-circuit proof FAQs about the solar cable black 50m 4mm²Why is IEC 62930 certification important?It guarantees longevity in PV systems.This standard ensures that the cable is halogen-free, flame-retardant and specially tested against stresses from high DC voltages and UV light. This distinguishes it significantly from conventional installation cables.Is 4mm² sufficient for a 50m long cable?Yes, for moderate currents.In a typical module string with high voltage, the voltage drop at 50 metres and 4mm² is usually completely unproblematic. For systems with very low voltages (e.g. 12V), however, the voltage drop should be checked in advance.Is the cable resistant to acids and alkalis?Yes.The XLPO insulation provides good resistance to chemical influences, which is particularly advantageous for installations near industrial areas or in agriculture (ammonia exposure).
Solar cable black 75m 4mm
The SOLS475 solar cable (75 metres, 4mm²) in black is the ideal solution for cabling photovoltaic systems over long distances. With a length of 75 metres on the reel, it offers maximum flexibility for string cabling on extensive roofs or when connecting module arrays to the inverter in larger buildings. The black labelling is used for standard-compliant identification of the negative pole (-), which significantly increases safety and clarity during installation.Manufactured according to the strict international standard IEC 62930, this cable fulfils the highest quality requirements for long-term use in modern PV systems up to 1500V DC. The high-quality XLPO double insulation and the tinned copper conductor guarantee efficient energy transmission and maximum service life, even under demanding environmental conditions.Highlights at a glanceCertified safety: Complies with the IEC 62930 standard (H1Z2Z2-K) for permanent use in photovoltaic direct current systems up to 1500V.High range: 75 metres in one piece allow individual cuts for customised string connections without unnecessary separation points.Clear polarity: The black outer sheath ensures clear labelling of the negative cable and prevents errors during installation.Weatherproof & robust: The UV-resistant and ozone-resistant double insulation protects the cable for decades from embrittlement caused by intensive solar radiation.Corrosion-protected conductor: Tinned electrolytic copper guarantees permanently low contact resistance and effectively protects against oxidation.Wide temperature range: Safe operation under extreme climatic conditions from -40°C to +90°C (short-term peaks up to +120°C).Areas of applicationThe SOLS475 is the ideal choice for demanding installation scenarios:Larger roof systemsPerfect for connecting the solar modules to the inverter when it is installed over several floors or in a remote technical room.Commercial PV projectsIdeal for string cabling in larger systems, where high reliability and standard-compliant implementation are required.Off-grid & hybrid systemsUsed in self-sufficient power supplies for remote buildings or farms where long cable runs need to be bridged.Assembly & safety instructionsProfessional assemblyAs this cable is sold by the metre, we recommend using high-quality MC4 connectors and a professional crimping tool for solar cables.Avoidance of induction loopsRoute the black negative conductor as parallel and as close as possible to the red positive conductor to minimise electromagnetic interference fields and the risk of lightning induction.Mechanical protectionFor penetrations or sharp edges, use protective tubing or cable conduits to guarantee the integrity of the double insulation for the long term. Features Model / SKU**SOLS475** Conductor cross-section**4.0 mm²** Delivery form**75 metre ring** ColourBlack (negative pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (class 5) Temperature range-40°C to +90°C (ambient) Standardisation**IEC 62930 / EN 50618** Special featureAcid & alkali resistant, halogen-free FAQs about the solar cable black 75m 4mm²Why is 4mm² often sufficient for 75 metres?Due to the high string voltage.In modern PV systems, modules are often connected in series, which increases the voltage and keeps the current (amperes) relatively low. At high voltages, the percentage power loss with 4mm² is usually very low, even over 75 metres.Can the cable be permanently laid outdoors?Yes.The cable is specially certified for outdoor installation. It is resistant to ammonia (important in agriculture), ozone and intense UV radiation.What is the advantage over conventional rubber cables?The chemical cross-linking of the insulation.The XLPO insulation (cross-linked polyolefin) does not melt in the heat and does not become brittle in winter. It is also flame retardant and halogen-free, which increases safety in buildings in the event of fire.
Solar cable black 25m 6mm
The solar cable SOLS625 (25 metres, 6mm²) in black is the ideal solution for photovoltaic installations that require high current carrying capacity and minimal energy losses. With a length of 25 metres and a reinforced cross-section of 6mm², this cable offers the perfect balance between flexibility and performance—whether for string cabling on the roof or connecting powerful balcony power systems. The black colour serves as the standard-compliant identification of the negative pole (-).Manufactured according to the international standard IEC 62930, this cable meets the strictest requirements for safety and durability in modern PV systems up to 1500V DC. The generous cross-section ensures that heat generation is minimised even in modules with high output currents and that the efficiency of your system is maximised.Highlights at a glanceCertified safety: Complies with IEC 62930 (H1Z2Z2-K) standard for continuous use in photovoltaic DC systems up to 1500V.High efficiency: The 6mm² cross-section significantly minimises electrical resistance and reduces voltage drops compared to standard cables.Optimal project length: 25 metres enable custom cuts for medium distances without unnecessary joints or plug connections.Weather & UV-resistant: The high-quality XLPO double insulation protects the cable for decades against embrittlement caused by sunlight, ozone and extreme weather conditions.Corrosion-protected conductor: Fine-stranded, tinned copper provides lasting top conductivity and effectively protects against oxidation in moist environments.Extreme temperature range: Reliable operation under the harshest conditions from -40°C to +90°C (short-term peaks up to +120°C).Areas of applicationThe SOLS625 is versatile for demanding PV projects:Modern roof systemsIdeal for connecting high-performance modules (500Wp+) to the inverter for loss-free transport of high currents.Balcony power systems & stand-alone systemsPerfectly suitable if the inverter or charge controller is installed somewhat further away and every watt of power is to be preserved.Motorhomes & marineRobust cabling for self-sufficient systems where vibration, moisture, and high loads are factors.Installation & safety instructionsProfessional preparationFor this cross-section, only use MC4 connectors that are explicitly approved for 6mm² cables. A gas-tight crimp is essential for long-term safety.Observe bending radiiDespite the high flexibility of the fine-stranded conductors, the cable should not be bent below the minimum permitted bending radius in order to preserve the insulation.Mechanical protectionUse protective conduits or edge protection profiles at feed-throughs or sharp edges to permanently ensure the integrity of the double insulation. Specifications Model / SKU**SOLS625** Conductor cross-section**6.0 mm²** Delivery form**25 metre ring** ColourBlack (negative pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (class 5) Temperature range-40°C to +120°C (on conductor) Standard**IEC 62930 / EN 50618** PropertiesHalogen-free, flame-retardant, UV-resistant FAQs about solar cable black 25m 6mm²Is 6mm² necessary for 25 metres in length?It is advisable.Especially with modern modules delivering currents from 13A to 18A, 6mm² offers significantly more safety against heating and reduces voltage drops. It is a future-proof choice for maximum yields.Can the cable be installed indoors?Yes.Thanks to the flame-retardant and halogen-free properties of the XLPO insulation, the SOLS625 can be safely installed in buildings to transmit energy from the roof to the plant room.Does the cable fit in standard MC4 connectors?Only in suitable 6mm² versions.There are MC4 connectors for different cross-section ranges. Make sure to use connectors designed for 4–6mm² so that strain relief and sealing are ensured.
Solar cable black 50m 6mm
The Solar cable SOLS650 (50 metres, 6mm²) in black is the ideal cable by the metre for photovoltaic projects that demand the highest standards of efficiency and durability. With a length of 50 metres and a reinforced cross-section of 6mm², this cable provides perfect reserves for string cabling on house roofs or connecting distant module fields. The black colouring serves as a standard-compliant identification of the negative pole (-), which makes installation clear and minimises the risk of reversed polarity.Certified to the international standard IEC 62930, this cable meets the strictest requirements for use in modern PV systems up to 1500V DC. The generous cross-section ensures that even with high current from modern high-performance modules, the voltage drop is minimised and the total yield of your system is maximised.Highlights at a glanceMaximum efficiency: The 6mm² cross-section massively reduces electrical resistance and achieves minimal voltage drop, especially over distances of 50 metres.Certified safety: Complies with IEC 62930 standard (H1Z2Z2-K) for continuous use in photovoltaic DC systems up to 1500V.Optimum project length: 50 metres in one piece allow uninterrupted installation without additional connectors between the module field and inverter.Weather & UV resistant: The premium XLPO double insulation protects the cable for decades against embrittlement from sun, ozone and extreme weather conditions.Corrosion-protected conductor: Fine-stranded, tinned copper delivers best conductivity in the long run and effectively protects against oxidation, even in damp or salty environments.High thermal load capacity: Reliable operation in a wide temperature range from -40°C to +90°C.Areas of applicationThe SOLS650 is the ideal choice for demanding installation scenarios:Large roof systemsPerfect for connecting the solar modules to the inverter when this is installed in the basement or a distant technical room.High-performance balcony power plantsIdeal for systems with modern modules (500Wp+), to safely and losslessly transport the high currents.Island & battery storageExcellent for 24V or 48V systems where low voltage drops are crucial for optimal battery charging.Assembly & safety instructionsProfessional connectionFor assembly, use only high-quality MC4 connectors approved for 6mm² cross-sections. A precise crimp using a special solar crimping tool is essential.Mechanical fixingAttach the cable at regular intervals with UV-resistant cable ties to prevent mechanical stress due to wind or its own weight on the connections.Avoidance of induction loopsRoute the black negative cable as parallel and close as possible to the red positive cable to minimise electromagnetic interference fields and the risk of induction by lightning. Features Model / SKU**SOLS650** Conductor cross-section**6.0 mm²** Delivery form**50 metre ring** ColourBlack (negative pole) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (class 5) Temperature range-40°C to +120°C (on the conductor) Certification**IEC 62930 / EN 50618** Special featureHalogen-free, UV-resistant & short-circuit-proof FAQs about the solar cable black 50m 6mm²Why is 6mm² for 50 metres better than 4mm²?Because of the lower resistance.Over a distance of 50 metres, the electrical resistance adds up. With 6mm² you reduce the voltage drop by about a third compared to 4mm². This ensures higher system voltage at the inverter and thus measurably higher yield.Can the cable be laid freely outdoors?Yes.The cable is specially certified for permanent outdoor installation. It is resistant to UV light, ozone and ammonia, which also qualifies it for use in agriculture.Is the cable flame-retardant?Yes.The XLPO insulation is flame-retardant and halogen-free. In the event of fire, the cable hardly develops any smoke and no corrosive gases, which significantly increases building safety.
Solar cable black 75m 6mm
The solar cable SOLS675 (75 metres, 6mm²) in black is the high-performance solution for photovoltaic installations that need to efficiently handle long distances and high currents. With a length of 75 metres and a reinforced cross-section of 6mm², this cable offers maximum reserves for string cabling on extensive roofs or connecting module arrays to distant inverters. The black colour provides standard-compliant identification of the negative terminal (-).Certified according to the international standard IEC 62930, the SOLS675 meets the strictest quality requirements for permanent use under extreme conditions. The generous cross-section ensures that voltage drop is minimised even on long cable runs, directly resulting in a higher overall yield of your solar system.Highlights at a glanceHigh efficiency: The 6mm² cross-section massively minimises electrical resistance, which is critical for efficiency at the 75-metre distance.Certified safety: Complies with IEC 62930 (H1Z2Z2-K) standard for permanent use in photovoltaic DC systems up to 1500V.Optimal project length: 75 metres in one piece allows uninterrupted laying over long distances without unnecessary couplings or additional plug connections.Extremely resistant: The high-quality XLPO double insulation protects the cable for decades against embrittlement due to intense UV radiation, ozone and weather.Corrosion-protected conductor: Fine-stranded, tinned copper delivers excellent conductivity for the long term and effectively protects against oxidation, even in humid or salty air.Wide temperature range: Safe operation under the harshest climatic conditions from -40°C to +90°C.Areas of applicationThe SOLS675 is the ideal choice for demanding long-distance connections:Larger roof systems & commercial propertyPerfect for connecting the solar modules to the inverter when the inverter is installed over several floors or in a remote technical room.Ground-mounted & garden systemsIdeal for connecting distant module arrays to the feed-in point with minimal loss.Powerful stand-alone systemsIdeally suited for 24V or 48V systems with high charging currents, where maintaining every volt at the battery matters.Assembly & Safety instructionsProfessional assemblyTo complete the cable, only use high quality MC4 connectors approved for 6mm² cross-section. A gas-tight crimp is essential for long term safety.Protection in underground layingAlthough the cable is weather-resistant, it must always be routed in a suitable protective conduit when laid in the ground to protect it from mechanical influences.Parallel cable routingLay the black negative cable as close as possible to the red positive cable to minimise electromagnetic interference and induction loops. Features Model / SKU**SOLS675** Conductor cross-section**6.0 mm²** Delivery form**75 metre ring** ColourBlack (negative terminal) Rated voltageDC: 1.5 kV / Max. 1.8 kV Conductor materialCopper, tinned (Class 5) Temperature range-40°C to +120°C (at conductor) Standards**IEC 62930 / EN 50618** Special featuresAcid & alkali resistant, halogen-free FAQs about the solar cable black 75m 6mm²Why is 6mm² for a length of 75 metres almost always the better choice?To keep power losses in check. Over a total length of 150 metres (out and back), the resistance increases significantly. A 6mm² cable reduces the voltage drop by about a third compared to 4mm², which means a noticeable increase in yield over the life of the system.Can the cable also be installed indoors?Yes. Thanks to its flame-retardant and halogen-free XLPO insulation, the SOLS675 can be safely installed in buildings to carry energy from the roof to the inverter room.Does the cable fit in standard MC4 connectors?Yes, in the 6mm² compatible variants. When purchasing connectors, ensure that they are suitable for the cross-section range of 4–6mm² so that sealing and strain relief operate perfectly.
NEP Micro Inverter BDM-800 - 800W for balcony power plants
The NEP BDM-800 (Northern Electric & Power) is a high-performance, dual micro-inverter designed specifically for modern balcony power plants. With a maximum output power of 800 watts it makes full use of the statutory feed-in limits and ensures maximum yields.A key advantage of this model over many of its competitors is the built-in Wi-Fi moduleYou do not need an additional base station (such as a DTU) to read the yield data. The inverter connects directly to your home router. Thanks to two independent MPPT trackers, it controls two connected solar panels individually, which optimises the total yield, particularly in cases of partial shading or different orientations (e.g. east/west).Highlights at a glanceHigh output power (800 watts): Reliably supplies up to 800 VA to the home network, ideal for maximising output from standard balcony solar systems.Integrated Wi-Fi: No external gateway or additional dongle is required; the device sends yield data directly to the free NEPViewer app.Two independent MPPT trackers: Guarantees the best yield from each of the two modules, even if one is partially in the shade.Integrated over-current protection: Complies with the German standard VDE-AR-N 4105 (including an integrated relay) for safe and legal operation in Germany.High module compatibility: It can handle high input currents and is therefore ideally suited to modern high-performance modules (400W to 600W+ per input).Robust & weatherproof: The aluminium housing is dust- and waterproof to IP67 standard and built to last for decades of outdoor use.Areas of applicationThe NEP BDM-800 is the straightforward all-rounder for:Balcony power stations (2 modules): The classic ‘plug-and-play’ system mounted on the balcony railing to directly reduce your electricity bill.Garden & flat roof installation: This is ideal, as the device’s IP67 rating means it can be installed outdoors, directly behind the modules mounted on the frame.Smart homes: For users who want to monitor their electricity generation conveniently on their smartphone (iOS/Android) without the need for additional hardware.Installation & Safety InstructionsWi-Fi reception at the installation site: As the Wi-Fi module is housed in the inverter’s metal casing, check with your smartphone before permanent installation to ensure that there is still a sufficient Wi-Fi signal from your router on the balcony or roof.Ventilation: The inverter uses its housing as a heat sink. Do not mount it directly onto flammable materials and leave space at the rear of the module to allow air to circulate.Throttling possible: If your local network operator still insists on a 600-watt limit, the NEP BDM-800 can usually be certified to be throttled via support or the app (and later unthrottled back to 800W). FAQs on the NEP BDM-800Do I need an extra aerial or a gateway for the app?No. The Wi-Fi module and the antenna are already discreetly integrated into the BDM-800’s housing. During the initial setup, you simply need to connect the device to your home network (2.4 GHz) via the app.What plugs do I need to connect to the socket?The device usually has a standardised AC socket (often of the type Betteri BC01). To connect it to the mains socket, you’ll need a suitable ‘Betteri -to-Schuko’ (or Wieland-plug) connection cable that’s long enough for your setup.What happens if my router fails? Will the NEP still generate electricity?Yes, absolutely. The Wi-Fi connection is used solely for viewing statistics and energy yields in the app. As soon as the sun is shining and mains voltage is present, the inverter feeds electricity into your home network – completely independently of the internet.
Megarevo R6KL1 single-phase ESS hybrid inverter - Intelligent energy for your home
The Megarevo R6KL1 single-phase ESS hybrid inverter offers an advanced solution for the efficient utilisation and storage of solar energy in single-phase systems. This versatile hybrid inverter makes it possible to optimise the use of renewable energy by storing surplus energy in battery storage units and feeding it back into the grid when required. The R6KL1 ensures a stable and reliable power supply and is ideal for private households that want to reduce their energy costs while minimising their ecological footprint. With its user-friendly interface and robust technology, the Megarevo R6KL1 is the perfect choice for sustainable energy solutions.
Felicity FLB48314TG1-H low-voltage battery storage system 16 kWh
The Felicity FLB 48314TG1 is a powerful and safe low-voltage battery storage unit featuring modern LiFePO4 technology. It offers a long cycle life, flexible expansion options and a reliable power supply for domestic and commercial photovoltaic systems. With an integrated intelligent battery management system, remote monitoring functions and comprehensive protection mechanisms, it is the ideal solution for demanding energy storage projects.Highlights at a glance16 kWh LiFePO4 battery for maximum safety and longevityRemote monitoring via integrated WiFi and BluetoothHigh charging and discharging rates for rapid energy supplyExpandable to up to 32 batteries (max. 512 kWh)Integrated intelligent BMS with comprehensive protectionCompatible with leading inverter brandsIntelligent energy management for maximum performanceThanks to its integrated BMS, the FLB 48314TG1 ensures precise monitoring of all operating parameters such as voltage, temperature and charge/discharge current. Risks such as overcharging, deep discharge or overheating are reliably prevented. With a high charging and discharging capacity of up to 160 A continuous and 200 A peak (15 seconds), it is ideally suited for applications with high energy requirements.Flexibility and easy expansionThanks to its scalability up to 32 battery modules, the storage system can be flexibly adapted to growing energy requirements. Communication via RS485 or CAN ensures seamless integration with inverters from leading manufacturers. Thanks to its floor-mounted design and compact build, the storage system can be installed without any problems even where space is limited.Safety of the highest standardIn addition to the integrated battery management system, the FLB 48314TG1 is fitted with an aerosol fire-extinguishing system, fuses and circuit breakers. Its IP65 protection rating makes it resistant to dust and water, meaning it can also be used in challenging environments. The patented external fuse design also allows for quick replacement in the event of a service call.Who is the Felicity FLB 48314TG1 suitable for?Operators of PV systems with high storage requirementsCommercial and industrial applications involving continuous energy useProjects with high safety requirementsInstallations in regions with challenging weather conditionsFAQs on the Felicity low-voltage battery storage systemHow much energy is there, and how much of it is usable?The rated energy capacity is 16 kWh. With a recommended depth of discharge of up to 95 %, up to approximately 15.2 kWh of this is theoretically usable.How many charge cycles can be expected?The manufacturer specifies up to 8,000 cycles under laboratory conditions. Please note that actual figures depend on usage, temperature and C-rate. Does the storage unit support remote monitoring, and what interfaces are available?Yes, the storage unit supports remote monitoring via integrated WiFi and Bluetooth for remote reading of battery data. In addition, RS485 and CAN interfaces are available for communication with compatible inverters.Can I integrate the battery storage system into my existing PV system?Yes, the FLB 48314TG1 is compatible with leading inverter brands and can be easily integrated into existing photovoltaic systems.Is remote monitoring possible?Yes, thanks to built-in WiFi and Bluetooth, you can conveniently monitor all the storage system’s operational data remotely.How many battery modules can be connected in parallel?The storage system can be expanded to up to 32 units, thereby achieving a total capacity of up to 512 kWh. Contents of delivery for the Felicity FLB 48314TG1 battery storage unit: 1 x Felicity 16 kWh battery storage unit (FLB 48314TG1)The central storage unit with a capacity of 314 Ah. It contains the intelligent battery management system (BMS) and usually also an integrated aerosol fire-extinguishing system.1 x set of battery connection cables (positive & minus)A pair of pre-assembled high-performance cables (red and black) for connecting the battery to an external inverter.1 x communication cable (CAN/RS485)A data cable (typically with RJ45 connectors) to ensure communication between the battery BMS and the inverter.1 x earth cableAn earth conductor cable (yellow-green) for the correct earthing of the metal housing.1 x mounting accessories (floor mounting)This model is designed as a mobile, floor-standing unit and is often supplied with pre-fitted castors. Due to its very high weight of approx. 155 kg, wall mounting is not possible.1 x operating and installation instructionsA printed manual containing all safety-related information, installation steps and configuration instructions.1 x set of fixing materialsUsually includes materials for fitting an anti-tilt device.
Felicity Solar FLA 48460TG2-EU Low-Voltage Battery – 51.2V / 23.5 kWh
The Felicity Solar FLA 48460TG2-EU is a giant amongst home energy storage systems. With an enormous capacity of 23.5 kWh in a single enclosure, this 48V unit redefines what a high-performance all-in-one storage system can achieve. Instead of many small modules, you get a massive energy storage system for maximum autonomy. This floor-mounted solution is based on safe LiFePO4 technology and is designed for large PV systems, blocks of flats or commercial premises. The TG2 version also offers advanced features such as integrated Wi-Fi/Bluetooth for real-time monitoring and an aerosol fire suppression system . Highlights at a glanceEnormous capacity (23.5 kWh / 460 Ah): A single unit stores an extremely large amount of energy and reduces space requirements, cabling and installation effort. High power (up to 12.5 kW): Rated for 250 A continuous charge/discharge current and 500A peak (15s) – ideal for high loads and high-performance hybrid systems. Integrated monitoring (Wi-Fi/Bluetooth): Real-time monitoring of status, performance and system data directly via a wireless connection. LiFePO4 cell chemistry: Lithium iron phosphate is considered to be particularly thermally stable and safe for stationary storage systems. Safety setup: Integrated Smart BMS and breaker and fuse; plus aerosol fire suppression system. External fuse (easy to replace): The external fuse design allows for easy replacement. Scalable up to 15 units: Parallel connection of up to 15 storage units (up to 352.5 kWh) for large systems. Long service life: Designed for ≥ 6,000 cycles (Test conditions: 25°C ±2°C, 0.5C/0.5C, 90% DoD, 70% EOL). Areas of applicationThe FLA 48460TG2-EU is the solution for power users and high-power applications: Maximum autonomy: More energy in the home, less reliance on the grid – even in bad weather.Commercial & Multi-family Homes: High capacity and power reserve for demanding load profiles.Backup systems: High continuous power output for emergency/back-up power scenarios (please note system specifications).Scalable storage farms: Up to 15 units in parallel for very large capacities.Installation & Safety InstructionsLogistics & Weight: Product weight approx. 186.5 kg (Packaging weight approx. 220 kg). Delivery is typically by pallet via a haulage contractor. Appropriate lifting and handling equipment must be arranged for unloading. Installation location: Floor-mounted. The surface must be level and load-bearing. Dimensions: 570 x 250 x 980 mm (W x D x H). Cable cross-section: For possible currents up to 250A , large cross-sections are common. Please select the cross-section and fuse rating in accordance with standards, cable length and the manufacturer’s specifications. FAQs on the Felicity FLA 48460TG2-EUHow long does it take to charge this battery?This depends on the available charging power of your inverter. With high charging power, the storage unit can be filled very quickly: up to 12.5 kW (theoretical maximum), this often corresponds in practice to approximately around 2 hours for a full charge – depending on SOC, temperature and system limitations. Can I connect two of these in parallel?Yes. The storage unit is designed for parallel connection. With two units, you can achieve approx. 47 kWh of capacity. In total, up to 15 units can be connected in parallel (up to 352.5 kWh). How does the battery communicate with the inverter?About CAN or RS485. Please check the compatibility and the required pin configuration/protocol selection in your inverter’s documentation. Contents: Felicity Solar FLA 48460TG2-EU (23.5 kWh low-voltage battery storage system) 1 x Felicity Solar FLA 48460TG2-EU battery moduleA solid, freestanding 51.2V LiFePO4 energy storage unit with a high capacity of 460 Ah (23.55 kWh) and an integrated battery management system (BMS).1 x set of DC power cables (power cables)A pair of high-current-rated cables (positive and negative) for connecting the storage unit to the low-voltage inverter.1 x BMS communication cableA pre-assembled data cable (RJ45) for communication between the battery and the inverter via a CAN or RS485 interface.1 x earth cableA yellow-green protective earthing cable for the safe earthing of the robust metal housing.1 x wall mounting kit / anti-tilt deviceSpecial mounting accessories for securing the housing to a sturdy wall to prevent the heavy storage tank from tipping over.1 x mounting kit (screws and accessories)All necessary small parts, screws and connectors for professional mechanical and electrical installation.1 x User ManualA technical manual containing detailed installation instructions, pin assignments for communication and safety instructions.
Felicity Solar FLH96050SG01 high-voltage storage unit 15.36 kWh
The Felicity Solar FLH96050SG01 in the version with 15.36 kWh is a performance-optimised high-voltage battery storage system for homes and commercial premises with high energy requirements. By combining three stacked 5.12 kWh modules, this system offers an enormous storage capacity, ideally suited to powering heat pumps, charging electric cars overnight or bridging longer periods of bad weather. Thanks to state-of-the-art LiFePO4 technology and its modular tower design, it combines safety, efficiency and space-saving features.Highlights at a glanceMassive capacity: With a usable capacity of 15.36 kWh, this storage system offers sufficient reserves for large households and maximises the self-sufficiency of your PV system.Modular stack system: Consists of three battery modules and a control unit, which are connected wirelessly to one another (“Plug & Play”), simplifying installation.Maximum safety: Each module features an integrated aerosol fire suppression system and a multi-stage battery management system (BMS) for continuous monitoring of the cells.High-voltage efficiency: Compared with low-voltage systems, the higher system voltage results in lower conversion losses and a more efficient supply to high-power loads.Long service life: Utilises high-quality lithium iron phosphate (LiFePO4) cells with over 6,000 cycles at a high depth of discharge (DOD).Wide compatibility: Communicates seamlessly with common hybrid inverters (e.g. Deye, Growatt, Solis, GoodWe) via CAN/RS485 interfaces.Maximum independence for your homeWith a capacity of 15.36 kWh, this storage system falls into a performance class that far exceeds the standard. It is the perfect solution for the energy transition in the home (“sector coupling”). During the day, it stores surplus solar power, which is then used in the evening and at night for energy-intensive applications such as cooking, the heat pump or the wallbox. This reduces expensive grid consumption to a minimum.Flexibility and expandabilityThe system grows with your needs. Should your electricity requirements increase further in the future (e.g. due to a second electric car), the storage tower can be expanded by simply plugging in additional modules (subject to the maximum input voltage of the inverter). The intelligent BMS recognises the new capacities and automatically integrates them into the system. FAQs on the Felicity FLH96050SG01 (15.36 kWh)Who would benefit from the 15.36 kWh version?This size is ideal for detached houses with an annual electricity consumption of over 5,000 kWh or households that actively practise sector coupling (heat pump + electric car). It enables a significant proportion of the energy requirement to be met from the storage system, even on cloudy days or in winter.How heavy is the system during installation?The entire system weighs over 160 kg. However, as it has a modular design, you do not need to move this weight in one go. The individual battery modules (approx. 50 kg each) and the control unit are stacked on top of one another one by one at the installation site.Is the storage unit suitable for outdoor use?The housing has an IP65 protection rating, meaning it is dust-tight and protected against water jets. It can therefore be installed in a garage, a carport or under a canopy. However, to maximise the service life of the cells, we recommend a location protected from direct sunlight and extreme frost (e.g. a cellar or utility room).Can the system supply emergency power?Yes, the Felicity high-voltage storage system can deliver high discharge power. When combined with a hybrid inverter capable of providing emergency power (which features a grid switch), the system can continue to supply the domestic grid in the event of a power cut. Contents: Felicity Solar FLH96050SG01 (15.36 kWh high-voltage battery storage set) 1 x Felicity FLH96050SCG01 BMS control unitThe central high-voltage management module, which monitors the cells and communicates with the inverter.3 x Felicity FLH48100-S battery modules (5.12 kWh each)Three stackable high-voltage LiFePO4 storage units which, when connected in series, provide a total capacity of 15.36 kWh.1 x base plate (Base)A sturdy base for floor mounting, onto which the three battery modules and the control unit are securely stacked.1 x set of internal connection cables (Plug & Play)Short connectors for electrical coupling and data transmission between the individual battery modules within the tower.1 x External high-voltage cable set (DC)A pair of specialised power cables for the safe connection of the battery tower to the high-voltage hybrid inverter.1 x communication cable (BMS to inverter)A pre-assembled data cable for connecting the control unit to the inverter (CAN/RS485).1 x mounting kit (anti-tilt device & screws)All mounting hardware required for wall-mounting the tower, as well as screws for the mechanical module connections.1 x User ManualA technical manual containing instructions on stacking, BMS configuration and important safety instructions for high-voltage systems.
Felicity Solar FLH96050SG01 high-voltage storage unit 25.6 kWh
The Felicity Solar FLH96050SG01 with 25.6 kWh storage capacity is the most powerful single configuration in this high-voltage series and represents the pinnacle of home energy storage solutions. This system, consisting of a tower with five battery modules, offers massive energy reserves for large detached houses, blocks of flats or commercial applications. With a nominal voltage of 512 volts, it operates highly efficiently and is perfectly suited to powering energy-intensive appliances such as heat pumps or multiple electric vehicles simultaneously, even at night.Highlights at a glanceEnormous capacity: With a usable capacity of 25.6 kWh, you can achieve maximum independence from the mains supply and even bridge periods of bad weather.5-stack design: The storage system consists of five 5.12 kWh modules stacked on top of one another, plus a control unit – compact in footprint, yet powerful in performance.Maximum high-voltage efficiency: The system voltage of 512 V ensures minimal conversion losses and high discharge power with low heat generation.Industrial safety standard: Fitted with LiFePO4 cells and an integrated aerosol fire-extinguishing system in each module for maximum fire protection.Pure sector coupling: Ideally sized for a combination of photovoltaics, a heat pump and e-mobility (wallbox).Proven communication: Compatible with high-performance high-voltage hybrid inverters (e.g. Deye, Solis, GoodWe, Megarevo).A power station designed to meet the highest standardsThis configuration is designed for users who do not want to compromise. 25.6 kWh means that you can use almost all of the solar power generated during the day yourself, even if your night-time consumption is very high. For small commercial premises (bakeries, offices with server rooms), this storage system also offers an effective means of peak shaving and serves as a powerful emergency power source in the event of a power cut.Installation and handlingDespite a total weight of over 260 kg, installation remains feasible thanks to the modular design. The individual modules (weighing approx. 50 kg each) are stacked one on top of the other at the installation site to form a tower. The wireless plug-in connection between the modules eliminates the need for complex cabling, thereby minimising the risk of faults. FAQs on the Felicity FLH96050SG01 (25.6 kWh)Which inverter can handle this voltage?With a nominal voltage of 512 V and a final charging voltage of up to 576 V, you will need an inverter that supports this high voltage range. The Deye SUN-10K/12K-SG01HP3 (battery input up to 700 V) is ideal for this. Some smaller HV inverters have a maximum rating of 500 V or 600 V – in these cases, you must check the datasheet carefully to avoid overvoltage faults.How tall is the storage tower?The tower, consisting of 5 modules plus the BMS head and base, reaches a height of approx. 1.50 m to 1.60 m. Ensure the surface is stable and level, as the weight is borne by a relatively small base area (approx. 60 x 40 cm).Can I extend this configuration further?From a technical perspective, the FLH96050SG01 series is often limited to 6 modules (approx. 30 kWh) per tower, as the voltage would otherwise be too high for most inverters. If you require even more storage capacity, you can instead install a complete second tower in parallel alongside it (master/slave operation), provided the inverter supports this.Is the system suitable for commercial use?Absolutely. Due to its high capacity, cycle stability and safety features (fire suppression system), this storage unit is often used in commercial projects to increase self-sufficiency or to safeguard sensitive loads. Contents: Felicity Solar FLH96050SG01 (25.6 kWh high-voltage battery storage set) 1 x Felicity FLH96050SCG01 BMS control unitThe central high-voltage management module, which monitors the cells and communicates with the inverter.5 x Felicity FLH48100-S battery modules (5.12 kWh each)Five stackable high-voltage LiFePO4 storage units which, when connected in series, provide a total capacity of 25.6 kWh.1 x base plate (Base)A sturdy base for floor mounting, onto which the five battery modules and the control unit are securely stacked.1 x set of internal connection cables (Plug & Play)Short connectors for electrical coupling and data transmission between the five battery modules within the tower.1 x External high-voltage cable set (DC)A pair of specialised power cables for the safe connection of the battery tower to the high-voltage hybrid inverter.1 x communication cable (BMS to inverter)A pre-assembled data cable for connecting the control unit to the inverter (CAN/RS485).1 x mounting kit (anti-tilt device & screws)All mounting hardware required for wall-mounting the tower, as well as screws for the mechanical module connections.1 x User ManualA technical manual containing instructions on stacking, BMS configuration and important safety instructions for high-voltage systems.
Felicity FLS48100SG2 battery storage system with 35.48 kWh storage capacity
The Felicity FLS48100SG2 battery storage system, with a capacity of 35.48 kWh, is a high-performance solution for anyone wishing to make efficient use of their photovoltaic system and maximise their energy independence. With its high storage capacity, the system is suitable for both larger residential properties and smaller commercial premises with high energy requirements.Highlights at a glance35.48 kWh storage capacity: Ideal for households with high electricity consumption and commercial premisesLiFePO4 technology: High safety, long service life and thermal stabilityIntegrated battery management system: Continuous cell monitoring for safe operationCompact, modular design: Flexible integration into new and existing PV systemsCompatible with standard hybrid inverters: Easy integration and expansionStoring energy and making it available at any timeWith the Felicity FLS48100SG2, you can store surplus solar power from your photovoltaic system and use it exactly when you need it. Its high capacity of 35.48 kWh ensures a reliable power supply even during prolonged periods of low sunshine or grid disruptions.Durable, safe and powerfulThe lithium iron phosphate cells offer high cycle stability and are particularly resistant to overheating and deep discharge. The integrated battery management system monitors all relevant parameters in real time and ensures trouble-free operation for many years to come.A robust system for large amounts of energyThanks to its stackable and modular design, the FLS48100SG2 is not only designed to meet today’s requirements but can also be expanded with additional modules as and when required. This allows the storage system to grow flexibly in line with your energy needs.Who is the Felicity FLS48100SG2 with 35.48 kWh suitable for?Owners of large detached houses with a photovoltaic system Farmers and foresters with higher energy requirements Commercial premises with high consumption both day and night Users who wish to integrate a high-performance emergency power solutionFAQs on the Felicity battery storage system with 35.48 kWh capacityCan I increase the storage capacity by adding extra modules?Yes, the system has a modular design. Each module has a capacity of 5.12 kWh, and up to 8 modules can be combined, allowing for a total capacity of up to 40.96 kWh.Which inverters is the system compatible with?The FLS48100SG2 is designed for seamless communication with common 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar and MPP Solar.What safety features are built in?The integrated battery management system (BMS) continuously monitors the voltage, temperature and state of charge of each cell. It also features protective mechanisms such as overvoltage protection up to 6,000 V and an aerosol fire suppression system.Is the module maintenance-free, and how is it installed?Yes, the module is maintenance-free. It is designed for wall mounting and weighs between 51 and 92 kg, depending on the version. It can be installed by a single person.Is there a way to monitor the battery status?Yes, the module offers built-in Wi-Fi monitoring, which enables real-time monitoring of charge status, temperature and other parameters. Contents of delivery: Felicity FLS48100SG2 battery storage unit (35.84 kWh tower system): System configurationThis product is a set and consists of seven separate modules, which together provide a total capacity of 35.84 kWh.Module 1: FLS48100SCG2 Master Unit (5.12 kWh)The central control unit (Master BMS) with an integrated 5.12 kWh storage unit, which manages the entire system.Modules 2 to 7: Six FLS48100S slave units (5.12 kWh each)Six extension battery modules without their own control unit, which are connected to the master module or to one another.1 set of battery connection cables (positive & negative)A pair of high-performance cables for connecting the master module to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the master BMS and the inverter.6 x connecting bridges / parallel connection cablesShort, robust cables or fixed bridges to connect the seven modules to one another.1 x earth cableA protective earth cable for the correct earthing of the housing (on the master module).1 x set of mounting accessories (rack/tower mounting)Includes screws and clamps to stack the seven modules securely on top of one another.1 x User and Installation GuideA printed manual describing the installation of the entire tower system.
Felicity FLS48100SG2 battery storage unit with 25.6 kWh storage capacity
The Felicity FLS48100SG2 battery storage system with 25.6 kWh storage capacity is the ideal solution for anyone seeking high-performance and sustainable energy storage. Whether for private households or commercial use, this system helps you to use your self-generated solar power efficiently and maximise your energy independence.Highlights at a glanceHigh storage capacity: 25.6 kWh for large households and businesses with higher energy requirementsReliable LiFePO4 technology: Durable, safe and stable in operationBattery management system (BMS): Protection through monitoring of voltage, temperature and state of chargeModular and compact: Easy to integrate into new or existing PV systemsCompatibility: Supports numerous standard hybrid invertersStore energy and make it available at any timeThe Felicity FLS48100SG2 with 25.6 kWh stores the solar power generated during the day and makes it available exactly when you need it. This significantly reduces your electricity costs and enables a reliable supply in the event of grid fluctuations or during peak consumption times.Safety and efficiency through modern cell technologyThe battery storage system uses high-quality lithium iron phosphate cells, which are known for their high thermal stability, long service life and cycle resistance. With the integrated battery management system, each cell is continuously monitored and protected, ensuring safe and efficient operation.Space-saving installation with versatile application optionsThanks to the compact and modular design, integrating the storage unit is simple and flexible. The design allows for use both in detached houses and in commercial applications. Communication with common inverters takes place via RS485 or CAN, which supports smooth system integration.Who is the Felicity FLS48100SG2 with 25.6 kWh suitable for?Households with high electricity consumption or multiple electrical consumers Commercial operations with continuous energy demand Operators of large photovoltaic systems with a focus on self-consumption Users looking for a high-performance storage solution with expansion potential FAQs about the Felicity battery storage system with 25.6 kWh storageCan I expand the storage capacity with additional modules?Yes, the system has a modular design. Each module has a capacity of 5.12 kWh, and up to 8 modules can be combined, enabling a total capacity of up to 40.96 kWh.Which inverters is the system compatible with?The FLS48100SG2 is designed for seamless communication with common 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar and MPP Solar. Which safety features are integrated?The integrated battery management system (BMS) continuously monitors the voltage, temperature and state of charge of each cell. In addition, it offers protective mechanisms such as overvoltage protection up to 6000 V and an aerosol fire extinguishing system.Is the module maintenance-free and how is the installation carried out?Yes, the module is maintenance-free. It is designed for wall mounting and weighs between 51 and 92 kg, depending on the version. The installation can be carried out by one person.Is there a way to monitor the battery status?Yes, the module offers integrated WiFi monitoring, enabling real-time monitoring of charge level, temperature and other parameters. Scope of delivery Felicity FLS48100SG2 battery storage system (25.6 kWh tower system): System compositionThis product is a set and consists of five separate modules that together result in the total capacity of 25.6 kWh.Module 1: FLS48100SCG2 master unit (5.12 kWh)The central control unit (master BMS) with integrated 5.12 kWh storage, which manages the entire system.Modules 2, 3, 4 & 5: Four FLS48100S slave units (5.12 kWh each)Four pure extension battery modules without their own control unit, which are connected to the master module or to each other.1 x set of battery connection cables (plus & minus)A pair of high-performance cables for connecting the master module to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the master BMS and the inverter.4 x connection bridge / parallel connection cableShort, robust cables or fixed bridges to connect the five modules together.1 x earthing cableA protective earth conductor cable for compliant earthing of the housing (on the master module).1 x mounting accessories (rack/tower mounting)Includes screws and clamps to stack the five modules securely on top of each other.1 x operating and installation manualA printed manual describing the installation of the entire tower system.
Felicity FLS48100SG2 battery storage unit with 30.72 kWh storage capacity
The Felicity FLS48100SG2 battery storage system, with a capacity of 30.72 kWh, offers a high-performance and future-proof solution for storing solar power. Designed for households with high energy consumption as well as commercial applications, it supports you on your journey towards greater energy self-sufficiency and lower electricity costs in the long term.Highlights at a glanceStorage capacity of 30.72 kWh: Ideal for large households and commercial usersLithium iron phosphate technology: High safety and service life thanks to stable cell chemistryIntegrated battery management system: Continuous monitoring for reliable operationEfficient optimisation of self-consumption: Use of solar power even at night or in bad weatherWide compatibility: Can be connected to standard hybrid invertersStore energy when it is availableThe Felicity FLS48100SG2 stores surplus energy from your photovoltaic system and releases it as and when required. This allows you to use your solar energy even when the sun isn’t shining, and significantly reduces your dependence on the public electricity grid. At the same time, you’ll reduce your monthly energy bills and make an active contribution to climate protection.Reliable technology for long-lasting performanceThe storage system is based on lithium iron phosphate cells, which are known for their high cycle life and operational reliability. The integrated battery management system continuously monitors voltage, temperature and state of charge, and reliably protects the system against malfunctions.Compact design for easy integrationWith its modular design and compact housing, the LUX-X 48100 can be easily integrated into existing energy systems. Installation is carried out by qualified specialists and requires very little space. The storage unit is stackable and designed to accommodate future expansions.Who is the Felicity FLS48100SG2 with 30.72 kWh suitable for?Households with particularly high electricity consumption Commercial premises with continuous energy consumption Operators of large PV systems with a focus on self-consumption Users looking for a high-performance and expandable storage systemFAQs on the Felicity battery storage system with 30.72 kWh capacityCan I increase the storage capacity by adding extra modules?Yes, the system has a modular design. Each module has a capacity of 5.12 kWh, and up to 8 modules can be combined, allowing for a total capacity of up to 40.96 kWh.Which inverters is the system compatible with?The LUX-X 48100 is designed for seamless communication with common 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar and MPP Solar.What safety features are built in?The integrated battery management system (BMS) continuously monitors the voltage, temperature and state of charge of each cell. It also features protective mechanisms such as overvoltage protection up to 6,000 V and an aerosol fire suppression system.Is the module maintenance-free, and how is it installed?Yes, the module is maintenance-free. It is designed for wall mounting and weighs between 51 and 92 kg, depending on the version. It can be installed by a single person.Is there a way to monitor the battery status?Yes, the module offers built-in Wi-Fi monitoring, which enables real-time monitoring of charge status, temperature and other parameters. Contents of delivery: Felicity FLS48100SG2 battery storage unit (30.72 kWh tower system): System configurationThis product is a set and consists of six separate modules which, together, provide a total capacity of 30.72 kWh.Module 1: FLS48100SCG2 Master Unit (5.12 kWh)The central control unit (Master BMS) with an integrated 5.12 kWh storage unit, which manages the entire system.Modules 2, 3, 4, 5 & 6: Five FLS48100S slave units (5.12 kWh each)Five extension battery modules without their own control unit, which are connected to the master module or to one another.1 set of battery connection cables (positive & negative)A pair of high-performance cables for connecting the master module to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the master BMS and the inverter.5 x connecting bridge / parallel connection cableShort, robust cables or fixed bridges to connect the six modules to one another.1 x earth cableA protective earth cable for the correct earthing of the housing (on the master module).1 x set of mounting accessories (rack/tower mounting)Includes screws and clamps to stack the six modules securely on top of one another.1 x User and Installation GuideA printed manual describing the installation of the entire tower system.
Felicity FLS48100SG2 battery storage system with 20.48 kWh storage capacity
The Felicity FLS48100SG2 battery storage system, with a capacity of 20.48 kWh, is the high-performance solution for anyone wishing to increase their self-consumption whilst permanently reducing their electricity costs. The system has been specially developed for households and small businesses that are committed to a future-proof and sustainable energy supply.Highlights at a glanceHigh storage capacity: 20.48 kWh for large households and businessesModern LiFePO4 technology: Durable, safe and low-maintenanceBattery Management System (BMS): Protection and efficiency through integrated cell monitoringFlexible integration: Compatible with many popular hybrid invertersCompact design: Space-saving and modular design for easy expansionIndependent with clean electricityThe Felicity FLS48100SG2 stores solar power generated during the day and makes it available as and when required. This means you can cover a large proportion of your electricity needs with self-generated energy, even in the evening or on cloudy days. This not only reduces your electricity costs, but also your dependence on external suppliers.Powerful and reliable for everyday useThe lithium iron phosphate (LiFePO4) technology used ensures maximum safety, a long service life and a high number of charge cycles. The integrated battery management system monitors the voltage, temperature and state of charge of each individual cell and protects the battery against overloading and deep discharge.Easy integration into your PV systemThanks to its modular and compact design, the storage unit can be easily integrated into existing systems. It is compatible with numerous hybrid inverters and is suitable for both new installations and retrofits. Floor mounting is space-saving and functional.Who is the Felicity FLS48100SG2 with 20.48 kWh suitable for?Owners of larger detached houses Commercial users with constant energy requirements PV system operators focusing on self-consumption Users looking for a high-performance storage solution to meet future energy requirementsFAQs on the Felicity battery storage system with 20.48 kWh capacityCan I increase the storage capacity by adding extra modules?Yes, the system has a modular design. Each module has a capacity of 5.12 kWh, and up to 8 modules can be combined, allowing for a total capacity of up to 40.96 kWh.Which inverters is the system compatible with?The FLS48100SG2 is designed for seamless communication with common 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar and MPP Solar.What safety features are built in?The integrated battery management system (BMS) continuously monitors the voltage, temperature and state of charge of each cell. It also features protective mechanisms such as overvoltage protection up to 6,000 V and an aerosol fire suppression system.Is the module maintenance-free, and how is it installed?Yes, the module is maintenance-free. It is designed for wall mounting and weighs between 51 and 92 kg, depending on the version. It can be installed by a single person.Is there a way to monitor the battery status?Yes, the module offers built-in Wi-Fi monitoring, which enables real-time monitoring of charge status, temperature and other parameters. Contents of delivery: Felicity FLS48100SG2 battery storage unit (20.48 kWh tower system): System configurationThis product is a set and consists of four separate modules, which together provide a total capacity of 20.48 kWh.Module 1: FLS48100SCG2 Master Unit (5.12 kWh)The central control unit (Master BMS) with an integrated 5.12 kWh storage unit, which manages the entire system.Modules 2, 3 & 4: Three FLS48100S slave units (5.12 kWh each)Three extension battery modules without their own control unit, which are connected to the master module or to each other.1 set of battery connection cables (positive & negative)A pair of high-performance cables for connecting the master module to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the master BMS and the inverter.3 x connecting bridge / parallel connection cableShort, robust cables or fixed bridges to connect the four modules to one another.1 x earth cableA protective earth cable for the correct earthing of the housing (on the master module).1 x set of mounting accessories (rack/tower mounting)Includes screws and clamps to stack the four modules securely on top of one another.1 x User and Installation GuideA printed manual describing the installation of the entire tower system.
Felicity FLS48100SG2 battery storage unit with 15.36 kWh storage capacity
The Felicity FLS48100SG2 battery storage system with a capacity of 15.36 kWh offers you a high-performance and sustainable solution for energy storage. Designed for households and small businesses, it enables you to make efficient use of the solar power you generate yourself – for greater independence and a lasting reduction in energy costs.Highlights at a glanceHigh storage capacity: 15.36 kWh for larger households and commercial premises Modern LiFePO4 technology: Durable, safe and efficient Integrated BMS: Protection against overcharging, deep discharge and overheating Scalable: Expandable to meet future increases in energy demand Low-maintenance: Once installed, the system runs reliably in the backgroundStore energy when it is available and use it when it is neededWith a storage capacity of 15.36 kWh, the FLS48100SG2 stores surplus electricity from your PV system and makes it available at a later date. This allows you to significantly increase your self-consumption rate and become less dependent on fluctuating electricity prices and grid suppliers.Lithium iron phosphate technology for maximum safetyThe LiFePO4 technology used is synonymous with thermal stability, high cycle stability and longevity. The integrated battery management system ensures continuous monitoring of all operating data and reliably protects the battery in everyday use. This means you benefit from consistent performance over many years.Versatile and future-proofThanks to its modular design, the system can be expanded with additional storage units at a later date if required. This makes the FLS48100SG1 an investment that adapts to your lifestyle, whether your energy consumption is increasing due to an electric car or you are retrofitting further solar panels.Who is the Felicity FLS48100SG2 with 15.36 kWh suitable for?Households with high energy consumption Commercial enterprises requiring an uninterrupted power supply Users with a solar panel system and an electric car Households seeking energy self-sufficiencyFAQs: Felicity battery storage system with 15.36 kWh capacityCan I increase the storage capacity by adding extra modules?Yes, the system has a modular design. Each module has a capacity of 5.12 kWh, and up to 8 modules can be combined, allowing for a total capacity of up to 40.96 kWh.Which inverters is the system compatible with?The FLS48100SG2 is designed for seamless communication with common 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar and MPP Solar.What safety features are built in?The integrated battery management system (BMS) continuously monitors the voltage, temperature and state of charge of each cell. It also features protective mechanisms such as overvoltage protection up to 6,000 V and an aerosol fire suppression system.Is the module maintenance-free, and how is it installed?Yes, the module is maintenance-free. It is designed for wall mounting and weighs between 51 and 92 kg, depending on the version. It can be installed by a single person.Is there a way to monitor the battery status?Yes, the module offers built-in Wi-Fi monitoring, which enables real-time monitoring of charge status, temperature and other parameters. Contents of delivery: Felicity FLS48100SG2 battery storage unit (15.36 kWh tower system): System configurationThis product is a set and consists of three separate modules, which together have a total capacity of 15.36 kWh.Module 1: FLS48100SCG2 Master Unit (5.12 kWh)The central control unit (Master BMS) with an integrated 5.12 kWh storage unit, which manages the entire system.Modules 2 & 3: Two FLS48100S slave units (5.12 kWh each)Two extension battery modules without their own control unit, which are connected to the master module or to each other.1 set of battery connection cables (positive & negative)A pair of high-performance cables for connecting the master module to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the master BMS and the inverter.2 x connecting bridge / parallel connection cableShort, robust cables or fixed bridges to connect the three modules to one another (Master to Slave 1, Slave 1 to Slave 2).1 x earth cableA protective earth cable for the correct earthing of the housing (on the master module).1 x set of mounting accessories (rack/tower mounting)Includes screws and clamps to stack the three modules securely on top of one another.1 x User and Installation GuideA printed manual describing the installation of the entire tower system.
Felicity FLS48100SCG2 control module including 5.12 kWh energy storage unit
The Felicity FLS48100SCG2 control module, including a 5.12 kWh storage unit, is the ideal entry-level solution for self-supply with solar power. It combines intelligent battery management with a high-performance LiFePO4 battery and offers maximum flexibility for future expansion of your energy storage system.Highlights at a glanceIncluding storage: 5.12 kWh LiFePO4 battery for households with low to medium energy requirementsIntegrated control module: Coordinates energy management and optimises charging cyclesIntelligent battery management system: Enhances safety, efficiency and service lifeModularly expandable: Storage capacity can be flexibly expanded up to 40.96 kWhCompatible: Can be easily connected to standard invertersIntelligent control for maximum energy efficiencyThe integrated control module forms the heart of the system. It ensures that the battery storage is used efficiently, optimises self-consumption and protects the battery via an integrated BMS with monitoring functions for voltage, temperature and state of charge.Powerful entry-level model with 5.12 kWh LiFePO4 technologyThe supplied battery, with a capacity of 5.12 kWh, is based on modern lithium iron phosphate technology. This not only offers a high level of operational reliability, but also impresses with its long service life and high cycle stability – ideal for everyday use in your home.Flexibly expandable to meet future requirementsThe modular system design allows for the storage capacity to be expanded step by step using additional FLS modules. This means your storage capacity grows in line with your energy requirements without the need to replace the existing installation. Depending on the model, up to eight modules can be combined, enabling a total capacity of up to 40.96 kWh.Who is the Felicity FLS48100SCG2 system suitable for?This system is ideal for: Homeowners with a photovoltaic system who wish to increase their self-consumption Users on a limited budget who wish to upgrade flexibly at a later date Users looking for a secure, low-maintenance and scalable storage solution People with increasing energy requirements (e.g. due to a heat pump or electric car)Your introduction to independent energy supplyWith the Felicity FLS48100SCG2 control module, including a 5.12 kWh storage unit, you’re laying the foundations for a sustainable and flexible electricity supply in your own home. Thanks to its intelligent design, the system can be expanded at any time and offers you maximum control over your energy future. FAQs on the Felicity FLS48100SCG2 control module, including energy storage What is the Felicity FLS48100SCG2 control module and what does it do?The control module is the central component of the energy system. It coordinates the charging and discharging processes of the storage unit, optimises self-consumption and ensures the efficient operation of the solar battery.How much storage capacity does the system offer, and is it possible to expand it?The base module has a capacity of 5.12 kWh. It has a modular design and can be expanded to up to 40.96 kWh by adding further Felicity FLS48100SCG2 storage modules.Which inverters is the system compatible with?The system is designed for seamless communication with common 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar and MPP Solar.What safety features are built in?The integrated battery management system (BMS) continuously monitors the voltage, temperature and state of charge of each cell. This ensures safety, extends the service life of the LiFePO4 storage unit and optimises performance.How is the system installed and maintained?The system is designed for easy installation and is supplied with all necessary accessories, including communication lines, cables and mounting materials. It is maintenance-free and designed for straightforward commissioning. Contents of delivery: Felicity FLS48100SCG2 control module including 5.12 kWh energy storage unit: 1 x Felicity FLS48100SCG2 master moduleThe central control unit (Master BMS), including an integrated 5.12 kWh battery storage unit (100 Ah). This module forms the basis for an expandable Tower System.1 set of battery connection cables (positive & negative)A pair of pre-assembled high-performance cables for connecting the master module to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the master BMS and the inverter.1 x connecting bridge / parallel connection cableShort, robust cables or a fixed bridge to connect this master module to an extension battery module.1 x earth cableA protective earth cable for the correct earthing of the housing.1 x set of mounting accessories (rack/tower mounting)Usually includes screws or clamps to stack the modules securely on top of one another. This system is not designed for wall mounting.1 x User and Installation GuideA printed manual describing the installation of the entire tower system.
Felicity FLS battery module – 5.12 kWh low-voltage storage for modular energy systems
The Felicity FLS48100SMG2 battery module from the renowned FLS series is a high-performance, stackable low-voltage lithium iron phosphate (LiFePO4) battery with a capacity of 5.12 kWh. Thanks to its intelligent, space-saving design and modular expandability, the system is ideally suited for use in private households, commercial premises and emergency power systems.Highlights at a glanceReliable capacity: 5.12 kWh per module for effective energy storageHigh scalability: Up to 8 modules can be operated in parallel (40.96 kWh)Flexible installation: Wall- or floor-mountable, stackable designSmart security: Integrated BMS, fuse and circuit breakerDurable: ≥ 6,000 charge cycles at 90% depth of discharge (DoD)Efficient energy storage for domestic and commercial applicationsWith a nominal voltage of 51.2 V and a capacity of 100 Ah, the Felicity battery module is suitable for a wide range of applications, from detached houses to industrial emergency power supplies. Its high efficiency and modular expandability make the system particularly cost-effective.Flexibility and easy expansionThe clever, stackable design allows for rapid expansion to up to 8 modules with a total capacity of up to 40.96 kWh. Thanks to the plug-and-play principle and ease of use, integration into existing systems is particularly straightforward.Safety and reliabilityThe Felicity FLS series uses high-quality LiFePO4 cells, which are renowned for their high thermal stability and long service life. The integrated battery management system (BMS) provides reliable protection against overcharging, deep discharge, short circuits and overheating.Who is the Felicity battery module suitable for?This battery pack is ideal for: Homeowners who wish to increase their self-consumption rate Commercial enterprises that wish to absorb peak loads or operate independently PV installers who require flexible and scalable storage solutions Industrial users who rely on robust emergency power solutionsFAQs on the Felicity battery storage systemWhich inverters is the Felicity 5.12 kWh low-voltage module compatible with?The module is compatible with many 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar, MPP Solar and Felicity itself. It is not compatible with high-voltage inverters such as the Huawei SUN2000 or Kostal Plenticore Plus.Can I increase the storage capacity by adding extra modules?Yes, the Felicity module has a modular design. Depending on the model, up to 8 or even 15 modules can be combined, enabling a total capacity of up to 40.96 kWh.What safety functions does the module offer?The module features an integrated battery management system (BMS) that continuously monitors voltage and temperature. It also offers protective mechanisms such as overvoltage protection up to 6,000 V and an aerosol fire suppression system.Is the module maintenance-free and how is the installation carried out?Yes, the module is maintenance-free. It is designed for wall mounting and weighs between 51 and 92 kg, depending on the version. Installation can be carried out by one person.Is there a way to monitor the battery status?Yes, the module offers integrated WiFi monitoring, which enables real-time monitoring of charge status, temperature and other parameters. Contents of the Felicity FLS48100SMG2 battery module (5.12 kWh slave unit): Module typeThis is purely an extension module (slave unit) for an existing Felicity tower system. It requires a master module (control module) to operate.1 x Felicity FLS48100SMG2 slave battery module (5.12 kWh)A pure expansion battery module with 5.12 kWh (100 Ah) without its own higher-level control unit.1 x connecting bridge / parallel connection cableShort, robust cables or a fixed bridge to connect this module to an existing master or slave module.1 x earth cableA short protective conductor cable for connection to the earth point of the neighbouring module.1 x mounting accessories (rack/tower mounting)Usually includes screws or clamps to stack the module securely on top of another.1 x operating and installation manualA printed manual describing the expansion of an existing tower system.
Deye Combiner Box 300A – Reliable power distribution for high-voltage battery systems
The Deye Combiner Box 300A is a central distribution unit for high-voltage battery storage solutions. It has been specially developed to connect up to four battery strings in parallel and connect them safely to an inverter. Thanks to its sophisticated design, it also supports the parallel connection of several combiner boxes for systems with higher energy requirements, perfect for PV systems in commercial and industrial environments.Highlights at a glanceUp to 4 batteries can be connected in parallel Parallel connection of several combiner boxes possible for higher capacities High operational reliability up to 300 A rated current IP55 housing: Protection against dust & water jets Naturally cooled, without active fans Wide temperature range from –40 °C to +60 °CApplication and system integrationThe Combiner Box serves as a central collection point for up to four high-voltage batteries (connection via M8 screws) and feeds the energy bundled via two outputs (M10 screws) to the inverter. The option of connecting several boxes in parallel allows the system to be flexibly adapted to growing power requirements, for example for large-scale solar storage systems, commercial operations or industrial grid applicationsCombiner_Box-300A-V1.1.FAQs about the Deye Combiner Box 300AWhat voltages and currents does the Combiner Box process?The box is designed for a DC voltage range of 120 – 1 000 V. The maximum total current is 300 A, with up to 100 A permitted per input.Can I combine different Deye battery modules?Yes, all HV series from Deye such as BOS-G Pack 5.1, AI-W 5.1-B and SE-G 5.1 Pro-B are compatible, provided that the string voltage remains below 1 000 V.With which Deye inverters is the box compatible?The Combiner Box is approved for all three-phase Deye hybrid inverters of the SUN-xK-HP3 and BM series. For communication via CAN, setup code 00 must be selected in the inverter menu.What cable cross-sections are recommended for 300 A?Deye recommends a DC cable cross-section of at least 25 mm² for cable lengths of less than 5 metres. For longer distances, correspondingly higher cross-sections are required.Which protective functions are integrated?The combiner box has a fully automatic protection circuit with short-circuit, overcurrent, overvoltage, undervoltage and overtemperature shutdown. All reactions take place within 5 ms.
Felicity FLS48100SG2 battery storage system with 10.24 kWh storage capacity
With the Felicity FLS48100SG2 battery storage system, featuring a storage capacity of 10.24 kWh, you can establish a reliable foundation for greater independence from external electricity suppliers. This high-performance system, featuring state-of-the-art LiFePO4 technology, efficiently stores the solar power you generate yourself and makes it available exactly when you need it.Highlights at a glanceHigh capacity: 10.24 kWh storage capacity for private households and small commercial premises Durability: Over 6,000 charge cycles thanks to modern lithium iron phosphate technology Compact design: Space-saving design with easy integration into existing systems Compatibility: Compatible with many common hybrid inverters Safety: Integrated BMS monitors cell voltage, temperature and state of chargeEfficient energy storage for a sustainable energy supplyThe Felicity FLS48100SG2 stores surplus electricity from your photovoltaic system and releases it as and when required. This allows you to power your household appliances or your electric vehicle with solar energy even long after the sun has set. The 10.24 kWh storage capacity is ideal for households with moderate energy consumption or for those looking to transition to a self-sufficient energy supply.Reliable technology for long-term useAt the heart of the system is lithium iron phosphate (LiFePO4) cell technology. This not only ensures high energy efficiency, but also a particularly long service life and high operational reliability. Thanks to its high cycle stability, performance remains stable even after many years.Flexible integration and easy to expandThanks to its compact dimensions, the storage unit can be easily installed in your home or utility room. The modular design allows for future expansion with additional Felicity modules. This means your storage system grows in line with your energy needs.Who is the Felicity FLS48100SG2 with 10.24 kWh suitable for?Homeowners with moderate energy requirements Households with a heat pump or electric vehicle Users seeking greater self-sufficiency in the face of rising electricity prices Environmentally conscious households committed to sustainability and reducing CO₂ emissions FAQs on the Felicity FLS48100SG2 battery storage system with 10.24 kWh capacityCan I increase the storage capacity by adding extra modules?Yes, the system has a modular design. Each module has a capacity of 5.12 kWh, and up to 8 modules can be combined, allowing for a total capacity of up to 40.96 kWh.Which inverters is the system compatible with?The FLS48100SG2 is designed for seamless communication with common 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar and MPP Solar.What safety features are built in?The integrated battery management system (BMS) continuously monitors the voltage, temperature and state of charge of each cell. It also features protective mechanisms such as overvoltage protection up to 6,000 V and an aerosol fire suppression system.Is the module maintenance-free, and how is it installed?Yes, the module is maintenance-free. It is designed for wall mounting and weighs between 51 and 92 kg, depending on the version. It can be installed by a single person.Is there a way to monitor the battery status?Yes, the module offers built-in Wi-Fi monitoring, which enables real-time monitoring of charge status, temperature and other parameters. Contents of delivery: Felicity FLS48100SG2 battery storage system (10.24 kWh tower system): System configurationThis product is a set comprising two separate modules, which together provide a total capacity of 10.24 kWh.Module 1: FLS48100SCG2 Master Unit (5.12 kWh)The central control unit (Master BMS) with an integrated 5.12 kWh storage unit, which manages the entire system.Module 2: FLS48100S slave unit (5.12 kWh)A battery extension module with no control unit of its own, which is connected to the master module.1 set of battery connection cables (positive & negative)A pair of high-performance cables for connecting the master module to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the master BMS and the inverter.1 x connecting bridge / parallel connection cableShort, robust cables or a fixed bridge to connect the master module to the slave module.1 x earth cableA protective earth cable for the correct earthing of the housing (on the master module).1 x set of mounting accessories (rack/tower mounting)Includes screws and clamps to stack the two modules securely on top of one another.1 x User and Installation GuideA printed manual describing the installation of the entire tower system.
Felicity FLS48100SG2 battery storage system with 40.96 kWh storage capacity
With the Felicity FLS48100SG2 battery storage system offering 40.96 kWh, you get a high-performance solution for maximum energy independence. This system has been specially developed for users with high energy requirements, whether in the home, on farms or in commercial settings. It enables you to make full use of your photovoltaic system and provides a reliable energy supply even after dark or in the event of a power cut.Highlights at a glance40.96 kWh storage capacity: Enormous capacity for large households, businesses or blocks of flatsModern LiFePO4 technology: Maximum safety, thermal stability and a long service lifeBattery Management System (BMS): Intelligent monitoring of cell voltage, temperature and state of chargeIntegration into existing PV systems: Compatible with many common hybrid invertersReliable emergency power supply: Protects key electrical loads in the home or business in the event of a power cutMaximum energy self-sufficiency at 40.96 kWhThe FLS48100SG2 stores solar energy generated during the day and makes it available as and when required. With this storage capacity, even prolonged periods of low sunshine or power cuts can be reliably bridged. Particularly when combined with a high-performance photovoltaic system, high self-consumption rates and significant savings can be achieved.High-performance and safe cell technologyThe battery is based on lithium iron phosphate (LiFePO4) cells, which are known for their high safety, long service life and stability. This technology is particularly ideal for large systems, as it ensures consistent performance over many years, even with intensive use.Intelligent control and easy integrationThe integrated battery management system ensures continuous monitoring and control of all operating parameters. It protects the storage unit against overcharging, deep discharge and overheating, whilst optimising the charging and discharging processes. The battery can be seamlessly integrated into existing solar installations and communicates reliably with most standard inverters.Who is the Felicity FLS48100SG2 with 40.96 kWh suitable for?Owners of large detached houses or blocks of flats Agricultural businesses with high energy requirements Businesses with electricity-intensive processes Households with heat pumps, electric vehicles or emergency power requirementsFAQs on the Felicity battery storage system with 40.96 kWh capacityCan I increase the storage capacity by adding extra modules?Yes, the system has a modular design. Each module has a capacity of 5.12 kWh, and up to 8 modules can be combined, allowing for a total capacity of up to 40.96 kWh.Which inverters is the system compatible with?The FLS48100SG2 is designed for seamless communication with common 48 V inverters, including models from Deye, Growatt, Victron, Solis, Sofar and MPP Solar.What safety features are built in?The integrated battery management system (BMS) continuously monitors the voltage, temperature and state of charge of each cell. It also features protective mechanisms such as overvoltage protection up to 6,000 V and an aerosol fire suppression system.Is the module maintenance-free, and how is it installed?Yes, the module is maintenance-free. It is designed for wall mounting and weighs between 51 and 92 kg, depending on the version. It can be installed by a single person.Is there a way to monitor the battery status?Yes, the module offers built-in Wi-Fi monitoring, which enables real-time monitoring of charge status, temperature and other parameters. Contents of delivery: Felicity FLS48100SG2 battery storage unit (40.96 kWh tower system): System configurationThis product is a set and consists of eight separate modules, which together provide a total capacity of 40.96 kWh.Module 1: FLS48100SCG2 Master Unit (5.12 kWh)The central control unit (Master BMS) with an integrated 5.12 kWh storage unit, which manages the entire system.Modules 2 to 8: Seven FLS48100S slave units (5.12 kWh each)Seven battery extension modules without their own control unit, which are connected to the master module or to one another.1 set of battery connection cables (positive & negative)A pair of high-performance cables for connecting the master module to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the master BMS and the inverter.7 x connecting bridge / parallel connection cableShort, robust cables or fixed bridges to connect the eight modules to one another.1 x earth cableA protective earth cable for the correct earthing of the housing (on the master module).1 x set of mounting accessories (rack/tower mounting)Includes screws and clamps to stack the eight modules securely on top of one another.1 x User and Installation GuideA printed manual describing the installation of the entire tower system.
KSENG Adjustable Solar Universal Mounting Bracket (Black Anodised)
KSENG Adjustable universal solar mounting bracket – black anodisedProduct informationThe KSENG Universal solar mounting bracket in black anodised finish enables the installation of a solar panel in various locations. Whether on a suitable balcony railing, on a wall or on a flat surface: the mounting bracket offers various installation options for your photovoltaic system.The adjustable telescopic supports allow the panel tilt to be adapted to the installation situation. The black finish complements black-framed solar panels in particular, creating a uniform appearance.Highlights at a glance▪ Adjustable tilt: Angle adjustment via telescopic supports.▪ Various mounting options: For balcony, wall and freestanding installation in accordance with the instructions.▪ Black anodised finish: A suitable look for solar panels with black frames.▪ Foldable support arms: Folding support structure for assembly.▪ Inverter mounting provided: The instructions describe how to mount a micro-inverter.Technical specifications FeaturesSpecification ManufacturerKSENG Item numberKSEUESBLACK Product typeAdjustable universal solar mounting bracket Colour / FinishBlack anodised Tilt adjustmentAbout telescopic supports Mounting optionsBalcony, wall, flat surface as per the instructions Weight as stated in the shop5 kg Installation and compatibilityBefore purchasing, check the panel dimensions, frame profile and suitability of the installation site. The term ‘universal’ does not imply unrestricted compatibility with all panels and railings.The mounting and, where necessary, additional securing must be suitable for the surface and the local load conditions. Please follow the installation instructions.Frequently asked questionsIs the panel tilt adjustable?Yes, adjustment is carried out via the telescopic supports.Can the mount be fitted to a wall?Yes, the instructions show wall mounting. The fixings must be suitable for the respective surface.Is a solar panel or inverter included?This item is a mounting bracket. The solar panel and inverter must be selected separately.
XCELL XCELFP1212S LiFePO4 battery with 12.8 V and 12 Ah
The XCELL XCELFP1212S is a compact lithium iron phosphate battery (LiFePO₄) with a nominal voltage of 12.8 V and a capacity of 12 Ah. Equipped with an integrated battery management system (BMS), it offers reliable protection against overcharging, deep discharge, short circuit and overtemperature. With over 2000 charge cycles at 80 % depth of discharge, this battery is the ideal choice for applications where longevity, safety and compact dimensions are paramount, for example in mobile energy systems, emergency power supplies or as a replacement for VRLA batteries.Highlights at a glanceCompact power: 12 Ah capacity at 12.8 V – 153.6 Wh total energyDurable: More than 2000 cycles at 80 % depth of discharge (DOD)BMS integrated: Protection against overcharging, deep discharge, short circuit and overtemperatureRobust housing: ABS container seamlessly replaces VRLA batteriesFast charging capability: Efficient charging times with high current acceptancePowerful in diverse applicationsWhether in mobile devices, compact solar storage systems or as a reliable emergency power source: The XCELFP1212S impresses with its versatility. It is lightweight (only 1.21 kg) and compact (151 x 65 x 93.5 mm) and can be used even under demanding environmental conditions from -20 °C to +55 °C. By connecting up to two batteries in parallel or up to four batteries in series, a custom scalable energy system can be built.Efficiency and safety by designThe integrated hardware BMS reliably controls and monitors all charging and discharging processes. It protects against typical risks such as deep discharge or overtemperature, increasing service life and operational safety of the battery. The XCELFP1212S is maintenance-free, gas-free and has no memory effect, ideal for modern energy storage solutions.Robust LiFePO₄ technology for greater safety and longevityEquipped with cylindrical 21700 (3 Ah) LiFePO₄ cells, the battery stands out for its thermal stability, low self-discharge and high cycle life. Compared to conventional lead or lithium batteries, this cell technology offers a significantly higher level of safety and longer service life, even with frequent use under heavy loads.Features ModelXCELL XCELFP1212S Battery typeLiFePO₄ (lithium iron phosphate) Nominal voltage (V)12.8 Capacity (Ah)12 Maximum discharge current12A (continuous) Recommended charging voltage14.4V - 14.6V Float charging13.6V - 13.8V Operating temperature (°C)Charging: 0 ~ 45 / Discharging: -20 ~ 60 Storage temperature (°C)-10 ~ 35 Service life>2000 cycles at 100% depth of discharge Dimensions (L/W/H, mm)151 x 98 x 100 Weight (kg)approx. 1.5 ConnectionFaston 250 (6.35 mm) Protection circuitIntegrated BMS FAQs about the XCELFP1212S LiFePO₄ batteryHow many charge cycles does the XCELFP1212S battery offer?The XCELFP1212S achieves more than 2000 charge cycles at 80 % depth of discharge (DOD), which corresponds to a service life of over 10 years depending on application.Is a battery management system (BMS) integrated?Yes, the integrated BMS reliably protects the battery against overcharging, deep discharge, short circuit and overtemperature.For which applications is the XCELFP1212S suitable?The battery is ideal for compact energy storage solutions in fields such as mobile devices, rehabilitation and medical technology, UPS systems, renewable energy installations as well as caravan and marine applications.Can the battery be charged with conventional lead-acid chargers?Yes, the integrated BMS protection circuit allows charging with standard chargers for lead-acid batteries.Is the battery a compact and lightweight replacement for lead-acid batteries?Yes, it is compact, lightweight (approx. 1.21 kg) and replaces 12 V–15 Ah lead-acid batteries more efficiently thanks to low internal resistance and constant voltage characteristics.
Felicity Solar FLH96050SG01 high-voltage storage system 30.72 kWh
The Felicity Solar FLH96050SG01 in the 30.72 kWh This model is the absolute top-of-the-range model in this high-voltage series and represents the maximum that is possible in a single storage tower. Consisting of six high-performance battery modules, this system offers a massive energy density within a minimal footprint. It is the perfect solution for large multi-generational homes, farms, commercial premises or high-end private residences with a strong emphasis on self-sufficiency and high night-time energy requirements (e.g. due to electric vehicle fleets or server rooms).Highlights at a glanceMaximum tower capacity: At 30.72 kWh, this system makes full use of the capacity of a single battery stack – it is almost impossible to achieve more energy in a footprint of less than 0.3 m².6-stack configuration: The system consists of six 5.12 kWh modules and the control unit. Thanks to the wireless plug-in system, the installation remains neat and tidy despite its size.Maximum system voltage: With a rated voltage of over 600 volts, the system operates extremely efficiently, minimises line losses and enables very high charging and discharging rates.Industrial safety: Like all models in the series, this one also features LiFePO4 cells and an integrated aerosol fire-suppression system in each module for maximum protection.Commercial-ready: Ideal for peak shaving and emergency power supply in small businesses or large residential buildings.Smart management: The BMS actively monitors and balances the six modules and communicates with compatible inverters via CAN/RS485.The power station for commercial and large-scale consumersWith a storage capacity of over 30 kWh, this system goes beyond the scope of traditional single-family home applications. It is designed to make efficient use of large PV systems (> 20 kWp). During the day, the massive storage unit is charged to supply entire businesses or multiple households at night. The high-voltage technology ensures that, even with high discharge currents (e.g. fast charging of electric cars), efficiency remains high and heat generation low.Installation and structural analysisWith this configuration, the storage tower reaches a height of approx. 1.70 m to 1.80 m and weighs over 300 kg. Whilst the modular design facilitates transport to the installation site, the ground must be level, firm and load-bearing (concrete floor recommended). Wall mounting to prevent tipping is strongly recommended at this height. FAQs on the Felicity FLH96050SG01 (30.72 kWh)Which inverter do I need for 6 modules?This is the most critical aspect at this scale: the final charging voltage is close to or above 700 V. You must use an inverter that supports this high battery voltage range (e.g. Deye SUN-10K/12K/15K-SG01HP3 or large Solis hybrid units). Smaller high-voltage inverters, which are only rated for a battery voltage of up to 600 V, are not Compatible!Can I expand the system further?A single tower with 6 modules is generally at its full mechanical and electrical capacity. If you require even more capacity (e.g. 60 kWh), you must set up a second complete tower in parallel and connect it via a combiner box or directly to the inverter (depending on the inverter model).Is installation difficult?The principle (“stacking”) is simple. However, due to the height of the tower (6 modules + top section), you may need a small ladder or a step stool for the upper modules. Furthermore, two people should carry out the assembly to safely lift the 50 kg modules to head height.What happens if a module fails?Thanks to the modular design, there is no need to replace the entire system. A single faulty module can be removed from the tower or replaced. The BMS may then need to be recalibrated to adjust to the new voltage levels. Contents: Felicity Solar FLH96050SG01 (30.72 kWh HV battery storage set) 1 x Felicity FLH96050SCG01 BMS control unitThe central high-voltage management module, which handles all monitoring and communication with the inverter.6 x Felicity FLH48100-S battery modules (5.12 kWh each)Six stackable high-voltage LiFePO4 storage units which, when connected in series, provide a maximum total capacity of 30.72 kWh for a tower.1 x base plate (Base)A solid foundation for floor mounting, which serves as a stable base for the tall battery tower.1 x set of internal connection cables (Plug & Play)All necessary DC bridges and internal data cables for connecting the six modules within the stack.1 x External high-voltage cable set (DC)A pair of specialised power cables for the safe electrical connection of the storage system to the high-voltage hybrid inverter.1 x communication cable (BMS to inverter)A pre-assembled data cable for connecting the control unit to the inverter via a CAN or RS485 interface.1 x mounting kit (anti-tilt device & screws)Special fixing materials for wall-mounting the tower, as well as all the screws required for the mechanical connection of the modules.1 x User ManualA technical manual containing detailed instructions on stacking, BMS configuration and important safety instructions.
Felicity Solar FLH96050SG01 high-voltage storage system 20.48 kWh
The Felicity Solar FLH96050SG01 in its maximum configuration with 20.48 kWh is the ultimate power station for high-demand private homes, blocks of flats and small commercial premises. This system, consisting of four stacked battery modules, offers an enormous energy reserve, enabling maximum independence from the public electricity grid. It is specifically designed to efficiently meet the high energy demands of electric vehicles and heat pump heating systems, and to bridge even prolonged periods without sunlight.Highlights at a glanceMaximum storage capacity: With a capacity of 20.48 kWh, this system offers one of the highest capacities in the home energy storage segment, making it ideal for maximum self-sufficiency and emergency power supply.Modular design (4-stack): The system consists of four battery modules, each with a capacity of 5.12 kWh, and a BMS control unit, which can be stacked on top of one another wirelessly (“Plug & Play”).Integrated safety: Each module is equipped with an advanced aerosol fire-extinguishing system that reacts immediately in an emergency – an industry-standard safety feature.High-voltage efficiency: The high system voltage reduces line losses to a minimum and ensures optimum efficiency, particularly when operating high-power loads.Durable & Robust: Uses modern LiFePO4 cells for a service life of over 6,000 cycles and an IP65-certified housing for flexible installation locations.Smart communication: Compatible with market-leading hybrid inverters (Deye, Solis, Growatt, GoodWe, etc.) via CAN/RS485 interfaces.The power station for the energy transition in your homeWith a storage capacity of over 20 kWh, this system is ideally suited for sector coupling. It stores enough solar power to charge an electric car significantly even after sunset or to run a heat pump through cold winter nights without having to draw on expensive grid electricity. For commercial premises, it effectively helps with ‘peak shaving’ to reduce grid charges.Easy installation despite high performanceDespite the impressive performance figures, installation remains manageable. Thanks to the modular design, there is no need to move 200 kg in one go. The individual modules are placed one after the other at the installation site and lock together automatically. This saves time and reduces installation costs.FAQs on the Felicity FLH96050SG01 (20.48 kWh)Do I need a special inverter for this size?You will need a High-voltage hybrid inverter, which can manage the corresponding voltage level and capacity. Most 3-phase hybrid inverters (e.g. Deye 10kW/12kW, Growatt SPH series) are perfectly suited to this battery size. Please ensure you check the inverter’s permissible voltage range (Input Voltage Range).How big is the storage tower?As four modules plus the BMS unit (base/head) are stacked on top of one another here, the tower reaches a considerable height. Ensure that there is sufficient headroom at the installation site (e.g. basement, garage) and that the floor can support a weight of over 200 kg (a solid floor is recommended).Can I connect two of these towers in parallel?Yes, where energy requirements are very high (e.g. multi-generational homes or commercial premises), several of these towers can be operated in parallel with one or more inverters to achieve capacities of 40 kWh or more. However, this requires precise coordination with the inverter.Why LiFePO4 and not Li-ion (NMC)?LiFePO4 (lithium iron phosphate) is regarded as the safest cell chemistry on the market. It is thermally stable (no ‘thermal runaway’ in the event of normal faults), cobalt-free (more environmentally friendly) and offers significantly higher cycle stability than conventional Li-ion batteries, which is crucial for cost-effectiveness in an investment of this scale. Contents: Felicity Solar FLH96050SG01 (20.48 kWh HV battery storage set) 1 x Felicity FLH96050SCG01 BMS control unitThe central high-voltage management module, which is mounted at the top of the stack and controls communication with the inverter.4 x Felicity FLH48100-S battery modules (5.12 kWh each)Four stackable high-voltage LiFePO4 storage units which, when combined, provide a total capacity of 20.48 kWh.1 x base plate (Base)A solid foundation for floor mounting, which serves as a stable base for the entire battery tower.1 x set of internal connection cables (Plug & Play)Short DC jumpers and communication cables for the electrical interconnection of the four modules within the tower.1 x External high-voltage cable set (DC)A pair of specialised power cables for the safe connection of the battery tower to the high-voltage hybrid inverter.1 x communication cable (BMS to inverter)A pre-assembled data cable for connecting the control unit to the inverter via a CAN or RS485 interface.1 x mounting kit (anti-tilt device & screws)All mounting hardware required for wall-mounting the tower, as well as screws for the mechanical module connections.1 x User ManualA technical manual containing detailed instructions on stacking, BMS configuration and important safety instructions.
Felicity FLH96050SMG01 Energy Storage Expansion Module 5.12 kWh
The Felicity Solar FLH96050SMG01 is the central battery expansion module for the FLH96050SG01 high-voltage storage series. With a capacity of 5.12 kWh per unit, this module is designed to expand existing storage systems or to customise a new storage tower. Equipped with long-lasting LiFePO4 cells and an innovative plug-in system, it allows you to flexibly adapt the storage capacity to your growing energy needs – without the need for complex rewiring.Highlights at a glanceHigh energy density: Each module offers a storage capacity of 5.12 kWh, ideally sized for phased expansion.Wireless stacking: The integrated plug-in system on the top and bottom enables a ‘plug-and-play’ installation simply by stacking the units on top of one another.Integrated fire protection: An advanced aerosol fire-extinguishing system inside the module ensures maximum safety in the home.Long-lasting technology: Uses high-quality lithium iron phosphate (LiFePO4) cells for over 6,000 charge cycles and high operational reliability.Robust housing: The IP65 protection rating reliably protects the cell electronics from dust and moisture.High-voltage architecture: The module is designed for series connection in high-voltage stacks, which increases system efficiency.Flexibility for your energy systemThe FLH96050SMG01 module is the building block of your independence. Whether you wish to start with a small storage system (e.g. 2 modules = 10.24 kWh) and expand later, or whether your consumption has increased due to the purchase of an electric car: This module grows with you. You can combine between 2 and 6 of these modules in a stack (depending on the BMS and inverter).Safety and installationFelicity Solar sets new standards in safety. Each individual module is fitted with sensors and a fire-suppression unit that reacts immediately in the event of critical faults. Installation is extremely simple: the module is placed on top of the existing tower (or base). Guide pins ensure a correct fit, and the electrical connection is established automatically. There is no need to screw any cables between the battery modules. FAQs on the FLH96050SMG01 expansion moduleCan I operate this module on its own?No. The FLH96050SMG01 is only the battery storage module. To operate it, you must have the BMS control unit (Head Unit) and the socket, which are included in the FLH96050SG01 system’s basic package. You will also need at least two of these modules in a stack to achieve the minimum voltage required for most high-voltage inverters.Can I expand my storage capacity at any time?In principle, yes. However, it is advisable to carry out upgrades within the first few years following the initial installation. If new modules are added to very old modules, the difference in capacity (due to the natural ageing of the old modules) may slightly limit the tower’s overall performance, as the system is governed by its weakest link.How heavy is a module?A single module weighs approx. 53 kg. Two people or a suitable lifting aid are therefore recommended for installation (lifting onto the stack).Is the module also compatible with Felicity’s low-voltage systems?No. Felicity Solar also offers low-voltage storage systems (e.g. for 48V systems). This module is not suitable due to its voltage rating (approx. 100V) and connections exclusively Suitable for the high-voltage (HV) series. Contents: Felicity Solar FLH96050SMG01 (5.12 kWh HV expansion module) 1 x Felicity FLH48100-S battery module (5.12 kWh)A stackable high-voltage LiFePO4 storage module for expanding the capacity of existing Felicity FLH systems.1 x set of internal connection cables (Plug & Play)Short DC power bridges and communication cables for the electrical and data integration of the module into the existing stack.1 x mounting kit (screws and connecting brackets)All the small mechanical parts required to securely fix the module to the housing beneath it within the battery tower.1 x User manual / Installation guideA brief guide with specific instructions on physical stacking and integration into the existing battery management system.
Beltrona LED emergency exit sign f
This high-quality escape sign luminaire from Beltrona has been specially developed for direct wall mounting and ensures clear and compliant marking of escape and rescue routes. With a standard detection range of 27 metres, durable LED technology and a comprehensive, included pictogram set, this luminaire offers maximum flexibility and safety for professional installations in almost any building project.Highlights at a glanceOptimised for wall mounting: Ideal for installation above doors, at corridor ends, and in stairwells.Clear visibility: Guarantees a standard detection range of 27 metres in accordance with EN 1838.Flexible pictogram set: A set with 4 directional pictograms and a blank film are included.Durable LED technology: High efficiency, long service life and minimal maintenance effort.High quality: Robust housing and compliance with all relevant European standards for emergency lighting.Clear marking of escape routesThis escape sign luminaire is the ideal solution for compliant safety signage in a wide variety of properties. Direct wall mounting is the classic installation method for marking exits or at the end of escape routes where a clear directional sign is required. It is perfect for use in office buildings, retail spaces, schools, hospitals and industrial halls.Advanced and efficient LED technologyThe heart of the luminaire is a modern LED module that ensures bright and absolutely uniform illumination of the pictogram. Compared to older fluorescent lamps, LED technology offers a significantly longer service life of up to 50,000 hours, higher switching resistance and immediate full brightness in an emergency. This significantly reduces operating costs and maintenance over the entire life of the building.Designed for easy installation and flexibilityThe luminaire is designed for quick and faultless installation by the professional installer. The included pictogram set can be easily applied to the acrylic panel to flexibly define the escape route direction on site. This saves the need to stock different luminaire variants and allows on-site adaptation directly on the construction site as required. Features ModelBeltrona LED escape sign luminaire (single battery) General luminaire data ApplicationEscape route marking Mounting typeWall surface mounting Operating modeContinuous / standby mode Detection range (m)approx. 20 Light sourceLED strip (integrated) Dimensions (W x H x D in mm)approx. 260 x 180 x 45 Integrated battery TechnologyLiFePO4 Rated voltage (V)3.2 Capacity (Ah)1.5 Autonomy time (h)3 FAQs on the escape sign luminaireWhat does "detection range 27m" mean?The detection range is the maximum distance from which an escape sign can still be clearly recognised and read as such. It is determined by the height of the pictogram and is specified in the EN 1838 standard. A detection range of 27 metres is a common standard value for many areas of application.Why is a pictogram set included?A separate set offers maximum flexibility on the construction site. The final direction of the escape routes is often only clear during installation. With this set, the installer can individually adapt each luminaire to the conditions without having to carry different luminaire variants with permanently printed pictograms.What is the blank film used for?The blank film (or dummy film) serves as a placeholder or can be used to cover one side of a luminaire if required. In some cases, it is also used as a pure signal luminaire without a specific direction to generally mark an emergency exit.Can the luminaire be operated in continuous and standby mode?Yes, depending on the version, the luminaire is designed for both operating modes. With single-battery luminaires, this can often be set directly on the luminaire. For luminaires for central battery systems, the operating mode (continuous operation/DS or standby mode/BS) is set centrally in the emergency power system for the respective circuit. According to most building regulations, escape sign luminaires must be operated in continuous operation.
Beltrona LED emergency exit sign f
This high-quality escape sign luminaire from Beltrona has been specially developed for wall bracket mounting and ensures clear, double-sided visibility for marking escape and rescue routes. As a self-contained single-battery luminaire with a long-life battery and automatic test function, it offers maximum flexibility during installation and low-maintenance operation. The luminaire combines an elegant, functional design with modern LED technology and a comprehensive set of pictograms.Highlights at a glanceWall bracket mounting: Ideal for dual-sided visibility installation in long corridors, hallways and large rooms.Self-contained single-battery system: Integrated, long-lasting battery (e.g. LiFePO4) for 3 hours of emergency lighting duration.Automatic test function: Performs regular self-tests and displays the status via an LED, making maintenance easier.Clear visibility: Ensures a standard-compliant recognition range of 27 metres in accordance with EN 1838.Flexible pictogram set: A set of standard pictograms is included in delivery.Clear labelling of escape routesThis escape sign luminaire is the ideal solution for compliant safety signage in a wide range of objects. Wall bracket mounting, where the luminaire stands perpendicular to the wall, ensures excellent visibility from both directions in corridors and hallways. It is ideal for use in office buildings, retail premises, schools and hospitals, especially in areas where easy retrofitting without connection to a central system is required.Advanced and efficient LED technologyThe core of the luminaire is a modern LED module that ensures bright and completely even illumination of the pictogram. Compared to older fluorescent lamps, LED technology offers a significantly longer service life of up to 50,000 hours and lower energy consumption. This significantly reduces operating costs and maintenance over the building's entire lifetime.Designed for easy installation and minimised maintenanceThe luminaire is designed for quick and error-free installation by a professional. As it is a single-battery luminaire, only a 230V mains connection is required. The automatic test function (autotest) independently checks the function of the light source and battery at regular intervals and signals status via a multi-colour LED. This significantly reduces manual testing effort and lowers operating costs. Characteristics ModelBeltrona LED escape sign luminaire (wall bracket) General luminaire data ApplicationEscape route signage Mounting typeWall bracket mounting Operating modePermanent / standby switching Recognition range (m)approx. 25 Light sourceLED strip (integrated) Pictogram setIncluded (arrow left/right/bottom) Integrated battery TechnologyLiFePO4 Rated voltage (V)3.2 Capacity (Ah)1.5 Autonomy time (h)3 FAQs about the escape sign luminaireWhat does "wall bracket mounting" mean?With this type of installation, the luminaire is fixed vertically to the wall with a bracket. This causes the pictogram panel to project into the room and be clearly visible from both sides, which is ideal for long corridors.What is the advantage of a single-battery luminaire with autotest?A single-battery luminaire does not require connection to a central emergency power system and is therefore very flexible in installation and ideal for retrofitting. The autotest function automates the required function tests and reports errors directly on the luminaire, which greatly simplifies regular manual inspection.What does "recognition range 27m" mean?The recognition range is the maximum distance from which an escape sign can still be clearly recognised and read as such. It is determined by the height of the pictogram and is defined in EN 1838. A recognition range of 27 metres is a common standard value for many application areas.Can the luminaire be operated in permanent and standby switching?Yes, modern single-battery luminaires are generally designed for both operating modes and can often be set directly on the luminaire. In standby switching (BS) the luminaire only switches on in the event of a power failure. In permanent switching (DS) it lights up continuously. According to most building regulations, escape sign luminaires must be operated in permanent switching.
Beltrona LED emergency light f
This high-quality emergency light from Beltrona has been specially developed for surface-ceiling mounting and ensures reliable and standard-compliant emergency lighting in the event of a power failure. As a self-contained single-battery luminaire with a long-life battery and automatic test function, it offers maximum flexibility during installation and low-maintenance operation. The luminaire combines a functional, robust design with modern LED technology and optimised lenses for illuminating escape routes or anti-panic areas.Highlights at a glanceSimple surface mounting: Ideal for direct installation on solid ceilings or in areas without suspended ceiling construction.Self-contained single-battery system: Integrated, long-life battery (e.g. LiFePO4) for an emergency lighting duration of 3 hours.Automatic test function: Carries out regular self-tests and displays the status via an LED, which simplifies maintenance.Optimised illumination: Interchangeable lenses for targeted escape route or anti-panic lighting as required.Durable LED technology: High efficiency, long service life and minimal maintenance.Reliable illumination in an emergencyThis emergency luminaire is the ideal solution for compliant emergency lighting in a wide variety of premises. Surface-ceiling mounting is perfectly suited for use in corridors, stairwells, offices, retail outlets, schools, and hospitals. It ensures that in an emergency, escape and rescue routes are clearly recognisable and panic in larger areas is avoided by providing sufficient illumination.Advanced and efficient LED technologyAt the heart of the luminaire is a modern LED module that ensures high luminous efficacy with minimal energy consumption. Compared to older fluorescent lamps, LED technology offers a significantly longer service life of up to 50,000 hours, greater switching resilience and instantaneous full brightness in an emergency. This significantly reduces operating costs and maintenance throughout the entire service life of the building.Designed for easy installation and minimised maintenanceThe luminaire is designed for fast and error-free installation by professional electricians. As it is a single-battery luminaire, only a 230V mains connection is required. The automatic test function (autotest) independently checks the operation of the light source and battery at regular intervals and signals the status via a multi-coloured LED. This significantly reduces manual testing and lowers operating costs. Features ModelBeltrona LED emergency luminaire (surface ceiling mounting) General luminaire data ApplicationEscape route & anti-panic lighting Mounting typeSurface ceiling mounting Operating modeContinuous / standby mode Luminous flux (Lumen)approx. 200 Light sourceLED (integrated) Dimensions (Ø x H in mm)approx. 120 x 45 Integrated battery TechnologyLiFePO4 Rated voltage (V)3.2 Capacity (Ah)1.5 Autonomy time (h)3 FAQs about the emergency luminaireWhat is the difference between escape route and anti-panic lighting?The escape route lighting uses a special lens to illuminate a long, narrow corridor, thus clearly defining the course of the escape route. Anti-panic lighting uses a wide, rotationally symmetrical lens to evenly illuminate large, open areas (e.g. foyers, conference rooms) and thus makes orientation easier and helps to avoid panic.What is the advantage of a single-battery luminaire with autotest?A single-battery luminaire does not require connection to a central emergency power system and is therefore very flexible in installation and ideal for retrofitting. The autotest function automates the required function tests and reports faults directly on the luminaire, which considerably simplifies the regular manual inspection.Can the luminaire be operated in continuous and standby mode?Yes, modern single-battery luminaires are usually suitable for both operating modes and can often be set directly on the luminaire. In standby mode (BS) the emergency lighting only switches on in the event of a power failure. In continuous mode (DS) it lights up permanently and can, for example, serve as a night light in corridors.What are the advantages of modern batteries such as LiFePO4?Modern lithium iron phosphate batteries (LiFePO4) offer a significantly longer service life of up to 8 years compared to older NiCd batteries, halving maintenance intervals. In addition, they are more environmentally friendly, as they do not contain toxic heavy metals.
Beltrona LED emergency light f
This robust LED emergency luminaire from Beltrona has been specially developed for chain or wire suspension in high spaces such as industrial buildings and warehouses. As a self-contained single-battery luminaire with a powerful battery and automatic test function, it offers maximum flexibility during installation and low-maintenance operation. The luminaire combines a durable housing with a high protection rating, modern LED technology and optimised lenses to guarantee standard-compliant emergency lighting even from great heights.Highlights at a glanceFlexible chain mounting: Ideal for installation in industrial halls, warehouses, supermarkets and other buildings with high ceilings.Self-contained single-battery system: Integrated, long-life battery (e.g. LiFePO4) for an emergency lighting duration of 3 hours.Automatic test function: Performs regular self-tests and displays the status via an LED, which simplifies maintenance.High protection rating: Durable housing (e.g. IP65) for protection against dust and water jets, suitable for demanding environments.Optimised for great heights: Powerful LEDs and special lenses for effective escape route or anti-panic lighting.Reliable illumination in demanding environmentsThis emergency luminaire is the ideal solution for compliant emergency lighting in spacious and high building sections. The chain mounting allows the luminaire to be suspended from high ceilings or supporting structures to the standard-compliant height. It is perfect for use in production facilities, logistics centres, DIY stores and sports halls where reliable illumination in an emergency is crucial for safe evacuation.Advanced and efficient LED technologyThe centrepiece of the luminaire is a state-of-the-art LED module that ensures maximum light output with minimum energy consumption. The powerful LEDs, in combination with specially developed lenses, guarantee that sufficient illuminance is achieved on the ground even at mounting heights of over 10 metres. The long service life of the LEDs of up to 50,000 hours significantly minimises maintenance requirements.Designed for easy installation and minimised maintenanceThe luminaire is designed for quick and error-free installation by the professional installer. Attachment is via robust eyelets for chain suspension. As it is a single-battery luminaire, only a 230V mains connection is required. The automatic test function (autotest) independently checks the function of the light source and battery at regular intervals and indicates the status via a multi-coloured LED. This significantly reduces the manual testing effort in hard-to-reach installation locations. Characteristics ModelBeltrona LED emergency luminaire (chain mounting) General luminaire data ApplicationHall & escape route lighting Mounting typeChain suspension Operating modeContinuous / standby operation Luminous flux (lumen)approx. 500 Light sourceLED (integrated) Protection ratingIP65 Dimensions (L x W x H in mm)approx. 300 x 150 x 80 Integrated battery TechnologyLiFePO4 Rated voltage (V)6.4 Capacity (Ah)3.0 Autonomy time (h)3 FAQs about the emergency luminaireWhen is chain mounting required?Chain or wire mounting is always used when the structural ceiling is very high (e.g. in industrial or warehouse halls) and the luminaire needs to be positioned closer to the floor to achieve the illuminance required by standards for escape routes or work areas.What does the protection rating IP65 mean?The IP65 protection rating indicates that the luminaire is "dust-tight" (first digit 6) and protected against "water jets" from any angle (second digit 5). This makes it ideal for use in harsh, damp or dusty environments such as industrial halls, workshops or covered outdoor areas.What is the advantage of a single-battery luminaire with autotest in large halls?In large halls, the wiring for a central battery system is often very complex. Single-battery luminaires only require a local 230V connection. The autotest function is particularly valuable here, as the luminaires are often difficult to access. A visual inspection of the status LED from the floor is sufficient to check operational readiness, which drastically reduces maintenance requirements.Can the luminaire be operated in continuous and standby mode?Yes, modern single-battery luminaires are generally designed for both operating modes and can often be set directly on the luminaire. In standby mode (BS) the emergency lighting only switches on in the event of a power failure. In continuous operation (DS) it illuminates permanently and can contribute to general orientation lighting.
Beltrona LED emergency light f
This high-quality emergency luminaire from Beltrona was specially developed for discreet installation in suspended ceilings and ensures reliable and standard-compliant emergency lighting in the event of a power failure. As a self-contained single-battery luminaire with a long-life battery and automatic test function, it offers maximum flexibility during installation and low-maintenance operation. The luminaire combines an unobtrusive design with modern LED technology and optimised lenses for illuminating escape routes or anti-panic areas.Highlights at a glanceDiscreet recessed installation: Ideal for seamless and architecturally appealing installation in grid or plasterboard ceilings.Self-contained single-battery system: Integrated, long-life battery (e.g. LiFePO4) for an emergency lighting duration of 3 hours.Automatic test function: Performs regular self-tests and displays the status by means of an LED, which simplifies maintenance.Optimised illumination: Interchangeable lenses for requirement-based escape route or anti-panic lighting.Durable LED technology: High efficiency, long service life and minimal maintenance.Reliable illumination in an emergencyThis emergency luminaire is the ideal solution for regulation-compliant emergency lighting in a wide variety of buildings. The recessed ceiling installation is perfect for use in corridors, offices, retail premises, schools and hospitals. It ensures that escape and rescue routes are clearly visible in the event of an emergency and that panic in larger areas is avoided by means of sufficient illumination, without disturbing the overall architectural appearance.Advanced and efficient LED technologyThe heart of the luminaire is a modern LED module that ensures high luminous efficacy with minimal energy consumption. Compared to older fluorescent lamps, LED technology offers a significantly longer service life of up to 50,000 hours, higher switching resistance and immediate, full brightness in an emergency. This considerably reduces operating and maintenance costs over the entire lifetime of the building.Developed for easy installation and minimised maintenanceThe luminaire is designed for quick and error-free installation by a professional in standard ceiling cut-outs. As it is a single-battery luminaire, only a 230V mains connection is required. The automatic test function (autotest) independently checks the function of the luminaire and battery at regular intervals and indicates the status via a multi-coloured LED. This significantly reduces the manual testing effort and lowers operating costs. Features ModelBeltrona LED emergency luminaire (recessed ceiling) General luminaire data ApplicationEscape route & anti-panic lighting Mounting typeRecessed ceiling Operating modeContinuous / standby mode Luminous flux (lumen)approx. 180 Light sourceLED (integrated) Installation diameter (mm)approx. Ø 75 Integrated battery TechnologyLiFePO4 Rated voltage (V)3.2 Capacity (Ah)1.5 Autonomy time (h)3 FAQs about the emergency luminaireWhat is the difference between escape route and anti-panic lighting?The escape route lighting uses a special lens to illuminate a long, narrow corridor, clearly defining the course of the escape route. The anti-panic lighting uses a wide, rotationally symmetrical lens to evenly illuminate large, open spaces (e.g. foyers, conference rooms), making orientation easier and helping to prevent panic.What is the advantage of a single-battery luminaire with autotest?A single-battery luminaire does not require connection to a central emergency power supply and is therefore very flexible to install and ideal for retrofitting. The autotest function automates the prescribed function tests and reports faults directly on the luminaire, which greatly simplifies regular manual inspection.Can the luminaire be operated in continuous and standby mode?Yes, modern single-battery luminaires are generally designed for both operating modes and can often be set directly on the luminaire. In standby mode (BS), the emergency lighting is only activated in the event of a power failure. In continuous mode (DS), it illuminates permanently and can, for example, contribute to general orientation lighting.What advantage do modern batteries such as LiFePO4 offer?Modern lithium iron phosphate batteries (LiFePO4) offer a significantly longer service life of up to 8 years compared to older NiCd batteries, halving the maintenance intervals. They are also more environmentally friendly as they contain no toxic heavy metals.
Beltrona LED emergency light f
This elegant LED emergency luminaire from Beltrona has been specially developed for pendant mounting and is ideal for architecturally demanding rooms with high ceilings. As a self-contained single-battery luminaire with a long-life rechargeable battery and automatic test function, it offers maximum installation flexibility and low-maintenance operation. The luminaire combines a minimalist design with modern LED technology and optimised lenses to ensure standard-compliant emergency lighting that blends harmoniously into the surroundings.Highlights at a glanceElegant pendant mounting: Ideal for installation in prestigious areas, foyers, sales rooms and halls with high ceilings.Self-contained single battery system: Integrated, long-life rechargeable battery (e.g. LiFePO4) for an emergency lighting duration of 3 hours.Automatic test function: Performs regular self-tests and displays the status via an LED, which simplifies maintenance.Optimised illumination: Interchangeable lenses for needs-based escape route or anti-panic lighting.Long-lasting LED technology: High efficiency, long service life and minimal maintenance.Reliable illumination in demanding environmentsThis emergency luminaire is the ideal solution for compliant emergency lighting in a variety of properties where both aesthetics and function play a role. The pendant mounting allows the luminaire to be suspended from high ceilings to the correct standardised height in order to achieve optimum light distribution. It is perfect for use in entrance halls, museums, modern office complexes, airports and retail spaces.Advanced and efficient LED technologyThe centrepiece of the luminaire is a state-of-the-art LED module that ensures maximum luminous efficacy with minimum energy consumption. In combination with the specially developed lenses, the powerful LEDs guarantee that sufficient illuminance is achieved on the ground even from great heights. The long service life of the LEDs of up to 50,000 hours minimises maintenance requirements considerably.Designed for easy installation and minimised maintenanceThe luminaire is designed for quick and error-free installation by the installer. It is mounted using a sturdy pendant tube or cable suspension. As this is a single-battery luminaire, only a 230V mains connection to the ceiling is required. The automatic test function (Autotest) automatically checks the function of the light source and battery at regular intervals and signals the status via a multi-coloured LED. This considerably reduces the amount of manual testing required in hard-to-reach installation locations. Features ModelBeltrona LED emergency luminaire (pendant mounting) General luminaire data ApplicationEscape route & anti-panic lighting Mounting typePendant mounting Operating modePermanent / standby mode Luminous flux (lumen)approx. 250 Light sourceLED (integrated) Protection classIP40 Dimensions (Ø x H in mm)approx. 80 x 150 Integrated rechargeable battery TechnologyLiFePO4 Rated voltage (V)3.2 Capacity (Ah)1.5 Autonomy time (h)3 FAQs about the emergency luminaireWhen does pendant mounting make sense?Pendant mounting is always used when the structural ceiling is very high (e.g. in foyers, halls) and the luminaire needs to be positioned closer to the floor in order to achieve the illuminance required by standards. It is also chosen for architectural reasons in order to integrate the luminaire as a deliberate design element.What is the difference between escape route lighting and anti-panic lighting?The escape route lighting uses a special lens to illuminate a long, narrow corridor and thus clearly define the course of the escape route. The anti-panic lighting utilises a wide, rotationally symmetrical lens to evenly illuminate large, open areas to facilitate orientation and prevent panic.What is the advantage of a single-battery luminaire with autotest?A single-battery luminaire does not require a connection to a central emergency power system and is therefore very flexible to install and ideal for retrofitting. The autotest function automates the prescribed function tests and reports faults directly at the luminaire, which considerably simplifies regular manual inspections, especially for high-mounted luminaires.Can the luminaire be operated in continuous and standby mode?Yes, modern single-battery luminaires are generally designed for both operating modes and can often be set directly on the luminaire. In the standby mode (BS) the emergency lighting only switches on in the event of a power failure. In the continuous mode (DS) it illuminates permanently and can contribute to general orientation lighting.
Eastron SDM630-Modbus three-phase energy meter
The Eastron SDM630-M is a modern and multifunctional digital energy meter for three-phase networks, designed for comprehensive monitoring and analysis of electrical parameters. Thanks to its integrated Modbus RTU interface, it can be seamlessly integrated into building automation, energy management or photovoltaic monitoring systems. As a direct-measuring meter up to 100 amps per phase, it offers precise data acquisition for a wide range of applications in commercial, industrial and demanding private households.Highlights at a glancePrecise measurement: Reliably measures a wide range of electrical quantities (kWh, kvarh, kW, kvar, kVA, P, F, PF, Hz, dmd, V, A, THD).Modbus RTU interface: Enables simple remote reading and integration into higher-level systems via RS485.Multifunctional: Suitable for energy monitoring, cost centre billing, load management and PV system monitoring.Direct measuring up to 100A: No external current transformers required for currents up to 100A per phase, simplifies installation.Compact DIN rail format: Simple and space-saving installation in standard electrical distribution boards (4 modules wide).Comprehensive energy monitoring for professional applicationsThe Eastron SDM630-M is the ideal instrument for detailed recording of energy consumption and generation. It enables the precise monitoring of total consumption, individual machines or circuits as well as the recording of energy generated by a photovoltaic system. Thanks to the measurement of active and reactive energy in both directions (import/export), it is perfectly suited for monitoring PV systems with self-consumption. Its data forms the basis for energy efficiency measures, internal cost allocations or the monitoring of load profiles.Precise measurement and flexible integrationIn addition to active energy (kWh), this energy meter also measures reactive energy (kvarh), active power (kW), reactive power (kvar), apparent power (kVA), current (A), voltage (V), frequency (Hz), power factor (PF) and total harmonic distortion (THD) for voltage and current. The integrated Modbus RTU interface via RS485 enables all these values to be queried by systems such as data loggers, PLC controllers or energy management software. Direct measurement up to 100A eliminates the need for complex installation and configuration of external current transformers in many standard applications.Simple installation and operationThe SDM630-M is quick and easy to install on a standard DIN rail in electrical distribution boards. The large, illuminated LCD display enables the most important measured values to be read directly on site. The buttons on the front can be used to navigate intuitively through the various display menus in order to view all the recorded parameters or make basic settings. Features ModelEastron SDM630-M Modbus ApplicationThree-phase energy meter MeasurementActive/reactive energy (kWh/kvarh),Voltage (V), current (A), power (W/VA/var),Power factor, frequency (Hz) Power supply types3-phase (3p4w, 3p3w), 1-phase (1p2w) Rated voltage (V)3x230/400 V AC Rated current (A)10(100) A (direct measurement) Accuracy classCl. 1 (active energy) / Cl. B (MID) InterfaceModbus RTU (RS485) MountingDIN rail (DIN rail) Dimensions (W x H x D in mm)72 x 100 x 66 (4 modules) Weight (g)approx. 300 FAQs about the Eastron SDM630-M energy meterWhat is the difference between the SDM630-M and other SDM630 variants?The "M" in the designation stands for the integrated Modbus RTU interface. There are also variants with pulse outputs (e.g. SDM630-V1/-V2), with M-Bus interface or as MID-calibrated versions for billing purposes (SDM630-Modbus-MID).Do I need external current transformers for this meter?No, this model is designed for Direct measurement of currents up to 100 amperes per phase. No external current transformers (CTs) are required as long as this current range is not exceeded. Special CT meters (e.g. SDM630MCT) are available for higher currents.Is this meter suitable for official billing (e.g. with the energy supplier)?No, this standard model is usually not MID-calibrated and must therefore not be used for billing to the nearest kilowatt hour. It is primarily intended for monitoring purposes and internal cost allocation. For billing purposes, you need a variant with MID approval (e.g. SDM630-Modbus-MID).How is the data read out via Modbus?To read out the data, you need a Modbus master (e.g. a data logger, a PLC, a Raspberry Pi or a PC with appropriate software and an RS485 interface). The master sends queries to the address of the meter in the RS485 network and reads the values from the defined Modbus registers. The register assignment can be found in the manual for the meter.
Fenix TK16 V2.0 LED torch 3100 lumen (tactical)
The Fenix TK16 V2.0 is a purebred tactical torch, specially developed for use by police, security services and in the military sector. With an enormous luminous output of 3100 lumens and a range of 380 metres, it delivers uncompromising performance. The core is the innovative APF system (Advanced Pulse-Frequency Transmission), enabling interference-free and compact control via the double tail switch. Equipped with a powerful 21700 Li-Ion battery and a front lens with tungsten glass breakers, it is the ultimate tool for emergency services.Highlights at a glanceExtreme luminosity: Delivers up to 3100 lumens and a tactical range of 380 metres.Tactical operation: Dual tail switch for momentary light, constant light and instant strobe.APF technology: Innovative transmission system for reliable switching and more compact construction.21700 Li-Ion Power: Operates with a powerful 5000 mAh battery (included) for long operation times.Glass breaker: Bezel made of stainless steel with three tungsten steel tips for emergencies.Extremely robust: Housing made of A6061-T6 aluminium, IP68 waterproof and shockproof.Tactical superiority and immediate operational readinessThe TK16 V2.0 was designed for situations where split seconds matter. The large tactical main switch at the end of the torch is used for switching on/off and for momentary light. The smaller function switch next to it enables instant access to strobe mode (even when the torch is off) or the selection of brightness levels. Thanks to APF technology, this control system works absolutely reliably and is immune to electronic interference.Maximum power with 21700 batteryTo enable the output of 3100 lumens, the TK16 V2.0 relies on a modern 21700 Li-Ion battery (Fenix ARB-L21-5000U). This is included in the scope of delivery and has an integrated USB-C charging port. This means you can charge the battery directly using a cable, without needing to carry a separate charger. The torch itself has no charging port, which maximises its waterproofness and robustness.Robustness for tough everyday dutyThe workmanship of the TK16 V2.0 is designed for extreme stress. The housing is IP68 certified (waterproof and dustproof). A special feature is the "strike bezel" (the crown at the torch head): Three balls made of tungsten steel are embedded in the stainless steel bezel, which can serve as effective glass breakers. Features ModelFenix TK16 V2.0 (3100 Lumens) ApplicationTactical, police, military, property protection, hunting Max. Luminous Output (Lumens)3100 (Turbo) Max. Range (m)380 Light Modes5 brightness levels + strobe Power Supply1x 21700 Li-Ion battery (5000 mAh with USB-C port incl.) Switch ConceptDual tactical tail switch (instant strobe / momentary light) Light Source1x Luminus SST70 LED (service life approx. 50,000 hrs) Special FeaturesStainless steel bezel with tungsten glass breakers, APF technology (Advanced Pulse-Frequency) Protection ClassIP68 (waterproof up to 2m) Dimensions (L x Ø head x Ø body in mm)143 x 34 x 25.4 Weight (g)approx. 112 (without battery) / approx. 184 (with battery) FAQs about the Fenix TK16 V2.0What is the APF system?APF stands for "Advanced Pulse-Frequency Transmission System". It is a technology developed by Fenix which makes it possible to route complex control signals of the double switch via a single path. This makes the torch more compact and less susceptible to interference compared to conventional mechanical double switches.How is the torch charged?The torch itself does not have a charging port, in order to maximise structural integrity and waterproofness. However, the supplied battery (ARB-L21-5000U) has a USB-C socket integrated. You remove the battery and charge it directly using the supplied cable.Can I also use 18650 batteries?The torch is optimised for 21700 batteries. Using an 18650 battery is only possible with the separately available battery holder Fenix ALF-18. However, due to the lower performance of 18650 cells, the maximum brightness of 3100 lumens may not be achieved or only reached briefly.Does the torch have a memory function?Yes, the torch stores the last brightness level used (except strobe) and recalls it the next time it is switched on via the main switch. The strobe mode can always be activated immediately via the function switch.
Fenix LD22 V2.0 LED torch 800 lumen with USB-C battery
The Fenix LD22 V2.0 is the powerful new version of the popular classic LD22. This compact outdoor and duty torch has been thoroughly modernised and now delivers an impressive brightness of up to 800 lumens. The special feature of this slim torch is its flexibility in power supply: It is supplied as standard with a powerful Li-ion battery pack (with its own USB-C charging port), but can also be operated at any time with two standard AA batteries or NiMH batteries. This makes it the ideal choice for outdoor adventures, travel, and professional use where supply security is a top priority.Highlights at a glanceEnormous luminosity: Delivers up to 800 lumens of brightness and a lighting range of 214 metres in turbo mode.Dual power concept: Operation with supplied USB-C Li-Ion battery or standard AA batteries/NiMH batteries.Simple operation: Tactical tail switch for momentary light and side switch for convenient mode selection.Compact design: Slim design with robust stainless steel clip, usable in two directions.Weatherproof: Fully dust and waterproof according to IP68 standard for use under the toughest conditions.Maximum flexibility through dual powerThe Fenix LD22 V2.0 offers you absolute independence. In everyday use you use the supplied ARB-L14-1100U battery pack, which is conveniently charged directly on the battery via USB-C cable and delivers the full power of 800 lumens. If you run out of power on the road and there is no charging option, you can simply insert two AA batteries (alkaline) or NiMH batteries (max. 350 lumens), which are available anywhere. This guarantees readiness for use in any situation.Intuitive and tactical operating conceptThe torch has two switches for optimum control. The tactical tail switch enables switching on and off as well as momentary light for short signals. The side switch on the lamp head allows you to conveniently select between five brightness levels and the special Strobe and SOS functions. An intelligent memory function stores the last used brightness (except Strobe/SOS).Robustness and durabilityThe housing made of high-quality A6061-T6 aluminium with a stainless steel bezel is extremely resistant to shocks and corrosion. Thanks to IP68 certification, the LD22 V2.0 is completely protected against dust and can even withstand temporary immersion in water. The removable "two-way clip" allows flexible attachment of the torch to a belt, rucksack, or cap. Features ModelFenix LD22 V2.0 (800 lumens) ApplicationOutdoor, EDC, Work, Hiking Max. luminosity (lumens)800 (Turbo) Max. lighting range (m)214 Lighting modes5 brightness levels + Strobe + SOS Power supply1x Li-Ion battery ARB-L14-1100U (incl.)or 2x AA batteries (alkaline/NiMH) Charging functionUSB-C charging port directly on the battery Light source1x Luminus SST20 WXS LED Protection ratingIP68 (waterproof up to 2m) Dimensions (L x Ø head x Ø body in mm)148 x 21.5 x 18 Weight (g)approx. 96 (incl. battery) FAQs for the Fenix LD22 V2.0How is the supplied battery charged?The battery (type ARB-L14-1100U) has its own USB-C port directly on the battery housing. To charge, the battery must be removed from the torch and connected to a USB power source with the supplied USB-C cable. The lamp itself does not have a charging port.Can I achieve 800 lumens with normal AA batteries?No. The maximum output of 800 lumens is only achieved with the supplied Li-Ion battery pack. When using two AA batteries (alkaline or NiMH), the maximum brightness is 350 lumens for technical reasons, which is still absolutely sufficient for most applications.What is the difference to the old LD22 (V1.0)?Version 2.0 is significantly more powerful (800 vs. 300 lumens), more compact and now comes as standard with a rechargeable Li-Ion battery, but retains the popular AA compatibility. The design has also been modernised and made more robust (stainless steel bezel).Does the torch have overheat protection?Yes, the LD22 V2.0 has intelligent overheat protection (IOP). If the torch becomes too hot in turbo mode (from 60°C), it automatically reduces the brightness slightly to protect the electronics and battery. As soon as it has cooled down, full power is available again.
Beltrona LED emergency exit sign f
This high-quality escape sign luminaire from Beltrona has been specially developed for direct wall mounting and connection to central battery systems (CPS). It ensures a clear and compliant indication of escape and rescue routes. With a standard-compliant detection range of 27 metres, durable LED technology and a comprehensive pictogram set included, this luminaire offers maximum flexibility and safety for professional installations in centrally supplied buildings.Highlights at a glanceCentral battery compatible: Developed for direct connection to 230V AC/DC central and group battery systems (ZB / CPS).Clear visibility: Ensures a standard-compliant detection range of 27 metres in accordance with EN 1838.Optimised for wall mounting: Ideal for installation above doors, at corridor ends and in stairwells.Flexible pictogram set: A set with 4 directional pictograms and a blank film are included.Durable LED technology: High efficiency, long service life and minimal maintenance effort.Clear labelling of escape routesThis escape sign luminaire is the ideal solution for compliant safety signage in a wide range of properties equipped with a central emergency power system. Direct wall mounting is the conventional installation method for marking exits or at the end of escape routes where clear directional guidance is required. It is perfectly suited for use in office buildings, retail stores, schools, hospitals and industrial halls.Advanced and efficient LED technologyThe core of the luminaire is a modern LED module that ensures bright and absolutely uniform illumination of the pictogram. Compared to older fluorescent lamps, LED technology offers a significantly longer service life of up to 50,000 hours and immediate, full brightness in an emergency. This significantly reduces operating costs and maintenance effort over the entire service life of the building.Designed for easy installation and centralised maintenanceThe luminaire is designed for rapid and fault-free installation by a professional installer. Connection to the central battery system is via an easily accessible terminal. In a central system, each individual luminaire is permanently monitored via the supply line. Any failure of the light source is immediately detected and reported by the central control unit, which significantly simplifies maintenance compared to single battery luminaires and increases operational safety. Features ModelBeltrona LED escape sign luminaire (central battery) ApplicationEscape route marking Mounting typeWall surface mounting Connection toCentral battery systems Operating voltage24V - 230V AC/DC Power consumption (W)approx. 2.5 Detection range (m)approx. 20 Light sourceLED strip (integrated) Pictogram setIncluded (arrow left/right/down) Dimensions (W x H x D in mm)approx. 260 x 180 x 45 FAQs on the escape sign luminaireWhat does "ZB" or "central battery" mean?"ZB" stands for central battery. This means this luminaire does not have its own battery, but is supplied from a central emergency power supply system (also known as CPS) in the building. This simplifies maintenance as the batteries are grouped at a single location.What does "detection range 27m" mean?The detection range is the maximum distance from which an escape sign can still be clearly recognised and read as such. It is determined by the height of the pictogram and is specified in standard EN 1838. A detection range of 27 metres is a common standard value for many applications.What is the blank film used for?The blank film (or dummy film) serves as a placeholder or can be used to cover one side of a luminaire if required. In some cases, it is also used as an indicator luminaire without a specific direction to generally mark an emergency exit.Can the luminaire be operated in permanent and standby mode?Yes. The switching type (permanent operation/DS or standby operation/BS) for the escape sign luminaire is set centrally in the emergency power system for the relevant circuit and can be reprogrammed if necessary. According to most building regulations, escape sign luminaires must be operated in permanent operation.
Felicity Solar FLH96050SG01 high-voltage storage system 10.24 kWh
The Felicity Solar FLH96050SG01 (10.24 kWh) is a high-performance, modular high-voltage battery storage system, specifically developed for modern photovoltaic systems in detached and multi-occupancy dwellings. Based on safe lithium iron phosphate (LiFePO4) technology, this system, with a usable capacity of 10.24 kWh, offers the ideal energy reserve for households with high energy requirements, heat pumps or electric vehicles. Thanks to its stackable design, the storage system can be installed in a space-saving manner and flexibly expanded as energy requirements increase.Highlights at a glanceHigh storage capacity: With a capacity of 10.24 kWh (consisting of two 5.12 kWh modules), the system provides sufficient buffer capacity to significantly increase self-consumption and minimise grid draw.Modular stack design: The wireless plug-in system enables quick ‘plug-and-play’ installation without the need for complex cabling between the modules.Maximum safety: Equipped with an integrated aerosol fire suppression system and advanced battery management (BMS) for maximum protection against overheating and malfunctions.Long-lasting technology: The LiFePO4 cells guarantee over 6,000 charge cycles at a high depth of discharge (DOD), ensuring a secure investment for many years to come.Wide compatibility: The high-voltage system works efficiently with leading hybrid inverters (e.g. Deye, Solis, GoodWe, Growatt) and communicates via CAN/RS485.Robust housing: With an IP65 protection rating, the battery is protected against dust and water jets and is suitable for flexible installation locations (indoors and in sheltered outdoor areas).Efficiency through high-voltage technologyUnlike low-voltage systems, the Felicity FLH96050SG01 operates in this configuration at a nominal voltage of approx. 204.8 V. This significantly reduces conversion losses and allows the use of thinner cable cross-sections whilst increasing the overall efficiency of the PV system. The system is therefore perfectly suited to powering high-power loads, as high discharge currents can be supplied without significant heat build-up.Scalability for the futureA key advantage of this system is its flexibility. Start with 10.24 kWh and simply expand as required by adding further modules (up to 6 modules per tower possible, approx. 30 kWh). The intelligent BMS automatically recognises the new modules and integrates them into the system management. FAQs on the Felicity FLH96050SG01Which inverters are compatible?The Felicity high-voltage storage system is compatible with a wide range of high-voltage hybrid inverters. Officially supported brands include Deye, Solis, GoodWe, Growatt, Megarevo and SofarSolar. Always check the inverter manufacturer’s current compatibility list before purchasing.Can I upgrade the storage capacity at a later date?Yes, the system has a modular design. You can add further 5.12 kWh modules of the same type at a later date (up to a certain maximum voltage of the inverter, usually up to 6 modules per tower). However, it is recommended that you carry out any expansions as soon as possible to minimise capacity differences caused by ageing.What does the integrated aerosol extinguishing system mean?This is an advanced safety feature. Each module is fitted with sensors which, in the extremely unlikely event of a thermal runaway (internal fire), automatically release a fire-suppressant aerosol to immediately smother the source of the fire and prevent it from spreading.Is the storage unit capable of providing emergency power?Yes, the battery is powerful enough to supply the domestic mains supply in the event of a power cut when used in conjunction with a hybrid inverter capable of emergency power supply. The high-voltage technology ensures stable discharge performance, even for larger loads. Contents: Felicity Solar FLH96050SG01 (10.24 kWh high-voltage battery storage set) 1 x Felicity FLH96050SCG01 BMS control unitThe central high-voltage management module, which monitors the cells and communicates with the inverter.2 x Felicity FLH48100-S battery modules (5.12 kWh each)Two stackable high-voltage LiFePO4 storage units which, when connected in series, provide a total capacity of 10.24 kWh.1 x base plate (Base)A sturdy base for floor mounting, on which the battery modules and the control unit can be safely stacked.1 x set of internal connection cables (Plug & Play)Short connectors for electrical coupling and data transmission between the individual battery modules within the tower.1 x External high-voltage cable set (DC)A pair of specialised power cables for the safe connection of the battery tower to the high-voltage hybrid inverter.1 x communication cable (BMS to inverter)A pre-assembled data cable for connecting the control unit to the inverter (CAN/RS485).1 x mounting kit (anti-tilt device & screws)All fixing materials required for wall mounting the tower, as well as screws for the module connections.1 x User ManualA technical manual containing instructions on stacking, BMS configuration and important safety instructions for high-voltage systems.
Beltrona LED emergency exit sign f
This high-quality escape sign luminaire from Beltrona has been specially developed for wall bracket mounting and connection to central battery systems (CPS). It ensures clear and double-sided marking of escape and rescue routes. The luminaire combines an elegant, functional design with durable LED technology and a comprehensive pictogram set to ensure maximum flexibility and safety in professional, centrally powered building projects.Highlights at a glanceCentral battery compatible: Developed for direct connection to 230V AC/DC central and group battery systems (ZB / CPS).Wall bracket mounting: Ideal for installation visible from both sides in long corridors, passages and large rooms.Clear visibility: Ensures a standard-compliant recognition distance of 27 metres according to EN 1838.Flexible pictogram set: A set of standard pictograms is included in the scope of delivery.Durable LED technology: High efficiency, long service life and minimal maintenance effort.Clear marking of escape routesThis escape sign luminaire is the ideal solution for compliant safety signage in a wide variety of buildings. The wall bracket mounting, where the luminaire is perpendicular to the wall, ensures excellent visibility from both directions in corridors and passageways. It is perfectly suited for use in office buildings, retail outlets, schools, hospitals and industrial halls equipped with a central emergency power system.Advanced and efficient LED technologyAt the heart of the luminaire is a modern LED module that ensures bright and absolutely uniform illumination of the pictogram. Compared to older fluorescent lamps, LED technology offers a significantly longer lifetime of up to 50,000 hours and instant full brightness in an emergency. This significantly reduces operating costs and maintenance effort over the entire service life of the building.Developed for easy installation and central maintenanceThe luminaire is designed for quick and error-free installation by a professional. Connection to the central battery system is via an easily accessible terminal. In a centralised system, each individual luminaire is permanently monitored via the supply line. Any failure of the light source is immediately detected and reported by the central control unit, which makes maintenance much easier compared to single-battery luminaires and increases operational reliability. Features ModelBeltrona LED escape sign luminaire (wall bracket, central battery) ApplicationEscape route marking Mounting typeWall bracket mounting Connection toCentral battery systems Operating voltage24V - 230V AC/DC Power consumption (W)approx. 3.5 Recognition distance (m)approx. 25 Light sourceLED strip (integrated) Pictogram setIncluded (arrow left/right/down) Housing materialAluminium / acrylic glass FAQs on the escape sign luminaireWhat does "wall bracket mounting" mean?With this type of installation, the luminaire is attached vertically to the wall with a bracket (a holder). As a result, the pictogram panel projects into the room and is clearly visible from both sides, which is ideal for long corridors.What is the advantage of a central battery system ("ZB")?Central battery systems (CPS) simplify the maintenance and monitoring of the entire emergency lighting system. All batteries are located in a central location, and the regular function tests can be automated and centrally logged. In large buildings, this is much more efficient than maintaining hundreds of individual batteries in the luminaires themselves.What does "recognition distance 27m" mean?The recognition distance is the maximum distance from which an escape sign can still be clearly recognised and read as such. It is determined by the height of the pictogram and is specified in the EN 1838 standard. A recognition distance of 27 metres is a common standard value for many areas of application.Can the luminaire be operated in continuous and standby mode?Yes. The switching mode (permanent operation/DS or standby operation/BS) for the escape sign luminaire is defined centrally in the emergency power system for the respective circuit and can be reprogrammed if necessary. According to most building regulations, escape sign luminaires must be operated in permanent operation.
Beltrona LED emergency light f
This robust LED emergency light from Beltrona has been specially developed for chain or wire suspension in high spaces such as industrial and warehouse halls and for connection to central battery systems (CPS). The luminaire combines a resilient housing with a high protection rating, modern LED technology, central monitoring and optimised lenses to ensure standard-compliant safety lighting even from great heights.Highlights at a glanceCentral battery compatible: Developed for direct connection to 230V AC/DC central and group battery systems (ZB / CPS).Flexible chain mounting: Ideal for installation in industrial halls, warehouses, supermarkets and other buildings with high ceilings.Central monitoring: Enables simple and efficient monitoring of the luminaire’s function via the central battery system.High protection rating: Robust housing (e.g. IP65) to protect against dust and water jets, suitable for demanding environments.Optimised for great heights: Powerful LEDs and special lenses for effective escape route or anti-panic lighting.Reliable illumination in demanding environmentsThis emergency luminaire is the ideal solution for compliant safety lighting in spacious and high parts of buildings. Chain mounting allows the luminaire to be suspended from high ceilings or supporting structures to the correct height according to standards. It is perfect for use in manufacturing facilities, logistics centres, DIY superstores and sports halls equipped with a central emergency power system, which enables easy maintenance and monitoring of the entire installation.Advanced and efficient LED technologyAt the heart of the luminaire is a cutting-edge LED module that ensures maximum luminous efficiency with minimal energy consumption. In combination with the specially developed lenses, the powerful LEDs guarantee that, even when mounted at heights of over 10 metres, sufficient illuminance is achieved at floor level. The long lifetime of the LEDs of up to 50,000 hours significantly minimises the need for maintenance.Developed for easy installation and central maintenanceThe luminaire is designed for quick and error-free installation by the professional tradesperson. Mounting is via robust eyelets for chain suspension, and electrical connection to the central battery system is via an easily accessible terminal. In a central system, each luminaire is permanently monitored over the supply line. A failure of the light source is immediately detected and reported by the central control unit, making maintenance particularly easy for high-mounted areas. Features ModelBeltrona LED emergency luminaire (chain mounting, central battery) ApplicationHall & escape route lighting Mounting typeChain suspension Connection toCentral battery systems Operating voltage24V - 230V AC/DC Power consumption (W)approx. 5.0 Luminous flux (Lumen)approx. 500 Light sourceLED (integrated) Protection ratingIP65 Dimensions (L x W x H in mm)approx. 300 x 150 x 80 FAQs about the emergency luminaireWhen is chain mounting required?Chain or cable mounting is used whenever the structural ceiling is very high (e.g. in industrial or warehouse halls) and the luminaire needs to be positioned closer to the floor in order to achieve the lighting level required by standards for escape routes or work areas.What does protection rating IP65 mean?The IP65 protection rating indicates that the luminaire is “dust-tight” (first digit 6) and protected against “water jets” from any angle (second digit 5). This makes it ideal for use in tough, damp or dusty environments such as industrial halls, workshops or covered outdoor areas.What is the advantage of a central battery system (“ZB”) in large halls?In large and high halls, maintaining single-battery luminaires is very elaborate because each luminaire must be reached individually. With a central battery system, all batteries are located in a single, easily accessible place. Monitoring the hard-to-reach luminaires is automatic and central, drastically reducing maintenance effort and operating costs.Can the luminaire be operated in permanent and standby mode?Yes. The switching type (permanent switching/DS or standby switching/BS) for the emergency luminaire is defined centrally in the emergency power system for the respective circuit and can be reprogrammed if required.
Beltrona LED emergency light f
This high-quality emergency luminaire from Beltrona has been specially developed for surface-mount ceiling installation and connection to central battery systems (CPS). It ensures reliable and standard-compliant emergency lighting in case of power failure. The luminaire combines a functional, robust design with modern LED technology, centralised monitoring, and optimised lenses for illuminating escape routes or anti-panic areas.Highlights at a glanceCentral battery compatible: Designed for direct connection to 230V AC/DC central and group battery systems (ZB / CPS).Simple surface mounting: Ideal for direct installation on solid ceilings or in areas without suspended ceiling construction.Centralised monitoring: Enables easy and efficient monitoring of luminaire function via the central battery system.Durable LED technology: High efficiency, long service life, and minimal maintenance.Optimised illumination: Interchangeable lenses for demand-oriented escape route or anti-panic lighting.Reliable illumination in an emergencyThis emergency luminaire is the ideal solution for regulation-compliant emergency lighting in a wide variety of properties. Surface-mounted ceiling installation is perfect for use in corridors, stairwells, offices, shops, schools, and hospitals equipped with a central emergency power system. It ensures that in an emergency, escape and rescue routes are clearly visible and panic in larger areas is avoided by sufficient illuminance.Advanced and efficient LED technologyAt the heart of the luminaire is a modern LED module that ensures high luminous efficiency with minimal energy consumption. Compared to older fluorescent lamps, LED technology offers a noticeably longer life of up to 50,000 hours and immediate, full brightness in an emergency. This greatly reduces operating costs and maintenance over the lifetime of the building.Designed for easy installation and centralised maintenanceThe luminaire is designed for fast and error-free installation by a specialist installer. Connection to the central battery system is via an easily accessible terminal. In a central system, each individual luminaire is permanently monitored via the supply line. Failure of the light source is immediately detected and reported by the central control unit, which significantly simplifies maintenance compared to individual battery luminaires and increases operational reliability. Characteristics ModelBeltrona LED emergency luminaire (surface ceiling mount, central battery) ApplicationEscape route & anti-panic lighting Mounting typeSurface-mounted ceiling installation Connection toCentral battery systems Operating voltage24V - 230V AC/DC Power consumption (W)approx. 3.0 Luminous flux (lumen)approx. 200 Light sourceLED (integrated) Degree of protectionIP40 Dimensions (Ø x H in mm)approx. 120 x 45 FAQs about the emergency luminaireWhat is the difference between escape route lighting and anti-panic lighting?The escape route lighting uses a special lens to illuminate a long, narrow corridor, thereby clearly defining the course of the escape route. The anti-panic lighting uses a wide, rotationally symmetrical lens to evenly illuminate large, open areas (e.g. foyers, conference rooms), thereby making orientation easier and preventing panic.What is the advantage of a central battery system (“ZB”)?Central battery systems (CPS) simplify the maintenance and monitoring of the entire emergency lighting system. All batteries are located in a central place, and regular functional tests can be automated and centrally logged. In large buildings, this is much more efficient than servicing hundreds of individual batteries in each luminaire separately.Can the luminaire be operated in both continuous and standby switching?Yes. The switching mode (continuous switching/DS or standby switching/BS) for the emergency luminaire is set centrally in the emergency power system for the relevant circuit and can be reprogrammed as required.How is the luminaire monitored?Monitoring is centralised. If a light source fails or another fault occurs in the luminaire circuit, this is immediately detected by the central control unit, specifically assigned and reported as a malfunction. This allows rapid and targeted troubleshooting.
Beltrona LED emergency light f
This elegant LED emergency luminaire from Beltrona has been specially developed for pendant mounting and connection to central battery systems (CPS) and is ideal for architecturally sophisticated rooms with high ceilings. The luminaire combines a minimalist design with modern LED technology, central monitoring and optimised lenses to ensure standard-compliant yet aesthetic emergency lighting.Highlights at a glanceCentral battery compatible: Developed for direct connection to 230V AC/DC central and group battery systems (ZB / CPS).Elegant pendant mounting: Ideal for installation in prestigious areas, foyers, sales rooms and halls with high ceilings.Centralised monitoring: Enables simple and efficient monitoring of the luminaire function via the central battery system.Long-life LED technology: High efficiency, long service life and minimal maintenance.Optimised illumination: Interchangeable lenses for escape route or anti-panic lighting as required.Reliable illumination in demanding environmentsThis emergency luminaire is the ideal solution for compliant emergency lighting in a wide range of properties where both aesthetics and function play a role. The pendant mounting makes it possible to suspend the luminaire from high ceilings to the correct standardised height in order to achieve optimum light distribution. It is perfect for use in entrance halls, museums, modern office complexes, airports and retail spaces that have a centralised emergency power system.Advanced and efficient LED technologyThe centrepiece of the luminaire is a state-of-the-art LED module that ensures maximum luminous efficacy with minimum energy consumption. In combination with the specially developed lenses, the powerful LEDs guarantee that sufficient illuminance is achieved on the ground even from great heights. The long service life of the LEDs of up to 50,000 hours minimises maintenance requirements considerably.Developed for easy installation and centralised maintenanceThe luminaire is designed for quick and error-free installation by the installer. It is mounted using a sturdy pendant tube or wire suspension, and the electrical connection to the central battery system is made via an easily accessible terminal. In a centralised system, each individual luminaire is permanently monitored via the supply line. Any failure of the light source is immediately detected and signalled by the central control unit, which simplifies maintenance, especially in high-mounted areas. Features ModelBeltrona LED emergency luminaire (pendant mounting, central battery) ApplicationEscape route & anti-panic lighting Mounting typePendant mounting Connection toCentral battery systems Operating voltage24V - 230V AC/DC Power consumption (W)approx. 3.0 Luminous flux (lumen)approx. 250 Light sourceLED (integrated) Protection classIP40 Dimensions (Ø x H in mm)approx. 80 x 150 FAQs about the emergency luminaireWhen does pendant mounting make sense?Pendant mounting is always used when the structural ceiling is very high (e.g. in foyers, halls) and the luminaire needs to be positioned closer to the floor in order to achieve the illuminance required by standards. It is also chosen for architectural reasons in order to integrate the luminaire as a conscious design element.What is the advantage of a central battery system ("ZB") in high rooms?In high and often difficult to access areas, a central battery system simplifies maintenance enormously. Instead of having to reach each individual luminaire using a lifting platform to check or replace the battery, the entire battery system is located in a central, easily accessible location. The luminaires themselves are then virtually maintenance-free.What is the difference between escape route lighting and anti-panic lighting?The escape route lighting uses a special lens to illuminate a long, narrow corridor and thus clearly define the course of the escape route. The anti-panic lighting uses a wide, rotationally symmetrical lens to evenly illuminate large, open areas, making orientation easier and helping to prevent panic.Can the luminaire be operated in permanent and standby mode?Yes. The switching mode (permanent switching/DS or standby switching/BS) for the emergency luminaire is set centrally in the emergency power system for the respective circuit and can be reprogrammed if required.
Felicity Solar FLA48230-EU Low-Voltage Battery Storage - 51.2V / 11.8 kWh
The Felicity Solar FLA48230-EU is a high-performance lithium iron phosphate (LiFePO4) home battery system in the low-voltage range (48V). With an impressive capacity of 11.8 kWh in a single housing, this model is aimed at homeowners who wish to achieve a high storage capacity in a small space with minimal cabling requirements.Unlike modular systems, where you often have to stack two or three modules to achieve 10–12 kWh, the FLA48230-EU provides this amount of power in a single, wall-mountable unit. It is particularly popular when used in combination with Deye, Growatt or Victron inverters and offers excellent value for money.Highlights at a glanceMassive capacity (11.8 kWh): Provides 230 Ah at 51.2 V in a single unit. This drastically reduces the installation effort, as fewer cable bridges and connections are required than with small-scale storage systems.Safe LiFePO4 technology: Uses lithium iron phosphate cells, which are considered to be thermally stable, intrinsically safe (no thermal runaway) and extremely durable.Integrated display & BMS: An LCD display on the front panel shows SOC (state of charge), voltage and cell status. The BMS protects against overcharging, deep discharge and overheating.Space-saving wall mounting: The slim design allows it to be mounted flush against the wall (similar to a radiator), saving valuable floor space in the plant room.High cycle stability: Designed for >6,000 cycles (at 80% DOD / 25°C). This corresponds to a service life of over 15 years with daily use.Wide compatibility: Features CAN and RS485 interfaces and is compatible with the market leaders in the 48V segment (Deye, Victron, GoodWe, Growatt, SMA via CAN box).Built-in DC isolator: Often features a built-in circuit breaker on the side to disconnect the battery from the system safely and quickly.Areas of applicationThe FLA48230-EU is ideal for medium to large households:Optimising self-consumption: Stores enough energy to power households with heat pumps or electric cars overnight.Emergency power supply (backup): When used in combination with hybrid inverters (e.g. Deye 12K), the storage unit can supply power to the entire house in the event of a power cut.Off-grid systems: Popular for self-sufficient holiday homes thanks to its robust design and high capacity.Technology & Benefits"All-in-One" advantage: Instead of wiring together three 4kWh blocks (sources of error, contact resistance, space requirements), install just one unit here. The BMS only has to balance one large cell block, which is often more efficient.Scalability: Despite its size, the system is scalable. Up to 12 or 15 units (depending on the firmware) can be connected in parallel to create storage capacity in the three-digit kWh range.Ease of maintenance: The connections are easily accessible, and the display allows diagnostics to be carried out without a laptop or PC.Installation & Safety InstructionsWeight warning: With over 100 kg This storage unit is extremely heavy. The wall bracket must be anchored into load-bearing masonry (concrete/brick). Installation on plasterboard walls is not possible without substantial reinforcement. Use a pallet truck or lifting platform for installation.Cable cross-section: Due to the high currents (up to 120A), battery cables should have a cross-section of at least 35mm², better 50 mm² to minimise voltage drops.DIP switches: When communicating with the inverter (particularly Deye/Victron), the DIP switches on the communication port must be set correctly to specify the BMS protocol. FAQs on the Felicity FLA48230-EUDoes this battery work with the Deye SUN-12K-SG04LP3?Yes, excellent. This is one of the most common combinations. The battery is connected via CAN bus. In the Deye inverter, you usually select ‘Lithium Mode’ and the protocol ‘00’ (or ‘12’ for Felicity, depending on the firmware), and the system automatically recognises the 230Ah battery.Can I retrofit two of these batteries at a later date?Yes. You can connect several FLA48230 units in parallel. In doing so, one battery is configured as the ‘master’ (DIP switch 1 ON) and the others as ‘slaves’. Important: When connecting the batteries in parallel, they should have the same voltage (same state of charge) to avoid high equalisation currents.Why does the name include ‘EU’?The “EU” model is specifically certified for the European market (CE, UN38.3, MSDS) and complies with the applicable safety standards. The instructions and support are often tailored to European retailers as well. Contents: Felicity Solar FLA48230-EU (11.8 kWh low-voltage battery storage system) 1 x Felicity Solar FLA48230-EU battery moduleA vertical 51.2V LiFePO4 energy storage unit with a capacity of 230 Ah (11.77 kWh) and an integrated battery management system (BMS).1 x set of DC power cables (power cables)A pair of high-current-rated cables (positive and negative) for connecting the storage unit to the low-voltage inverter.1 x BMS communication cableA pre-assembled data cable (RJ45) for communication between the battery and the inverter via a CAN or RS485 interface.1 x earth cableA yellow-green protective earth cable for the safe earthing of the battery enclosure.1 x wall mounting kit / anti-tilt deviceMounting accessories for securing the housing to the wall to prevent the upright storage tank from tipping over.1 x mounting kit (screws and accessories)All the small parts and screws required for installation and the electrical connections.1 x User ManualA technical manual containing installation instructions, pin assignments for various inverters and safety instructions.
JA Solar JAM54D41-LR – 460W Monofacial Glass/Glass Full Black (N-type)
The JA Solar JAM54D41-460/LR with 460 W is a monofacial high-performance N-type double-glass solar module from the DeepBlue 4.0 Pro series. With a module efficiency of 23.0 %, modern N-type cell technology and a robust glass-glass construction, the PV module is excellently suited for private and commercial photovoltaic systems with high requirements in terms of performance, reliability and long-term energy yields.The combination of 460 W rated power, compact dimensions of 1762 × 1134 × 30 mm and a weight of only around 22 kg enables high area efficiency. At the same time, the N-type technology offers low light-induced degradation, good low-light behaviour and an advantageous temperature coefficient. This makes the JA Solar 460 W module ideal for durable PV systems with high self-consumption and attractive solar yields.Highlights at a glance460 W module outputWith a maximum output of 460 W, the JA Solar JAM54D41-460/LR offers high power on a compact module area and is therefore particularly suitable for roof areas on which a high total installed capacity is to be achieved.23.0 % module efficiencyThe high module efficiency of 23.0 % enables efficient conversion of the incident solar energy and supports high energy yields even where the available roof area is limited.Modern N-type technologyThe modern N-type cell technology of the DeepBlue 4.0 Pro series is designed for high energy yields, low degradation and improved behaviour in weak sunlight. This enables the module to achieve stable yields over its entire operating life.Robust double-glass constructionThe JA Solar JAM54D41-460/LR is designed as a monofacial double-glass module with 1.6 mm front glass and 1.6 mm rear glass. The glass-glass construction increases mechanical stability and protects the solar cells against environmental influences in the long term.High mechanical load capacityThe module is designed for a maximum static load of 5400 Pa on the front and 2400 Pa on the rear. This gives it a high resistance to mechanical loads caused, for example, by snow and wind.Long-term performance warrantyJA Solar offers a 25-year product warranty and a 30-year linear performance warranty for the module series. The stated degradation is 1 % in the first year and then 0.4 % per year. This supports long-term plannable solar yields and a high level of investment security.Efficient solar power generation for private and commercial PV systemsWith its combination of 460 W output and 23.0 % efficiency, the JA Solar JAM54D41-460/LR is excellently suited for modern residential PV systems, balcony power plants, garages, carports and commercial rooftop systems. The compact module size enables flexible area planning and facilitates the implementation of high-performance solar systems.Optimised for long-term solar yieldsThe temperature coefficient of the maximum output is -0.290 %/°C. As a result, the power loss as cell temperatures rise is comparatively low. Together with the good low-light behaviour of the N-type technology, this ensures efficient energy production under different weather conditions.Who is the JA Solar JAM54D41-460/LR suitable for?The JA Solar 460 W double-glass module is ideally suited for:Private rooftop systems with high demands on performance and durabilityBalcony power plants and mini PV systems with high-performance solar modulesCarports, garages and outbuildings with a suitable mounting areaCommercial PV systems with a focus on area efficiency and long-term energy yieldsScope of delivery1x JA Solar JAM54D41-460/LR N-type double-glass solar module with 460 WFAQs about the JA Solar JAM54D41-460/LR 460 W solar moduleWhat is the efficiency of the JA Solar 460 W module?The JA Solar JAM54D41-460/LR achieves a module efficiency of 23.0 %. This makes the module particularly suitable for systems in which high output is to be achieved on limited space.Is the JA Solar JAM54D41-460/LR a glass-glass module?Yes. The module has a double-glass construction with 1.6 mm front glass and 1.6 mm rear glass. This design supports high mechanical stability and long-term reliable use.What dimensions does the JA Solar 460 W module have?The JAM54D41-460/LR measures 1762 × 1134 × 30 mm and weighs around 22 kg. This gives it a compact format for high-performance rooftop and balcony power plant applications.What warranty does JA Solar offer?For this module series, a 25-year product warranty and a 30-year linear performance warranty are specified. The degradation is 1 % in the first year and then 0.4 % per year.
Low-voltage PV storage set: Deye SUN-6kW 3-phase hybrid inverter, 1x Deye SE-F5C Pro 5.12 kWh
The compact all-in-one package for your solar powerThis low-voltage storage kit from Deye combines the three-phase hybrid inverter SUN-6K-SG05LP3-EU-SM2 with a SE-F5C Pro lithium iron phosphate battery module with 5.12 kWh capacity. The set is ideal for detached houses with small to medium-sized PV systems and moderate electricity consumption. The inverter and battery are optimally matched in terms of power output: the battery can deliver a continuous output of around 5.1 kW, thereby utilising a large proportion of the inverter’s capacity. As both components are from the same manufacturer and communicate directly via CAN or RS485, installation and commissioning are particularly straightforward. And if your requirements grow, you can simply expand the storage system with additional modules.Deye SUN-6K-SG05LP3-EU-SM2: Efficient and versatileThe hybrid inverter delivers a rated output of 6 kW (max. 6.6 kVA) in three-phase mode and supports a PV connection capacity of up to 12 kWp, the maximum DC input power is 9 kW. Two MPP trackers, each with a 20 A input current and a wide voltage range of 200 to 650 V, ensure maximum yield even from roofs with varying orientations, such as east/west. With an efficiency of up to 97.6 % and an MPPT efficiency of over 99 %, virtually no energy is lost.For the battery, up to 135 A of charging and discharging current are available. In the event of a power cut, the inverter continues to supply your home in off-grid mode, providing three-phase power from the battery and PV system, whilst briefly delivering double the rated power for 10 seconds. The 100 % asymmetrical output allows up to 50 % of the rated power per phase, which is a real advantage in everyday life where loads are unevenly distributed.Furthermore, the inverter offers AC coupling for retrofitting existing PV systems, the integration of a diesel generator, six freely configurable time slots for charging and discharging (ideal for dynamic electricity tariffs), and the parallel connection of up to 10 units in both on-grid and off-grid operation. The IP65-rated housing allows for an operating temperature range of -40 to +60 °C, and at under 55 dB(A), the unit operates pleasantly quietly. The grid connection complies with VDE-AR-N 4105.Deye SE-F5C Pro: Safe LiFePO4 battery with displayThe SE-F5C Pro module utilises long-lasting and thermally stable lithium iron phosphate cells (LiFePO4) and offers 5.12 kWh at 51.2 V and 100 Ah. The C version features a display for direct viewing of the battery status. The advanced BMS with active fuse and the integrated circuit breaker ensure comprehensive protection.With at least 6,000 cycles, a guaranteed energy throughput of 16 MWh and a 10-year manufacturer’s warranty the storage system is designed for long-term, cost-effective operation. The module supports a continuous current of 100 A (1C) and a peak current of 150 A for 120 seconds. The storage system can be expanded to up to 32 modules in parallel (or even 64 with a CAN box) and can be mounted on the wall, on the floor or stacked. Using the optional Wi-Fi/Bluetooth module and the Deye app, you can monitor the battery locally or remotely, together with the inverter.Your benefits at a glanceYou receive a complete, optimally balanced system from a single source, with 6 kW three-phase power, up to 12 kWp PV connection capacity and 5.12 kWh storage capacity. The system is capable of providing emergency power, the LiFePO4 technology with a 10-year warranty ensures longevity, and the storage system scales flexibly to meet your needs. The 48 V low-voltage technology also offers greater safety during installation and maintenance than high-voltage systems.Contents of the package1x Deye SUN-6K-SG05LP3-EU-SM2 3-phase hybrid inverter1x Deye SE-F5 Pro LiFePO4 battery module, Config Version C with display (5.12 kWh) FAQs on the Deye low-voltage PV storage kit 6 kW inverter with 5.12 kWh storageWhich households is this kit suitable for?The kit is suitable for detached houses with a three-phase mains connection, a PV system of up to approximately 12 kWp and moderate electricity consumption, such as smaller families or couples. A 5.12 kWh storage unit typically covers a good portion of evening consumption. For larger PV systems or higher consumption, we also offer kits featuring the 8 kW inverter and up to three storage modules.Are the inverter and battery compatible in terms of power output?Yes, very well. An SE-F5 Pro module delivers up to 100 A continuously, which corresponds to around 5.1 kW. This means the battery can cover the majority of the 6 kW inverter output. The BMS automatically communicates the battery’s limit values to the inverter, ensuring the system always operates within safe parameters. With a second module, the inverter’s full battery current of 135 A can be utilised.How much PV capacity can I connect to the inverter?The SUN-6K-SG05LP3-EU-SM2 supports a PV connected load of up to 12 kWp, the maximum DC input power is 9 kW. The modules are distributed across two MPP trackers, each with one string, with an input current of up to 20 A per tracker and an MPPT voltage range of 200 to 650 V. The maximum DC input voltage of 800 V must not be exceeded, even at low temperatures, which is why string planning should be carried out by a specialist contractor.How much storage capacity is actually available?The capacity is 5.12 kWh. Deye recommends a depth of discharge of 90 %, which provides around 4.6 kWh of usable energy for everyday use. This reserve protects the cells and extends their service life.Does the system still work during a power cut?Yes. In the event of a power cut, the hybrid inverter can continue to operate in off-grid mode and supply your home with three-phase power from the battery and the PV system. In the absence of sunlight, the battery provides a continuous output of around 5 kW, and the stored energy is sufficient to power essential appliances such as the fridge, heating control, lighting and router. During the day, the PV system can supply additional electricity and recharge the battery. This requires the emergency power consumers to be wired appropriately during installation.How do I expand the storage capacity later?Additional SE-F5 Pro modules are simply connected in parallel and linked to the existing module via the communication ports (IN/OUT). Up to 32 modules are possible, with a CAN box, this can be increased to 64. To ensure smooth operation, it is recommended that you use modules of the same design and have the expansion carried out by a specialist contractor.Can I install the battery outdoors or in the garage?The inverter has an IP65 protection rating and is suitable for outdoor installation. The battery module, on the other hand, has an IP21 protection rating and should be installed in a dry indoor location, such as a cellar or utility room. Please also note that the battery can only be charged at temperatures between 0 and 55 °C; charging is therefore restricted in unheated rooms where frost is a risk.How long does the battery last?Deye specifies a cycle life of at least 6,000 cycles (at 25 °C down to 70 % remaining capacity). Based on one full cycle per day, this equates to over 16 years. In addition, Deye offers a 10-year warranty or 16 MWh of energy throughput, the manufacturer’s warranty terms and conditions apply.Can I retrofit an existing PV system?Yes. The inverter supports AC coupling, meaning that an existing PV system with its own inverter can be integrated. This also allows an older system, for example once EEG subsidies have ended, to be supplemented with a storage unit.Can I connect a generator?Yes, the inverter supports the integration of a diesel generator, for example for off-grid applications or as an additional safeguard during prolonged power cuts.How do I monitor my system?Using an optional data logger module (Wi-Fi, Bluetooth, 4G, GPRS or LAN), the system can be monitored via the Deye app. The battery can also be checked locally via Bluetooth, without the need for an internet connection. The app displays generation, consumption, grid draw, feed-in and charge status in real time.
Low-Voltage PV Storage Kit: Deye SUN-8kW 3-phase hybrid inverter, 2x Deye SE-F5C Pro 10.24 kWh
The tailored all-in-one package for self-consumption and emergency powerThis low-voltage storage kit from Deye combines the three-phase hybrid inverter SUN-8K-SG05LP3-EU-SM2 with two SE-F5 Pro lithium iron phosphate battery modules to provide a total storage capacity of 10.24 kWh. The inverter and battery are from the same manufacturer and communicate directly with each other via CAN or RS485, which significantly simplifies installation and commissioning. The result is a system that stores your solar power, increases your self-consumption and continues to supply you with electricity in the event of a power cut.Deye SUN-8K-SG05LP3-EU-SM2: Powerful and flexibleThe hybrid inverter delivers 8 kW rated power (max. 8.8 kVA) in three-phase mode and is designed for connection to large PV generators: up to 16 kW of PV power can be connected; the maximum DC input power is 12 kW. Two MPP trackers, each with an input current of 20 A and a wide voltage range from 200 to 650 V, ensure maximum yield even from roofs with varying orientations, such as east/west. With an efficiency of up to 97.6 % and an MPPT efficiency of over 99 %, virtually no energy is lost.For the battery, up to 190 A of charging and discharging current are available. In the event of a power cut, the inverter continues to supply your home in off-grid mode, briefly providing double the rated power for 10 seconds – enough to cover the start-up currents of pumps or compressors. The 100 % asymmetrical output allows up to 50 % of the rated power per phase, which is a real advantage in everyday use where loads are unevenly distributed.Furthermore, the inverter offers AC coupling for retrofitting existing PV systems, the integration of a diesel generator, six freely configurable time slots for charging and discharging (ideal for dynamic electricity tariffs), and the parallel connection of up to 10 units in both on-grid and off-grid operation. The IP65-rated housing allows for an operating temperature range of -40 to +60 °C, and at under 55 dB(A), the unit operates pleasantly quietly. The grid connection complies with VDE-AR-N 4105.Deye SE-F5 Pro: Safe LiFePO4 battery with displayThe SE-F5 Pro modules utilise durable and thermally stable lithium iron phosphate (LiFePO4) cells. Each module provides 5.12 kWh at 51.2 V and 100 Ah. The C version features a display showing the battery status in real time. The advanced BMS with active fuse and the integrated circuit breaker ensure comprehensive protection.With at least 6,000 cycles, a guaranteed energy throughput of 16 MWh and a 10-year manufacturer’s warranty is designed for long-term, cost-effective operation. Each module supports a continuous current of 100 A (1C) and a peak current of 150 A for 120 seconds, meaning that two modules can easily handle the inverter’s full battery current. The storage system can be expanded to up to 32 modules in parallel (or even 64 with a CAN box) and can be mounted on the wall, on the floor or stacked. Using the optional Wi-Fi/Bluetooth module and the Deye app, you can monitor the battery locally or remotely, together with the inverter.Your benefits at a glanceYou receive a fully integrated, complete system from a single source, offering 8 kW of three-phase power, up to 16 kW of PV connection capacity and 10.24 kWh of storage capacity. The emergency power capability provides protection in the event of a grid failure, the LiFePO4 technology with a 10-year warranty ensures longevity, and both the battery and the inverter can be flexibly expanded. The 48 V low-voltage technology also offers greater safety during installation and maintenance than high-voltage systems.Contents of the package1x Deye SUN-8K-SG05LP3-EU-SM2 3-phase hybrid inverter2x Deye SE-F5 Pro LiFePO4 battery module, Config Version C with display (5.12 kWh each) FAQs on the Deye Low-Voltage PV Storage Kit: 8 kW inverter with 10.24 kWh storageWhich households is this kit suitable for?The kit is ideal for detached houses with a three-phase grid connection and medium to high electricity consumption. With an 8 kW inverter output and 10.24 kWh of storage, a large proportion of evening and night-time consumption can be covered by your own solar power. For households with a heat pump or electric car, the storage capacity can easily be expanded at a later date.How much PV capacity can I connect to the inverter?The SUN-8K-SG05LP3-EU-SM2 supports a PV connected load of up to 16 kWp; the maximum DC input power is 12 kW. The modules are distributed across two MPP trackers, each with one string, with an input current of up to 20 A and an MPPT voltage range of 200 to 650 V. The maximum DC input voltage of 800 V must not be exceeded, even at low temperatures; for this reason, string planning should be carried out by a specialist contractor.How much storage capacity is actually available?The total capacity is 10.24 kWh (2 × 5.12 kWh). Deye recommends a depth of discharge of 90 %, which provides around 9.2 kWh of usable energy for everyday use. This reserve protects the cells and extends their service life.Does the system still work during a power cut?Yes. In the event of a mains power cut, the hybrid inverter can continue to operate in off-grid mode and supply your home with power from the battery and PV system, in three-phase mode. For a short period, it can even provide double the rated power for 10 seconds, for example to cover the start-up currents of pumps or compressors. This requires the emergency power consumers to be wired appropriately during installation.Can I expand the storage capacity later?Yes. The SE-F5 Pro modules can be expanded in parallel to up to 32 units, and with a CAN box even up to 64. The inverter can also be operated in parallel with up to 10 devices. Please note when expanding the system that the inverter charges and discharges at a maximum of 190 A; additional modules primarily increase the capacity, not the power output, of a single inverter.Can I install the batteries outdoors or in the garage?The inverter has an IP65 protection rating and is suitable for outdoor installation. The battery modules, on the other hand, have an IP21 protection rating and must be housed in a dry indoor space, such as a cellar or utility room. Please also note that the batteries can only be charged at temperatures between 0 and 55 °C; charging is therefore restricted in unheated rooms where frost is a risk.How long do the batteries last?Deye It specifies a cycle life of at least 6,000 cycles (at 25 °C down to 70 % of residual capacity). Assuming one full cycle per day, this equates to over 16 years. In addition, Deye offers a 10-year warranty or 16 MWh of energy output per module; the manufacturer’s warranty conditions apply.Can I retrofit an existing PV system?Yes. The inverter supports AC coupling, meaning that an existing PV system with its own inverter can be integrated. This also allows an older system – for example, once EEG subsidies have ended – to be supplemented with a storage unit.Can I connect a generator?Yes, the inverter supports the integration of a diesel generator, for example for off-grid applications or as an additional safeguard during prolonged power cuts.How do I monitor my system?Using an optional data logger module (Wi-Fi, Bluetooth, 4G, GPRS or LAN), the system can be monitored via the ‘ Deye ’ app. The batteries can also be read locally via Bluetooth, without the need for an internet connection. In the app, you can view generation, consumption, grid consumption, feed-in and state of charge in real time.
AIKO Neostar 3S+54 480W glass-glass Full Black
The AIKO Neostar 3S+ 54 bifacial double-glass module with 480 W is a highly efficient solar module for demanding domestic and commercial photovoltaic systems. Featuring state-of-the-art N-type ABC cell technology, a bifacial double-glass construction and an elegant all-black design, this module combines high performance, exceptional durability and long-term yield reliability to an exceptionally high standard.Performance and technologyThe AIKO Neostar 3S+ 54 achieves a maximum power output of 480 W with a module efficiency of 24.0 %. The innovative N-type ABC cell technology ensures higher energy yields, optimised performance under partial shading and an improved temperature coefficient. In addition, the bifacial module design supports its use in modern PV systems with high standards for efficiency and design.Robust construction and high reliabilityThe module is constructed as a bifacial double-glass design with 2.0 + 2.0 mm coated, semi-tempered glass and features a black anodised aluminium frame. This construction ensures high mechanical stability and a long service life. The module is resistant to micro-cracking, has an IP68 junction box with three bypass diodes, and is designed to withstand high mechanical stresses in demanding outdoor applications.Long-term yield securityAIKO offers a 30-year product warranty on the Neostar 3S+ 54, as well as a 30-year linear power warranty. Degradation in the first year is a maximum of 1 %; from the second year onwards, it is a maximum of 0.35 % per year. This means the module is designed for stable long-term solar yields and high investment security.ApplicationsThe AIKO Neostar 3S+ 54 with 480 W is ideal for private rooftop systems, high-quality home projects and commercial installations where high module power, modern design and long-term reliability are required. Thanks to its compact dimensions and high efficiency, it is particularly well-suited to areas where the aim is to achieve the highest possible power output per module.Contents of delivery1 x AIKO Neostar 3S+ 54 bifacial double-glass module AIKO-A480-MCE54Db with 480 W
AIKO Neostar Pro 3S+54 485W Glass-Glass Full Black
The AIKO Neostar Pro 3S+ 54 glass-glass Full Black module with 485 W is a highly efficient solar module for demanding domestic and commercial photovoltaic systems. Featuring state-of-the-art N-type ABC cell technology, a robust double-glass construction and an elegant full-black design, this module combines high performance, exceptional durability and long-term yield reliability at a particularly high standard.Performance and technologyAIKO AIKO’s Neostar Pro 3S+ 54 achieves a maximum power output of 485 W with a module efficiency of 24,3 %. The innovative N-type ABC cell technology ensures higher energy yields, optimised performance under partial shading and an improved temperature coefficient. In addition, the double-glass construction supports its use in modern PV systems with high demands on efficiency and design.Robust construction and high reliabilityThe module is constructed as a double-glazed version with 2.0 + 2.0 mm coated, semi-tempered glass and features a black anodised aluminium frame. This design ensures high mechanical stability and a long service life. The module is resistant to micro-cracking, has an IP68 junction box with three bypass diodes and is designed to withstand high mechanical stresses in demanding outdoor applications.Long-term yield securityAIKO offers a 30-year product warranty on the Neostar Pro 3S+ 54, as well as a 30-year linear power warranty. Degradation in the first year is a maximum of 1 %; from the second year onwards, it is a maximum of 0,35 % per year. This means the module is designed to deliver stable solar yields over the long term and offer a high level of investment security.ApplicationsThe AIKO Neostar Pro 3S+ 54 with 485 W is ideal for private rooftop systems, high-quality home projects and commercial installations where high module power, modern design and long-term reliability are required. Thanks to its compact dimensions and high efficiency, it is particularly well-suited to areas where the aim is to achieve as much power as possible per module.Contents of delivery1 x AIKO Neostar Pro 3S+ 54 glass-glass Full Black module AIKO-A485-MCE54Db with 485 W
Beltrona High-quality aluminium mounting
These Beltrona Universal mounting system is a robust and flexible solution for securely mounting photovoltaic modules on flat surfaces (flat roofs, garage roofs, ground, terraces). Made from corrosion-resistant Aluminium, this design offers maximum durability with a low weight.The special highlight is the Variable tilt angles from 30° to 60°. This allows you to align the solar module perfectly with the sun, thereby significantly increasing the yield of your system – particularly in the case of "balcony power stations" or off-grid systems – The mounting bracket is designed to be universal and fits almost all standard solar module sizes (framed).Highlights at a glanceFlexible bracket (30°-60°): The tilt angle can be adjusted continuously or in steps (depending on the model) between 30 and 60 degrees. A steeper angle (45–60°) is ideal for optimising yield in spring, autumn and winter, when the sun is low in the sky.Universal fit: The structure is attached directly to the frame of the solar module. As the rails are telescopic or can be mounted in various ways, the system is suitable for small 100W modules as well as large 400W+ panels (standard width approx. 1134mm).High-quality material: Made from anodised Aluminium (AL6005-T5) and screws made of Stainless steel (SUS304). This guarantees rust resistance and weather resistance for decades.Versatile installation: Suitable for flat roofs (bitumen, membrane, gravel), concrete surfaces, garden soil or even for vertical wall mounting (facade) to space the module away from the wall.Easy installation: Pre-assembled parts and simple screw connections enable quick installation.Areas of applicationBeltrona ’s mounting system is ideal for:Flat roofs: Garage, carport, bungalow (weighting with ballast stones recommended).Garden / open space: Installation on a lawn or terrace.Balcony power stations: To position modules at the optimum angle on a large terrace or a canopy.Facade: For wall mounting, to tilt the module away from the house wall towards the sun.Installation & Safety InstructionsBallasting (Important!): If you are installing the mounting bracket on a flat roof (e.g. bitumen), you are often not permitted to drill through the roof membrane. In this case, the structure must be weighted down (e.g. with paving slabs or concrete blocks). A single module at a 60° angle presents a large surface area for the wind to catch (sail effect)!Screw connection: The bracket is typically screwed into the mounting holes on the back of the module frame. Check whether your module frame has the appropriate holes or use module clamps.Alignment: Ideally, align the module with South orientation. If a south-facing orientation is not feasible, south-east or south-west orientations also deliver good yields. Features ProductBeltrona Vario aluminium mounting system (30°-60°) Material (profiles)**Aluminium AL6005-T5** (Anodised, silver) Material (connections)**SUS304 stainless steel** (A2/A4 stainless) Tilt angle**30° - 60°** (Adjustable via telescopic leg) Installation locationFlat roof (concrete/bitumen/gravel), open space (ground), wall Module alignmentHorizontal (Landscape) or Vertical (Portrait) - depending on the rail length Max. wind loadup to 60 m/s (depending on ballasting/screw connections) Max. snow loadapprox. 1.4 kN/m² Contents (set)Pre-assembled triangles, slot nuts, Allen screws WarrantyOften 10 years warranty on material durability FAQs on the Beltrona mounting systemIs the system suitable for my 420-watt module?Yes. Current standard modules (approx. 172 x 113 cm) can be installed without any problems. The length of the aluminium arms is designed to safely support these sizes.Why 30° to 60° and not flatter?Flatter angles (e.g. 10–15°) do not self-clean as effectively (rain does not wash away pollen/dust). The 30–60° range offers the best compromise between Self-cleaning and Annual yield. 30–35° is ideal for summer, whilst 60° makes the most of the low winter sun.Can I also screw the system to the wall?Yes, these triangular structures are also ideal for façade mounting. One side is firmly anchored to the wall with dowels, whilst the adjustable side supports the module. Please ensure you use sturdy dowels and screws here due to wind loads.
Deye AI-W5.1-B Modular Low-Voltage Battery System (10 kWh)
The Deye AI-W5.1-B energy storage system with 10.24 kWh capacity offers a powerful, safe and future-proof solution for the efficient use of renewable energy. Thanks to its modular, stackable design, the system is suitable for both domestic and commercial applications. With robust LiFePO₄ technology, wireless plug-and-play installation and intelligent control, the storage system ensures maximum flexibility and long-term reliability.Highlights at a glance10.24 kWh rated capacity, of which 9.2 kWh usable (2 modules of 5.12 kWh each, 90 % DoD) Wireless, plug-in stack installation without screws or wiring Cobalt-free LiFePO₄ cells, ≥ 6,000 charge cycles (EOL 70 %) IP65 protection, natural convection cooling, -20 °C to +55 °C operating temperature Auto-networking, remote monitoring, firmware upgradesCompact. Flexible. Safe.The Deye AI-W5.1-B is designed to grow with your energy needs. The system can be expanded in stacks to up to 6 modules (30.72 kWh) and can be connected in parallel in up to 6 clusters, for a total capacity of up to 184 kWh. The clever plug-and-play connection makes installation quick, safe and cost-efficient, all without external cables or screws.Intelligent energy managementEach module is equipped with a high-precision battery management system (BMS) that intelligently controls charging and discharging processes, protects cells and maximises service life. Remote monitoring, automatic addressing and wireless communication ensure easy system integration and high transparency during operation.Robust technology for all conditionsThanks to its IP65-certified housing, the storage system is protected against dust and splash water and is suitable for indoor spaces such as basements, plant rooms as well as protected outdoor areas. Operation is possible even at temperatures from -20 °C to +55 °C. The wireless design with natural convection cooling makes the storage system silent, maintenance-free and durable.Who is the Deye AI-W5.1-B energy storage system suitable for?This battery system is ideal for: Private households that want to store surplus solar energy efficiently Commercial businesses that want to absorb peak loads or operate independently of the grid Installers who want to offer a modular, easily expandable storage system Hybrid or off-grid applications where reliable energy supply is crucial Sustainability-conscious users who value pollutant-free, durable technologyFAQs on the Deye AI-W5.1-B battery storage systemCan I expand the storage system later to 15 or 30 kWh?Yes, up to six modules can be combined per tower, resulting in a total capacity of 30.7 kWh per stack. By connecting up to six towers in parallel, flexible scaling to significantly higher capacities is possible.How many cycles does the battery last?According to the data sheet, the storage system achieves over 6,000 charge cycles at 90 % depth of discharge (DoD). This makes the system suitable for long-term use with consistently high performance and reliability.Which inverters is the 10 kWh package compatible with?The system is officially approved for Deye hybrid inverters of the low-voltage series. Communication and operating parameters are matched to each other at the factory. “Plug-and-play” operation is possible without further configuration. Checking against the compatibility list is recommended.Can I also operate the storage system with other inverters?There is no official approval from Deye for other inverters. Use with third-party devices is therefore at your own risk and without any guarantee of functionality.Must the battery be fully charged before initial commissioning?Yes, the manual recommends an initial charge to 100 % to ensure correct synchronisation of the state of charge (SoC). If this step is skipped, this can lead to deviating SoC values and inaccurate capacity display. If the solar energy is not sufficient for the first full charge, the storage system can also be charged via the grid. Scope of delivery Deye AI-W5.1-B modular low-voltage battery system (10.24 kWh): System compositionThis product is a set and consists of three separate main components that together form a 10.24 kWh tower system.Component 1: Deye AI-W5.1-B-BMS (control unit & base)The central control unit (BMS cluster) that manages the entire system. This unit forms the base of the battery tower.Component 2 & 3: Two Deye AI-W5.1-BATT battery modules (5.12 kWh each)Two pure battery modules with 5.12 kWh each, stacked onto the BMS unit.1 x set of battery connection cables (plus & minus)A pair of high-performance cables for connecting the BMS unit to an external hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the BMS and the inverter.1 x connection bridge / parallel connection cableShort, robust cables or a fixed bridge to connect the two battery modules to each other.1 x earthing cableA protective conductor cable for compliant earthing of the BMS unit.1 x mounting accessories (tower installation)Includes screws or locking elements to securely connect the three components into a tower.1 x operating and installation manualA printed manual describing the installation of the entire tower system.
Complete PV kit 2000W / 1920Wp with 4x AIKO Neostar 3S+ 480W Full Black & Hoymiles HiFlow 2000 Pro
Product informationThe Complete PV kit with 1,920 Wp solar power and 2,000 W output power is a high-performance solution for the decentralised generation of your own solar power.The kit combines Four high-quality AIKO Neostar 3S+ 54 Full Black glass-glass solar modules, each with an output of 480 W with the high-performance Hoymiles HiFlow 2000 Pro HMS-2000-4WB microinverter.With a total of 1,920 Wp module power and an inverter output of up to 2,000 VA The system is ideally suited for high-performance mini-PV systems on terraces, garages, carports, garden sheds and suitable roof and open spaces.The Hoymiles inverter features four independent MPPT trackers, so that each of the four solar modules is controlled separately. This enables high solar yields to be achieved even with different orientations, partial shading or varying irradiation conditions.Thanks to with integrated Wi-Fi and Bluetooth The system can be conveniently operated via the Hoymiles S-Miles Home App monitor – an additional DTU is not required for normal use. Key features at a glance 1,920 Wp solar power outputFour high-performance AIKO Neostar 3S+ solar modules, each with an output of 480 W.2,000 VA inverter powerHoymiles ’s high-performance HiFlow 2000 Pro micro-inverter.4 independent MPPT trackersEach solar module is individually regulated and can reach its optimum operating point.4 separate PV inputsDirect connection of the four solar modules to the inverter.AIKO N-type ABC cell technologyModern high-performance cell technology with very high module efficiency.24.0% module efficiencyHigh output on a compact module area.Glass-on-glass Full Black designHigh-quality appearance combined with a robust double-glazed construction.Integrated Wi-Fi & BluetoothDirect communication with the Hoymiles S-Miles Home app.No additional DTU requiredWi-Fi and Bluetooth are already integrated into the inverter.IP67 inverterDesigned for long-term outdoor use.30-year ‘ AIKO ’ product guaranteeLong-term investment and planning security for the solar modules. Four AIKO Neostar 3S+ 480 W Full Black solar modules The components included in the set AIKO Neostar 3S+ 54 solar modules are among the most powerful modules in their size class. With each 480 W power output Together, the four modules achieve an installed PV capacity of: 4 × 480 W = 1,920 Wp The modern N-type ABC cell technology enables a module efficiency of around 24,0 %. This allows a particularly high level of solar power to be installed in a comparatively small area. The high-quality bifacial glass-on-glass design ensures both high mechanical stability and long-term reliability. Advantages of the AIKO modules 480 W power per moduleTotal solar power output: 1,920 Wpapprox. 24.0% module efficiencyN-type ABC cell technologybifacial glass-on-glass designElegant full-black designblack anodised aluminium frameHigh resistance to micro-cracksIP68 junction box30-year product warranty30-year linear power guarantee Hoymiles HiFlow 2000 Pro with four MPPT The heart of the system is the Hoymiles HiFlow 2000 Pro HMS-2000-4WB. The micro-inverter has four separate PV inputs and four independent MPPT trackers. This ensures that each of the four AIKO solar modules is controlled individually. This offers particular advantages for: East/west orientationdifferent module tiltsPartial shadingvarying irradiation conditionsInstallation of the modules on various surfaces If, for example, one of the modules is temporarily shaded, the remaining modules can still reach their optimum operating point independently of this. Wi-Fi & Bluetooth already integrated When Hoymiles HiFlow 2000 Pro HMS-2000-4WB Wi-Fi and Bluetooth are already integrated directly into the inverter. About the Hoymiles S-Miles Home App These include, amongst others: current PV outputEnergy generationOperating statusSystem dataInverter information can be conveniently monitored. An additional Hoymiles-DTU is not required for normal use of this inverter. High performance even under changing conditions The combination of 1,920 Wp module power and four separate MPPT trackers enables highly efficient use of the available solar area. The individual control of the four solar modules allows the system to offer advantages, particularly where irradiation conditions are not entirely identical. This is of particular interest, for example, when the modules are distributed as follows: East and Westdifferent sides of the roofPatio and garagedifferent tilt anglespartially shaded areas Areas of application The complete PV kit is particularly suitable for: PatiosGaragesCarportsGarden shedsFlat roofsPitched roofsFacadesOpen spacesprivate mini-PV systemssmaller photovoltaic systems for self-consumption The actual installation options depend on local conditions, the type of installation and the electrical requirements. Installation & Safety Instructions Select a suitable installation location To maximise solar yield, the modules should be positioned in a location with minimal shading and oriented as favourably as possible towards the sun’s rays. However, the four independent MPPT trackers also allow for different orientations of the modules. Secure mounting A substructure suitable for the respective application must be used for the modules. Depending on the installation, brackets are available for, for example: Tiled roofFlat roofBalconyWallPatioOpen space into account. Electrical connection The The HMS-2000-4WB has a maximum output power of 2,000 VA. Installation, connection and commissioning must therefore be carried out in accordance with the applicable electrical regulations and the requirements of the relevant grid operator. What to do in the event of a power cut In the event of a failure of the public electricity grid, the grid-connected micro-inverter switches off automatically for safety reasons. The system therefore does not provide an emergency or off-grid power supply without additional components designed for this purpose. Scope of delivery 4 × AIKO Neostar 3S+ 54 480 W glass-on-glass Full Black solar module1 × Hoymiles HiFlow 2000 Pro HMS-2000-4WB micro-inverter1 × Hoymiles MS Plug-and-Play cable1 × Hoymiles disassembly tool1 × User manual FAQs on the 1,920 Wp complete PV kit with Hoymiles 2,000 W What is the total solar output? Each of the four AIKO solar modules has a rated power of 480 W. This means: 4 × 480 W = 1,920 Wp total power How many MPPT channels does the Hoymiles inverter have? The Hoymiles The HMS-2000-4WB features four independent MPPT trackers and four separate PV inputs. This allows each of the four solar modules to be controlled individually. Why are four independent MPPT controllers useful? The four MPPT controllers enable each solar module to be operated at its optimal operating point independently of the other modules. This is particularly useful for: Partial shadingEast/west orientationdifferent module tiltsvarying levels of solar radiation Do I need a DTU ( Hoymiles )? No. The Hoymiles HiFlow 2000 Pro already features an integrated Wi-Fi and Bluetooth. Communication with the Hoymiles S-Miles Home App can therefore be carried out without a separate DTU. Can I connect all four AIKO modules directly? Yes. The HMS-2000-4WB has four DC inputs. Each of the four AIKO 480-W modules is connected to its own input or MPPT. What is the efficiency of the AIKO modules? The AIKO Neostar 3S+ 54 480 W achieve a module efficiency of around 24,0 %. This makes them among the most powerful modules in their size class. Is the system suitable for outdoor use? Yes. Both the solar modules and the micro-inverter are designed for long-term outdoor use. The Hoymiles HMS-2000-4WB has the protection class IP67, the junction box for the AIKO modules IP68. Is this kit a classic 800 W balcony power station? No. The included Hoymiles HMS-2000-4WB can achieve an output power of up to 2,000 VA achieve. The set should therefore be regarded as a high-performance Mini PV system or complete PV kit be taken into account. When connecting, registering and commissioning the system, the applicable legal and electrical requirements, as well as the specifications of the relevant grid operator, must be observed.
Complete BKW set 800W / 960Wp with 2x AIKO Neostar 3S+ 480W Full Black & Hoymiles HiFlow 800 Pro
Product informationThe Balcony power station with 960 Wp solar output and 800 VA inverter output is a high-performance, all-in-one solution for easy self-generation of electricity in the private sector.The kit combines Two AIKO Neostar 3S+ 54 Full Black glass-glass solar modules, each with an output of 480 W with the Hoymiles HiFlow 800 Pro HMS-800-2WB micro-inverter. This results in an installed module capacity of 960 Wp, whilst the Hoymiles inverter has a Rated output power of 800 VA offers. The Hoymiles inverter features two independent MPPT trackers, so that each module can be controlled separately. This is particularly advantageous in cases of differing orientations, varying tilt angles or temporary shading, as both modules are operated independently of one another at their optimum operating point. Thanks to with integrated Wi-Fi and Bluetooth The inverter can be controlled directly via the Hoymiles S-Miles Home App monitor and configure. An additional DTU is not required for normal use of the HMS-800-2WB. Key features at a glance 960 Wp total power outputTwo high-performance AIKO solar modules, each with an output of 480 W.800 VA inverter powerHigh-performance micro-inverter for modern balcony power stations.2 independent MPPT trackersOptimum energy yield with two modules connected.Integrated Wi-Fi & BluetoothDirect monitoring via the S-Miles Home app.No additional DTU requiredConvenient setup and monitoring without the need for additional equipment.Full Black glass-glass modulesHigh-quality appearance, robust construction and long service life.AIKO N-type ABC cell technologyModern cell technology for high efficiency and high yields.IP67 inverterDesigned for outdoor use.30-year product warranty on the modulesLong-term investment security.12-year manufacturer’s warranty on the inverterReliable technology for long-term use. Two AIKO Neostar 3S+ 480 W Full Black solar modules The components included in the set AIKO Neostar 3S+ 54 solar modules are high-quality full-black modules with 480 W power per module. Taken together, this results in a total output of: 2 × 480 W = 960 Wp The modules utilise modern N-type ABC cell technology and achieve a Module efficiency of approx. 24.0 %This makes them particularly suitable for applications where the aim is to achieve as much power as possible within a limited space. The bifacial glass-on-glass design, the black anodised aluminium frames as well as the IP68 junction box ensure a robust, durable construction. AIKO also offers 30-year product warranty and 30-year linear power guarantee. Advantages of the AIKO modules 480 W power per module total solar power output of 960 Wp approx. 24.0% efficiency N-type ABC cell technology bifacial glass-on-glass design Full Black Design black anodised aluminium frame IP68 junction box 30-year product warranty 30-year linear power output warranty Hoymiles HiFlow 800 Pro with two MPPT The centrepiece of the set is the Hoymiles HiFlow 800 Pro HMS-800-2WB. The micro-inverter was designed for Balcony power stations and compact PV systems and offers a Rated output power of 800 VA. The inverter has two separate PV inputs and two independent MPPT trackers. This allows both modules to be controlled separately. This is particularly useful for: East/west orientation with varying module tilts intermittent partial shading varying irradiation conditions The HMS-800-2WB also features Integrated 2.4 GHz Wi-Fi and Bluetooth. This allows the system to be controlled directly via the S-Miles Home App can be monitored and configured without an additional Hoymiles-DTU. Ideal for balcony power stations With 800 VA output power According to the product description, the HMS-800-2WB is particularly suitable for Balcony power stations with two solar panels Typical installation locations include balconies, terraces, garages, carports, garden sheds, as well as flat and pitched roofs. The combination of two high-performance AIKO modules and the Hoymiles inverter makes the kit an attractive solution for private users who wish to cover part of their electricity consumption with their own solar energy. Installation & Safety Instructions To maximise solar yield, the modules should be installed in a position with as little shading as possible. However, thanks to the two separate MPPT trackers, different orientations of the two modules can also be utilised effectively. According to the product page, the Hoymiles inverter is designed for a Simple plug-and-play installation . Nevertheless, the applicable electrical regulations as well as the Grid operator specifications Please note. Scope of delivery 2 × AIKO Neostar 3S+ 54 bifacial double-glass module with 480 W1 × Hoymiles HiFlow 800 Pro HMS-800-2WB micro-inverter1 × Hoymiles MS Plug-and-Play cable1 × removal tool1 × User manual FAQs on the 800W / 960Wp balcony power station What is the total power output of the set? The set consists of two solar modules, each with a power output of 480 W. This results in a total module power output of 960 Wp. The inverter offers a Rated output power of 800 VA. How many modules can be connected? The Hoymiles HMS-800-2WB features two DC inputs and two MPPT trackersThis allows for the direct connection of two solar modules intended. Do I need a Hoymiles DTU? No.The HMS-800-2WB already features Integrated Wi-Fi and Bluetooth and can be connected directly to the S-Miles Home App can be connected. An additional DTU is not required for normal use. What are the advantages of having two MPPT controllers? Due to the two independent MPPT trackers Each module can be controlled separately. This offers advantages in cases of differing orientations, varying module tilts or partial shading. Can the output power be limited? Yes.According to the product description, the maximum output power of the HMS-800-2WB limited by the software The exact setting options may depend on the app version, firmware and system configuration. For which applications is the set suitable? The kit is particularly suitable for Balconies, terraces, garages, carports, garden sheds and small private PV systems.
AIKO Neostar 3S+54 480W glass-glass Full Black – 37 units, original pallet (17.76 kWp)
The AIKO Neostar 3S+ 54 bifacial double-glass module with 480 W is a highly efficient solar module for demanding domestic and commercial photovoltaic systems. Featuring state-of-the-art N-type ABC cell technology, a bifacial double-glass construction and an elegant all-black design, this module combines high performance, exceptional durability and long-term yield reliability to an exceptionally high standard.Performance and technologyThe AIKO Neostar 3S+ 54 achieves a maximum power output of 480 W with a module efficiency of 24.0 %. The innovative N-type ABC cell technology ensures higher energy yields, optimised performance under partial shading and an improved temperature coefficient. In addition, the bifacial module design supports its use in modern PV systems with high demands on efficiency and design.Robust construction and high reliabilityThe module is constructed as a bifacial double-glass design with 2.0 + 2.0 mm coated, semi-tempered glass and features a black anodised aluminium frame. This construction ensures high mechanical stability and a long service life. The module is resistant to micro-cracking, has an IP68 junction box with three bypass diodes and is designed to withstand high mechanical stresses in demanding outdoor applications.Long-term yield securityAIKO offers a 30-year product warranty on the Neostar 3S+ 54, as well as a 30-year linear power output warranty. Degradation in the first year is a maximum of 1 %, from the second year onwards, it is a maximum of 0,35 % per year. This means the module is designed to deliver stable long-term solar yields and high investment security.ApplicationsAIKO ’s Neostar 3S+ 54 with 480 W is ideal for private rooftop systems, high-quality home projects and commercial installations where high module power, modern design and long-term reliability are required. Thanks to its compact dimensions and high efficiency, it is particularly well-suited to areas where the aim is to achieve the highest possible power output per module.Contents of the package37 x AIKO Neostar 3S+ 54 bifacial double-glass module AIKO-A480-MCE54Db with 480 W
AIKO Neostar 3S+54 485W glass-glass full black – 37 units, original pallet (17.95 kWp)
The AIKO Neostar Pro 3S+ 54 glass-glass Full Black module with 485 W is a highly efficient solar module for demanding domestic and commercial photovoltaic systems. Featuring state-of-the-art N-type ABC cell technology, a robust double-glass construction and an elegant full-black design, this module combines high performance, exceptional durability and long-term yield reliability to an exceptionally high standard.Performance and technologyAIKO AIKO’s Neostar Pro 3S+ 54 achieves a maximum power output of 485 W with a module efficiency of 24.3 %. The innovative N-type ABC cell technology ensures higher energy yields, optimised performance under partial shading and an improved temperature coefficient. In addition, the double-glass construction supports use in modern PV systems with high demands on efficiency and design.Robust construction and high reliabilityThe module is constructed as a double-glazed version with 2.0 + 2.0 mm coated, semi-tempered glass and features a black anodised aluminium frame. This design ensures high mechanical stability and a long service life. The module is resistant to micro-cracking, has an IP68 junction box with three bypass diodes and is designed to withstand high mechanical stresses in demanding outdoor applications.Long-term yield securityAIKO offers a 30-year product warranty on the Neostar Pro 3S+ 54, as well as a 30-year linear power warranty. Degradation in the first year is a maximum of 1 %, from the second year onwards, it is a maximum of 0.35 % per annum. This means the module is designed to deliver stable solar yields over the long term and offer a high level of investment security.ApplicationsAIKO ’s Neostar Pro 3S+ 54 with 485 W is ideal for private rooftop systems, high-quality home projects and commercial installations where high module power, modern design and long-term reliability are required. Thanks to its compact dimensions and high efficiency, it is particularly well-suited to areas where the aim is to achieve as much power as possible per module.Contents of the package37 x AIKO Neostar Pro 3S+ 54 glass-on-glass Full Black module AIKO-A485-MCE54Db with 485 W
Low-Voltage PV Storage Kit: Deye SUN-8kW 3-phase hybrid inverter – 3x Deye SE-F5C Pro 15.36 kWh
The comprehensive package for maximum independenceThis low-voltage storage kit from Deye combines the three-phase hybrid inverter SUN-8K-SG05LP3-EU-SM2 with three SE-F5 Pro lithium iron phosphate battery modules to form a total storage capacity of 15.36 kWh. This makes the set particularly suitable for households with high electricity consumption, such as those with a heat pump, electric car or home office, and for anyone who wishes to be as independent as possible from the grid, even at night and on overcast days. The inverter and batteries are from the same manufacturer and communicate directly with each other via CAN or RS485, which significantly simplifies installation and commissioning.Deye SUN-8K-SG05LP3-EU-SM2: Powerful and flexibleThe hybrid inverter delivers 8 kW nominal power (max. 8.8 kVA) in three-phase configuration and is designed for connection to large PV generators: up to 16 kW of PV power can be connected, with a maximum DC input power of 12 kW. This is a particular advantage when combined with the large storage system, as surplus solar power can be fed entirely into the batteries during the day. Two MPP trackers, each with a 20 A input current and a wide voltage range of 200 to 650 V, ensure maximum yield even from roofs with varying orientations, such as east/west. With an efficiency of up to 97.6 % and an MPPT efficiency of over 99 %, virtually no energy is lost.For the battery, up to 190 A of charging and discharging current are available. In the event of a power cut, the inverter continues to supply your home in off-grid mode, briefly providing double the rated power for 10 seconds, enough to cover the start-up currents of pumps or compressors. With 15.36 kWh of storage capacity, you can also bridge longer outages. The 100 % asymmetrical output allows up to 50 % of the rated power per phase, which is a real advantage in everyday use where loads are unevenly distributed.Furthermore, the inverter offers AC coupling for retrofitting existing PV systems, the integration of a diesel generator, six freely configurable time slots for charging and discharging (ideal for dynamic electricity tariffs), and the parallel connection of up to 10 units in both on-grid and off-grid operation. The IP65-rated housing allows for an operating temperature range of -40 to +60 °C, and at under 55 dB(A), the unit operates pleasantly quietly. The grid connection complies with VDE-AR-N 4105.Deye SE-F5 Pro (Config C): Safe LiFePO4 battery with displayThe SE-F5 Pro modules utilise durable and thermally stable lithium iron phosphate (LiFePO4) cells. Each module provides 5.12 kWh at 51.2 V and 100 Ah. The C version features a display showing the battery status in real time. The advanced BMS with active fuse and the integrated circuit breaker ensure comprehensive protection.With at least 6,000 cycles, a guaranteed energy throughput of 16 MWh and a 10-year manufacturer’s warranty per module, the storage system is designed for long-term, cost-effective operation. As the inverter’s charging and discharging current is distributed across three modules, each individual module operates at significantly less than its permissible continuous current of 100 A, which further protects the cells. The storage system can be expanded to up to 32 modules in parallel (or even 64 with a CAN box) and can be mounted on the wall, on the floor or stacked. Using the optional Wi-Fi/Bluetooth module and the Deye app, you can monitor the batteries locally or remotely, together with the inverter.Your benefits at a glanceYou will receive a fully coordinated complete kit from a single source, featuring 8 kW three-phase power, up to 16 kW PV connection capacity and a generous 15.36 kWh storage capacity. The emergency power capability provides protection even during prolonged grid outages, the LiFePO4 technology with a 10-year warranty ensures longevity, and both the battery and the inverter can be flexibly expanded. The 48 V low-voltage technology also offers greater safety during installation and maintenance than high-voltage systems.Contents of the package1x Deye SUN-8K-SG05LP3-EU-SM2 3-phase hybrid inverter3x Deye SE-F5 Pro LiFePO4 battery module, Config Version C with display (5.12 kWh each) FAQs on the Deye Low-Voltage PV Storage Kit: 8 kW inverter with 15.36 kWh storageWhich households is this kit suitable for?The kit is designed for detached houses with a three-phase grid connection and high electricity consumption, for example those with a heat pump, an electric car or several people working from home. With 15.36 kWh of storage, evening and night-time consumption can, in many cases, be covered entirely by the home’s own solar power. For households with lower consumption, the version with two storage modules (10.24 kWh) is often the more economical choice.How much PV capacity can I connect to the inverter?The SUN-8K-SG05LP3-EU-SM2 supports a PV connected load of up to 16 kWp; the maximum DC input power is 12 kW. The modules are distributed across two MPP trackers, each with one string, with an input current of up to 20 A and an MPPT voltage range of 200 to 650 V. To ensure that the large storage system can be fully charged even during the day, a suitably sized PV system is recommended. The maximum DC input voltage of 800 V must not be exceeded, even at low temperatures, which is why string planning should be carried out by a specialist contractor.How much storage capacity is actually available?The total capacity is 15.36 kWh (3 × 5.12 kWh). Deye recommends a depth of discharge of 90 %, which provides around 13.8 kWh of usable energy for everyday use. This reserve protects the cells and extends their service life.Does the system still work during a power cut?Yes. In the event of a grid failure, the hybrid inverter can continue to operate in off-grid mode and supply your home with three-phase power from the battery and PV system. For a short period, it can even provide double the rated power for 10 seconds, for example to cover the start-up currents of pumps or compressors. Thanks to its large storage capacity, it can also effectively bridge longer outages. This requires the emergency power consumers to be wired appropriately during installation.Does the third storage unit also provide more power?The third battery primarily increases the capacity, i.e. how long you can use electricity from the battery. The charging and discharging current is limited by the inverter to a maximum of 190 A. There is, however, one advantage: the current is distributed across three modules, so that the load on each individual module is reduced, which can have a positive effect on their service life.Can I expand the storage system further at a later date?Yes. The SE-F5 Pro modules can be expanded in parallel to up to 32 units, and with a CAN box even up to 64. The inverter can also be operated in parallel with up to 10 units if you require more power at a later date.Can I install the batteries outdoors or in the garage?The inverter has an IP65 protection rating and is suitable for outdoor installation. The battery modules, on the other hand, have an IP21 protection rating and must be housed in a dry indoor space, such as a cellar or utility room. Please also note that the batteries can only be charged at temperatures between 0 and 55 °C; charging is therefore restricted in unheated rooms where frost is a risk.How long do the batteries last?Deye It specifies a cycle life of at least 6,000 cycles (at 25 °C down to 70 % of residual capacity). Assuming one full cycle per day, this equates to over 16 years. In addition, Deye offers a 10-year warranty or 16 MWh of energy output per module; the manufacturer’s warranty conditions apply.Can I retrofit an existing PV system?Yes. The inverter supports AC coupling, meaning that an existing PV system with its own inverter can be integrated. This also allows an older system, for example, once EEG subsidies have ended, to be supplemented with a large storage unit.Can I connect a generator?Yes, the inverter supports the integration of a diesel generator, for example for off-grid applications or as an additional safeguard during prolonged power cuts.How do I monitor my system?Using an optional data logger module (Wi-Fi, Bluetooth, 4G, GPRS or LAN), the system can be monitored via the ‘ Deye ’ app. The batteries can also be read locally via Bluetooth, without the need for an internet connection. In the app, you can view generation, consumption, grid consumption, feed-in and state of charge in real time.Can I install the kit myself?No. Installation and commissioning must only be carried out by a qualified electrician. The system must also be registered with the grid operator and entered in the market master data register. The inverter complies with the VDE-AR-N 4105 standard required in Germany.
High-voltage PV storage set: Deye SUN-10kW 3-phase hybrid inverter & Felicity FLH96050SG01 battery storage system with 15.36 kWh
High-voltage inverter and battery storage in a set – the heart of your solar systemThis set contains the two key components of a high-performance solar system with storage: the three-phase Deye SUN-10K-SG01HP3-EU-DM2 hybrid inverter and the Felicity FLH96050SG1 high-voltage battery storage unit with 15.36 kWh. Combine the set with solar modules of your choice to build a new system, or retrofit an existing PV system with this set via AC coupling.Who is this set suitable for? ✅ Households with high electricity consumption, e.g. with a heat pump or electric car✅ Self-builders and homeowners who would like to choose their solar modules themselves✅ Owners of an existing PV system who want to retrofit a storage system (AC coupling)✅ Households with a three-phase domestic connection, as is common in Germany✅ Anyone who would like to expand their storage system flexibly to up to 30.72 kWh later The components explained simply1. Hybrid inverter: Deye SUN-10K-SG01HP3-EU-DM2What it does: Solar modules generate direct current, your household needs alternating current. The inverter converts the electricity. As a hybrid inverter, it also controls the storage system and automatically decides where the electricity flows: into the house, into the storage system or into the grid.Why this inverter:10 kW output, 3-phase: It feeds into all three phases of your domestic connection, as is common in Germany.100 % asymmetrical output: It can load the phases to different extents. This is practical because household appliances rarely use the phases evenly.For high-voltage storage systems: It operates with battery voltages of 160–700 V and charges or discharges at up to 37 A.Plenty of flexibility for solar modules: Up to 16 kW max. PV input power, 1,000 V max. input voltage and two MPP trackers. This also allows two differently oriented roof surfaces to be used, e.g. east and west.High efficiency: Up to 97.6 % (Euro efficiency 97.0 %).Quiet: Natural cooling without a fan and a noise level of max. 45 dB.Retrofitting storage: The inverter can also be combined with an existing PV system via AC coupling.Intelligent charging control: With 6 freely adjustable time windows, you can define when the storage system is charged or discharged, e.g. to match a dynamic electricity tariff.Off-grid operation: According to the manufacturer, the inverter supports off-grid operation, i.e. operation without a public grid. Whether and how your appliances continue to be supplied in the event of a power cut depends on the installation. Discuss this with your electrician.Future-proof: It supports charging via a diesel generator and parallel operation of up to 10 inverters.Robust: IP65 protection against dust and water jets, operation from −40 to +60 °C.Complies with standards: It complies with the German grid connection guideline VDE-AR-N 4105.Integrated protection functions: Insulation monitoring, residual current detection, anti-islanding protection, DC switch, reverse polarity protection and surge protection (Type II, DC and AC).Good to know: The inverter weighs approx. 24.5 kg and measures 376 × 470 × 244.5 mm.2. Battery storage: Felicity FLH96050SG1 (15.36 kWh)What it does: The storage system takes in surplus solar power and releases it as soon as the modules do not supply enough, especially in the evening and at night.Why this storage system:15.36 kWh capacity: Three battery modules of 5.12 kWh each plus control module. With a depth of discharge of at least 95 %, around 14.6 kWh usable.LiFePO4 cells: Lithium iron phosphate is considered a particularly safe and durable battery chemistry. The storage system achieves at least 6,000 charge cycles (at 0.2C, 25 °C and 80 % depth of discharge).Protected multiple times: An intelligent BMS, a circuit breaker and a fuse protect the storage system. In addition, there is an aerosol fire extinguishing system and protection for the inverter interface.Robust housing: Protection class IP65, meaning dust-tight and protected against water jets.Touch display: Via the LCD touch display on the control module, you can see the status and set parameters and operating mode.Easy to expand: The modules are stacked on top of each other. This allows you to expand the capacity up to 30.72 kWh (6 battery modules).Charging and discharging power: Felicity recommends 25 A, which is around 7.7 kW. The inverter can handle up to 37 A (around 11.4 kW), the storage system can tolerate up to 50 A continuously.Certified: UN38.3, CB, CE-EMC and IEC 62619.Warranty: 10 years (in accordance with Felicity warranty conditions).Good to know: The storage system is placed on the floor or stacked; wall mounting is not intended. Each battery module weighs 57.5 kg and measures 600 × 385 × 260 mm. The control module weighs 12.5 kg and measures 600 × 385 × 200 mm. Together this is approx. 185 kg and a height of approx. 98 cm, in each case without base. Charging is possible at 0–55 °C, discharging at −20–55 °C. Scope of delivery1x Deye SUN-10K-SG01HP3-EU-DM2 hybrid inverter (3-phase, high-voltage)1x Felicity FLH96050SG1 battery storage system 15.36 kWh, consisting of 1x control module FLH96050SCG1 and 3x battery module FLH96050SMG1FAQs on the high-voltage PV storage setWhat is the difference between high voltage and low voltage?In a high-voltage storage system, the battery modules are connected in series, the voltage here is 307.2 V. In low-voltage storage systems, it is usually around 51 V. Due to the higher voltage, less current flows, less energy is lost, and high charging and discharging outputs are possible. Which solar modules are suitable for the inverter?The inverter processes up to 16 kW PV input power via two solar inputs with one string each. The voltage range is 150–850 V, the max. current is 18 A per input. This means most modern solar modules are suitable. Your installer will determine the exact wiring.Can I combine the set with my existing PV system?Yes. The inverter supports AC coupling. This allows an existing PV system to be retrofitted with a storage system without replacing the existing inverter. Your electrician will clarify whether this makes sense for your system.How much energy can I actually store?The storage system has a nominal energy of 15.36 kWh. With a depth of discharge of at least 95 %, around 14.6 kWh usable is available to you.How quickly does the storage system charge and discharge?The inverter charges and discharges at up to 37 A, which is around 11.4 kW. Felicity recommends 25 A for continuous operation, i.e. around 7.7 kW. The exact values are controlled by the battery management system depending on temperature and state of charge.Can I expand the storage system later?Yes. The FLH96050SG1 can be expanded to up to 6 battery modules, which is 30.72 kWh. The modules are simply stacked on top of each other.Where is the storage system installed?The storage system is placed on the floor or stacked; wall mounting is not intended. With three battery modules and control module, it weighs approx. 185 kg. It has protection class IP65 and is therefore dust-tight and protected against water jets. It can be charged at 0–55 °C.How safe is the storage system?The storage system uses LiFePO4 cells, which are considered particularly safe. In addition, an intelligent BMS, a circuit breaker, a fuse and an integrated aerosol fire extinguishing system provide protection. The storage system is certified according to UN38.3, CB, CE-EMC and IEC 62619.Does the system work during a power cut?According to the manufacturer, the inverter supports off-grid operation (island mode). Whether your appliances continue to be supplied during a power cut depends on the installation. Ask your electrician for advice on this.How do I monitor the system?Via the Deye app, you can see generation, consumption, grid import and feed-in in real time and define charging and discharging strategies. On the storage system itself, a touch display shows the status. An internet connection is required for remote monitoring.
High-voltage PV storage set: Deye SUN-12kW 3-phase hybrid inverter & Deye GB-L PRO with 16kWh
Deye Complete high-voltage solution – inverter and storage system from a single sourceThis set contains the two key components of a high-performance solar system with storage, both from Deye:: the three-phase Deye SUN-12K-SG01HP3-EU-AM2 hybrid inverter and the Deye GB-L high-voltage battery storage unit with a capacity of 16.36 kWh. Combine the set with solar panels of your choice to build a new system, or retrofit an existing PV system using AC coupling with this set. What does ‘high voltage’ mean?In a high-voltage storage system, the battery modules are connected in series, causing their voltages to add up. In this set of four 102.4 V modules, the nominal voltage is 409.6 V; if expanded to six modules, it is 614.4 V. Due to the high voltage, less current flows. This means less energy is lost during conversion, and high charging and discharging rates are possible. With the GB-L PRO, the modules are simply slotted directly onto one another; no connecting cables are required between the modules. Who is this kit suitable for? ✅ Households with high electricity consumption, e.g. those with a heat pump or electric car✅ Builders and homeowners who wish to select their own solar panels✅ Owners of an existing PV system who wish to retrofit a storage system (AC coupling)✅ Households with a three-phase domestic connection, as is common in Germany✅ Anyone who would like to flexibly expand their storage system to up to 25.56 kWh at a later date Components explained simply1. Hybrid inverter: Deye SUN-12K-SG01HP3-EU-AM2What it does: Solar panels generate direct current (DC), but your household needs alternating current (AC). The inverter converts the electricity. As a hybrid inverter, it also controls the storage system and automatically decides where the electricity flows: into the house, into the storage system or into the grid.Why choose this inverter:12 kW output, 3-phase: It feeds into all three phases of your domestic connection, as is standard practice in Germany.100 % asymmetrical output: It can load the phases to different degrees. This is useful because household appliances rarely use the phases evenly.For high-voltage storage systems: It operates with battery voltages of 160–700 V and charges or discharges at up to 37 A.Plenty of scope for solar panels: Up to 19.2 kW maximum PV input power, 1,000 V maximum input voltage and two MPP trackers for a total of three strings. This means that even roof areas with different orientations can be utilised.High efficiency: Up to 97.6 % (Euro efficiency 97.0 %).Retrofitting a storage system: The inverter can also be combined with an existing PV system via AC coupling.Smart charge control: With 6 freely adjustable time slots, you can specify when the storage unit is charged or discharged, e.g. to match a dynamic electricity tariff.Off-grid operation: According to the manufacturer, the inverter supports off-grid operation, i.e. operation without connection to the public grid. Whether and how your appliances will continue to be powered in the event of a power cut depends on the installation. Discuss this with your electrician.Future-proof: It supports charging via a diesel generator and the parallel operation of up to 10 inverters.Rugged: IP65 protection against dust and water jets, operating temperature range from −40 to +60 °C.Complies with standards: It complies with the German grid connection guideline VDE-AR-N 4105.Integrated protection functions: Insulation monitoring, residual current detection, anti-islanding protection, DC switch, reverse polarity protection and overvoltage protection (Type II, DC and AC). An arc fault circuit interrupter (AFCI) is available as an option.Good to know: The inverter weighs 30.5 kg and measures 408 × 638 × 237 mm. It is actively cooled and has a noise level of up to 55 dB(A). A utility room, storage room, cellar or garage is therefore a more suitable location than a living area.2. Battery storage: Deye GB-L (16.36 kWh)What it does: The storage unit stores surplus solar power and releases it as soon as the panels are not supplying enough, i.e. mainly in the evening and at night.Why choose this storage system:16.36 kWh capacity: Four battery modules of 4.09 kWh each, plus a control box and base. According to the manufacturer, of this 14.72 kWh is usable (at a 90 % depth of discharge).LiFePO4 cells: Lithium iron phosphate is considered a particularly safe and long-lasting battery chemistry. The storage unit can handle at least 6,000 charge cycles (at 25 °C, 0.5C and 70 % remaining capacity).Well-designed safety features: An integrated pressure relief system vents gases in the event of a fault, whilst a built-in fire protection device, according to the manufacturer, cuts off the source of a fire. In addition, a temperature management system monitors cells, connectors and other key components.Wirelessly stacked: The modules are stacked directly on top of one another and connected in series, with no connecting cables between them.Robust housing: IP65 protection rating and corrosion protection class C2.Optional heating function: A heating function is available as an option for cold installation locations.LCD display: Displays the charge level, power output and total voltage directly on the unit.Easy to expand: Additional modules can be plugged in. This allows you to expand the capacity up to 24,56 kWh (6 modules).Certified to: CE, IEC 62619, VDE 2510-50, UL1973, UL9540A and UN38.3.Warranty: 10 years (in accordance with the warranty terms and conditions at Deye).Good to know: The storage unit is floor-mounted. In the four-module configuration, it measures 540 × 385 × 1.090 mm (W × D × H) and weighs approx. 175 kg, including the control box and base. Charging is possible at 0–55 °C, and discharging at −20–60 °C. Scope of delivery1x Deye SUN-12K-SG01HP3-EU-AM2 hybrid inverter (3-phase, high-voltage)1x Deye GB-L battery storage unit 16.36 kWh, comprising:1x GB-LBS control box4x GB-LM4.0 battery modules, 4.09 kWh each1x GB-LBase baseFAQs on the high-voltage PV storage setWhat is the difference between high voltage and low voltage?In a high-voltage storage system, the battery modules are connected in series, meaning their voltages add up. In this set, the nominal voltage is 409.6 V; for low-voltage storage systems, it is usually around 51 V. Due to the higher voltage, less current flows, less energy is lost, and high charging and discharging power levels are possible. Important: High-voltage storage systems require a suitable high-voltage inverter, such as the one included in this set.Which solar modules are compatible with the inverter?The inverter handles up to 19.2 kW of PV input power via two solar inputs with a total of three strings. The voltage range is 150–800 V. Input 1 can handle up to 26 A, and Input 2 up to 20 A. This means it is compatible with most modern solar panels. Your installer will determine the exact wiring configuration.Can I combine the kit with my existing PV system?Yes. The inverter supports AC coupling. This allows an existing PV system to be retrofitted with a storage unit without replacing the existing inverter. Your electrician will advise you whether this is suitable for your system.How much energy can I actually store?The storage unit has a rated capacity of 16.36 kWh. According to Deye, 14.72 kWh of this is usable, with a depth of discharge of 90 %.How quickly does the storage unit charge and discharge?The inverter charges and discharges at up to 37 A. Deye recommends 20 A for the battery, which is around 8.2 kW. The inverter feeds a maximum of 12 kW into the domestic grid. The battery management system controls the exact values depending on temperature and state of charge.Can I expand the storage system later?Yes. The GB-L can be expanded to up to 6 battery modules, which equates to 24.56 kWh (22.10 kWh usable). The modules simply slot together; no connecting cables are required between themWill the system work during a power cut?According to the manufacturer, the inverter supports off-grid operation (stand-alone mode). Whether your appliances will continue to be powered in the event of a power cut depends on the installation. Seek advice from your electrician on this matter.How do I monitor the system?Using the Deye app, you can view generation, consumption, grid draw and feed-in in real time, and set charging and discharging strategies. On the storage unit itself, an LCD display shows the charge level, power output and total voltage. An internet connection is required for remote monitoring.
High-voltage PV storage set: Deye SUN-12kW 3-phase hybrid inverter & Felicity FLH96050SG01 battery storage system with 20.48 kWh
High-voltage inverter and large energy storage system as a set – for households with high consumptionThis set contains the two central components of a powerful solar system with large storage: the three-phase Deye SUN-12K-SG01HP3-EU-AM2 hybrid inverter and the Felicity FLH96050SG1 high-voltage battery storage system with 20.48 kWh. Combine the set with solar modules of your choice to build a new system or retrofit an existing PV system with this set via AC coupling. What does “high voltage” mean?In a high-voltage storage system, the battery modules are connected in series, which means their voltages add up. In this set with four modules of 102.4 V each, the nominal voltage is 409.6 V; if expanded to six modules, it becomes 614.4 V. Due to the high voltage, less current flows. This means less energy is lost during conversion, and high charging and discharging capacities are possible. High-voltage systems are therefore particularly suitable for larger systems and households with high consumption.Who is this set suitable for?✅ Households with high electricity consumption, e.g. with a heat pump or electric car✅ Builders and owner-occupiers who would like to choose their solar modules themselves✅ Owners of an existing PV system who want to retrofit a storage system (AC coupling)✅ Households with a three-phase domestic connection, as is common in Germany✅ Anyone who would like to expand their storage system flexibly to up to 30.72 kWh laterThe components explained simply1. Hybrid inverter: Deye SUN-12K-SG01HP3-EU-AM2What it does: Solar modules generate direct current, your household needs alternating current. The inverter converts the electricity. As a hybrid inverter, it also controls the storage system and automatically decides where the electricity flows: into the house, into the storage system or into the grid.Why this inverter:12 kW output, 3-phase: It feeds into all three phases of your domestic connection, as is common in Germany.100 % asymmetrical output: It can load the phases to different extents. This is practical because household appliances rarely use the phases evenly.For high-voltage storage systems: It operates with battery voltages of 160–700 V and charges or discharges at up to 37 A.Plenty of scope for solar modules: Up to 19.2 kW max. PV input power, 1,000 V max. input voltage and two MPP trackers for a total of three strings. This means even roof areas with different orientations can be used.High efficiency: Up to 97.6 % (Euro efficiency 97.0 %).Retrofitting storage: The inverter can also be combined with an existing PV system via AC coupling.Intelligent charge control: With 6 freely adjustable time windows, you can define when the storage system is charged or discharged, e.g. to match a dynamic electricity tariff.Off-grid operation: According to the manufacturer, the inverter supports off-grid operation, i.e. operation without a public grid. Whether and how your appliances continue to be supplied in the event of a power cut depends on the installation. Discuss this with your electrician.Future-proof: It supports charging via a diesel generator and parallel operation of up to 10 inverters.Robust: IP65 protection against dust and water jets, operation from −40 to +60 °C.Compliant with standards: It complies with the German grid connection guideline VDE-AR-N 4105.Integrated protection functions: Insulation monitoring, residual current detection, anti-islanding protection, DC switch, reverse polarity protection and surge protection (Type II, DC and AC). An arc fault circuit interrupter (AFCI) is optionally available.Good to know: The inverter weighs 30.5 kg and measures 408 × 638 × 237 mm. It is actively cooled and has a noise level of up to 55 dB(A). A plant room or utility room, cellar or garage is therefore more suitable as an installation location than a living space.2. Battery storage system: Felicity FLH96050SG1 (20.48 kWh)What it does: The storage system takes in surplus solar power and releases it as soon as the modules do not supply enough, especially in the evening and at night.Why this storage system:20.48 kWh capacity: Four battery modules of 5.12 kWh each plus control module. With a depth of discharge of at least 95 %, around 19.5 kWh are usable.LiFePO4 cells: Lithium iron phosphate is considered a particularly safe and durable battery chemistry. The storage system achieves at least 6,000 charge cycles (at 0.2C, 25 °C and 80 % depth of discharge).Protected multiple times: An intelligent BMS, a circuit breaker and a fuse protect the storage system. In addition, there is an aerosol fire extinguishing system and protection for the inverter interface.Robust housing: IP65 protection class, i.e. dust-tight and protected against water jets.Touch display: Via the LCD touch display on the control module, you can see the status and set parameters and operating mode.Easy to expand: The modules are stacked on top of each other. This allows you to expand the capacity to up to 30.72 kWh (6 battery modules).Charging and discharging capacity: Felicity recommends 25 A, which is around 10.2 kW. The inverter can handle up to 37 A, the storage system can tolerate up to 50 A continuously. The inverter supplies max. 12 kW to the domestic grid.Certified: UN38.3, CB, CE-EMC and IEC 62619.Warranty: 10 years (in accordance with Felicity warranty conditions).Good to know: The storage system is placed on the floor or stacked; wall mounting is not предусмотрed. Each battery module weighs 57.5 kg and measures 600 × 385 × 260 mm. The control module weighs 12.5 kg and measures 600 × 385 × 200 mm. Together, that is approx. 243 kg and a height of approx. 124 cm, in each case without base. Charging is possible at 0–55 °C, discharging at −20–55 °C. Scope of delivery1x Deye SUN-12K-SG01HP3-EU-AM2 hybrid inverter (3-phase, high-voltage)1x Felicity FLH96050SG1 battery storage system 20.48 kWh, consisting of 1x control module FLH96050SCG1 and 4x battery module FLH96050SMG1 FAQs about the high-voltage PV storage setWhat is the difference between high voltage and low voltage?In a high-voltage storage system, the battery modules are connected in series, which means their voltages add up. In this set, the nominal voltage is 409.6 V; in low-voltage storage systems it is usually around 51 V. Due to the higher voltage, less current flows, less energy is lost, and high charging and discharging capacities are possible. Important: High-voltage storage systems require a suitable high-voltage inverter, such as the one included in this set.Which solar modules are suitable for the inverter?The inverter processes up to 19.2 kW PV input power via two solar inputs with a total of three strings. The voltage range is 150–800 V. Input 1 can handle up to 26 A, input 2 up to 20 A. This means most modern solar modules are suitable. Your installer will determine the exact wiring.Can I combine the set with my existing PV system?Yes. The inverter supports AC coupling. This means an existing PV system can be retrofitted with a storage system without replacing the existing inverter. Your electrician can clarify whether this makes sense for your system.How much energy can I actually store?The storage system has a nominal energy of 20.48 kWh. With a depth of discharge of at least 95 %, around 19.5 kWh are available for use.How quickly does the storage system charge and discharge?The inverter charges and discharges at up to 37 A. Felicity recommends 25 A for continuous operation, which is around 10.2 kW. The inverter supplies max. 12 kW to the domestic grid. The exact values are controlled by the battery management system depending on temperature and state of charge.Can I expand the storage system later?Yes. The FLH96050SG1 can be expanded to up to 6 battery modules, which is 30.72 kWh. The modules are simply stacked on top of each other.Where is the storage system installed?The storage system is placed on the floor or stacked; wall mounting is not предусмотрed. With four battery modules and control module, it weighs approx. 243 kg and is approx. 124 cm high (without base). It has IP65 protection class and is therefore dust-tight and protected against water jets. It can be charged at 0–55 °C.How safe is the storage system?The storage system uses LiFePO4 cells, which are considered particularly safe. In addition, an intelligent BMS, a circuit breaker, a fuse and an integrated aerosol fire extinguishing system provide protection. The storage system is certified according to UN38.3, CB, CE-EMC and IEC 62619.Does the system work during a power cut?According to the manufacturer, the inverter supports off-grid operation (island mode). Whether your appliances continue to be supplied in the event of a power cut depends on the installation. Ask your electrician for advice on this.How do I monitor the system?Via the Deye app, you can see generation, consumption, grid import and feed-in in real time and define charging and discharging strategies. On the storage system itself, a touch display shows the status. An internet connection is required for remote monitoring.
AIKO Neostar Pro 3S+54 490W Glass-Glass Full Black
The AIKO Neostar Pro 3S+ 54 glass-glass Full Black module with 490 W is a highly efficient solar module for demanding domestic and commercial photovoltaic systems. Featuring state-of-the-art N-type ABC cell technology, a robust double-glass construction and an elegant full-black design, this module combines high performance, exceptional durability and long-term yield reliability to an exceptionally high standard.Performance and technologyAIKO AIKO’s Neostar Pro 3S+ 54 achieves a maximum power output of 490 W with a module efficiency of 24.5 %. The innovative N-type ABC cell technology ensures higher energy yields, optimised performance under partial shading and an improved temperature coefficient. In addition, the double-glass construction supports its use in modern PV systems with high demands on efficiency and design.Robust construction and high reliabilityThe module is constructed as a double-glazed version with 2.0 + 2.0 mm coated, semi-tempered glass and features a black anodised aluminium frame. This design ensures high mechanical stability and a long service life. The module is resistant to micro-cracking, has an IP68 junction box with three bypass diodes and is designed to withstand high mechanical stresses in demanding outdoor applications.Long-term yield securityAIKO offers a 30-year product warranty on the Neostar Pro 3S+ 54, as well as a 30-year linear power warranty. Degradation in the first year is a maximum of 1 %, from the second year onwards, it is a maximum of 0.35 % per year. This means the module is designed to deliver stable solar yields over the long term and offer a high level of investment security.ApplicationsThe AIKO Neostar Pro 3S+ 54 with 490 W is ideal for private rooftop systems, high-quality home projects and commercial installations where high module power, modern design and long-term reliability are required. Thanks to its compact dimensions and high efficiency, it is particularly well suited to areas where the aim is to achieve as much power as possible per module.Contents of delivery1 x AIKO Neostar Pro 3S+ 54 glass-glass Full Black module AIKO-A490-MCE54Db with 490 W
Deye SUN-6K-SG05LP1-EU-AM2 single-phase hybrid inverter 6kW
The Deye SUN-6K-SG05LP1-EU is a state-of-the-art and powerful single-phase hybrid inverter that functions as an intelligent hub for larger photovoltaic systems. It has been developed to offer you maximum independence, efficiency, and security of supply. With a high output power of 6 kW, it manages the energy flows between your solar panels, the battery storage and the public power grid. Thanks to its integrated emergency power function, you are reliably supplied with high performance even in the event of a power failure.Highlights at a glanceIntelligent hybrid system: Manages PV generation, battery storage and mains consumption for maximum self-consumption.High performance: With 6 kW output, ideal for larger households, heat pumps or small businesses.Integrated emergency power supply: Provides uninterrupted power supply (UPS level) during mains failure.Two MPP trackers: Enables connection of two independent module fields, ideal for east-west roofs or partial shading.Flexible battery connection: Compatible with a wide range of 48V low-voltage batteries.Comprehensive monitoring: Integrated Wi-Fi module for simple and intuitive system monitoring via app.Smart energy management for your homeThe Deye hybrid inverter is more than just a converter from DC to AC. It is the brain of your energy supply. During the day, it supplies your loads directly with solar power, while surplus energy is stored in your battery for use at night or on cloudy days. Only when the storage is full and no load needs electricity is the energy fed into the public grid. This way, you maximise your self-consumption and significantly reduce your electricity costs.Maximum yields through flexible PV connectionThanks to the two integrated MPP trackers (Maximum Power Point), the Deye SUN-6K offers maximum flexibility in planning your PV system. You can connect two separate module strings with different orientations (e.g. east and west sides of the roof) or with different module types. Each tracker optimises the output of its string individually, so you always achieve the maximum possible energy yield, even in complex roof situations or partial shading.Independence through integrated emergency power supplyA special feature of this inverter is the integrated emergency power function. In the event of a failure of the public power grid, the device switches to a separate emergency power output in less than 10 milliseconds and continues to supply selected critical loads such as lighting, refrigerator or IT infrastructure with power from the battery storage. This UPS-level (Uninterruptible Power Supply) switching time ensures maximum supply reliability. Features ModelDeye SUN-6K-SG05LP1-EU Battery input data Battery typeLead-acid or Li-ion Battery voltage range (V)40~60 Max. charging current (A)140 Max. discharging current (A)140 Number of battery inputs1 Charging strategy for Li-ion batterySelf-adaptation to BMS PV string input data Max. DC input power (W)9600 Nominal PV input voltage (V)370 Starting voltage (V)80 MPP voltage range (V)125-425 Max. DC input voltage (V)550 PV input current (A)13+22 Max. PV short-circuit current (A)17+28.6 Number of MPPT2 Strings per MPPT1+2 AC output data AC nominal power and UPS power (W)6000 Max. AC output power (W)6600 AC output nominal current (A)27.3 Maximum AC output nominal current (A)30 Max. continuous AC throughput (A)40 Peak power (without grid)2 times nominal power, 10 S Output power factor0.8 leading to 0.8 lagging Output frequency and voltage50/60Hz; L/N/PE 220/230Vac Grid typeSingle-phase Total harmonic distortion (THD)< 3% ( nominal power ) Direct current feed<0,5% ln Efficiency Max. efficiency97,60% Euro efficiency97,00% MPPT efficiency>99% Protection FusesIntegrated lightning protection, anti-islanding, reverse polarity protection, short circuit protection, overload protection, and much more. Surge categoryDC Type II/AC Type II Certifications and standards Grid approvalsVDE4105, IEC61727/62116, VDE0126, EN50549-1, CEI 0-21, AS4777, NRS2017, G98, G99, etc. Safety EMC / StandardIEC/EN 61000-6-1/2/3/4, IEC/EN 62109-1, IEC/EN 62109-2 General data Operating temperature range ( ℃ )-45~60°C, >45° C power derating CoolingIntelligent cooling Noise (dB)<30 dB Communication with BMSRS485; CAN Weight (kg)15 Size (mm)330B×580H×232T Degree of protectionIP65 Installation styleWall mount Warranty10 years FAQs about the Deye SUN-6K-SG05LP1-EU hybrid inverterWhat exactly does "hybrid inverter" mean?A hybrid inverter can manage energy from several sources at the same time. It acts as the interface between the solar panels, the battery storage and the public power grid. It intelligently decides whether the solar power generated is used directly, stored in the battery or fed into the grid.Who is a 6 kW inverter suitable for?A 6 kW inverter is ideal for larger detached houses with higher electricity consumption, for example due to use of a heat pump or an electric vehicle. It is also suitable for small businesses or agricultural operations that want to optimise their own consumption.Which batteries are compatible with this inverter?The Deye SUN-6K is designed for use with 48V low-voltage (LV) lithium-ion battery storage systems. It is compatible with many leading manufacturers. The full compatibility list can be found on the manufacturer's website.Do I need any additional devices for the emergency power function?The inverter has an integrated emergency power output (EPS port). For use, the emergency loads to be supplied must be placed on a separate circuit by a qualified electrician and connected to this output. An additional external transfer switch is generally not required. Scope of delivery: Deye SUN-6K-SG05LP1-EU (6 kW Single-Phase Hybrid Inverter) 1 x Deye SUN-6K-SG05LP1-EU inverterA high-performance single-phase hybrid inverter with 6 kW output, integrated LCD colour touchscreen and support for 48V low-voltage battery systems.1 x Wall Mount BracketA robust metal mounting rail for secure installation of the device on a load-bearing wall.1 x Wi-Fi Stick (Data Logger)A plug-in communication module for connecting to the Internet for remote monitoring via Deye Cloud or Solarman App.1 x Current Transformer (CT)An external split current transformer for measuring energy flows at the property connection, necessary for zero feed-in and self-consumption optimisation.1 x set of PV connectors (MC4-compatible)The necessary pairs of DC connectors (plus and minus) for connecting the PV strings to the inverter.1 x Communication Cable (BMS)A pre-assembled RJ45 data cable for connection between the inverter and the battery management system.1 x Installation Kit (Screws and Plugs)A set of stainless steel screws and heavy-duty wall plugs for professional installation of the wall bracket.1 x User ManualA printed manual with detailed installation instructions, wiring diagrams and important safety information.
Deye Sun 20K-SG05LP3-EU-SM2 Three-phase hybrid inverter 20KW
The Deye SUN-20K-SG05LP3-EU-SM2 offers a reliable and efficient solution for energy conversion in photovoltaic systems. With its high charging and discharging capacity, as well as support for various battery types, it is ideal for demanding energy projects.Highlights at a glanceHigh performance: 20 kW rated power for high energy requirements Flexible battery options: Compatible with lead-acid and lithium-ion batteries High charging/discharging current: Up to 350A for rapid power transmission Expandable: Up to 10 devices can be connected in parallel Robust design: IP65 protection rating for use in various environments Efficient energy conversion for modern requirementsThe Deye SUN-20K-SG05LP3-EU-SM2 is specifically designed to meet the requirements of modern photovoltaic systems. With its three-phase output and support for 48V low-voltage batteries, it offers an efficient solution for energy conversion and storage.Flexibility and scalabilityThanks to the option of connecting up to 10 units in parallel, the inverter can be flexibly adapted to different system sizes. Support for both lead-acid and lithium-ion batteries allows for customisation to meet specific energy requirements.Reliability and protectionWith an IP65 protection rating, the inverter is protected against dust and water, ensuring reliable operation in a variety of environments. The integrated protection functions ensure safe and stable operation of the system.Who is the Deye SUN-20K-SG05LP3-EU-SM2 suitable for?This inverter is ideal for: Operators of larger solar installations who rely on a flexible and safe storage solution Commercial enterprises wishing to cover energy peaks or operate off-grid Homeowners who want to maximise their self-consumption rate Users with diesel generator backup who are aiming for maximum self-sufficiency FAQs on the Deye Sun three-phase hybrid inverterWhich battery types are supported?The inverter is compatible with lead-acid and lithium-ion batteries within a voltage range of 40 to 60 V.Can I operate several devices in parallel?Yes, up to 10 units can be operated in parallel, making the inverter ideal for larger systems.What is the maximum charging and discharging current?The maximum charging and discharging currents are both 350A, which enables rapid energy transfer.What is the unit’s standby power consumption?The Deye SUN-20K-SG05LP3-EU-SM2 has a power consumption of ≤ 60 W.Will the 20 kW inverter fit an 18 kWp system, or do I need to oversize or undersize it?Yes, the Deye SUN 20K-SG05LP3-EU-SM2 is technically ideal for an 18 kWp system. It does not need to be either oversized or undersized. With a DC/AC ratio of around 0.9, it falls exactly within the ideal range (0.9–1.1 is recommended). This means the system is actually slightly undersized, but this has practically no disadvantages and, at the same time, allows scope for retrofitting additional modules at a later date. Contents: Deye SUN-20K-SG05LP3-EU-SM2 (20 kW LV hybrid inverter) 1 x Deye SUN-20K-SG05LP3-EU-SM2 inverterAn extremely powerful three-phase hybrid inverter with a 20 kW output, an integrated colour LCD touchscreen and support for 48V low-voltage battery systems.1 x wall mount bracketA solid metal mounting rail for securely fixing the unit to a load-bearing wall.1 x Wi-Fi stick (data logger)A plug-in communication module for connecting to the internet, enabling remote monitoring via the Deye cloud or the Solarman app.3 x current transformers (CT)External fold-out current transformers for measuring energy flows at the property connection, required for net metering and optimising self-consumption.1 x set of PV connectors (MC4-compatible)The required pairs of DC connectors (positive and negative) for connecting the PV strings to the inverter.1 x communication cable (BMS)A pre-assembled RJ45 data cable for connecting the inverter to the battery management system.1 x fitting kit (screws and wall plugs)A set of stainless steel screws and heavy-duty wall plugs for the correct installation of the wall bracket.1 x User ManualA printed manual containing detailed installation instructions, circuit diagrams and safety instructions.
Hoymiles HiFlow 800 Pro HMS-800-2WB Micro-inverter 800W Wi-Fi & Bluetooth 2 MPPT
Product informationThe Hoymiles HiFlow 800 Pro HMS-800-2WB is a modern 800 VA micro-inverter for balcony power stations and compact PV systems.Thanks with integrated Wi-Fi and Bluetooth the inverter can be conveniently operated via the S-Miles Home App monitor and configure – without the need for an additional DTU.With two independent MPPT trackers two solar modules can be controlled separately. This is particularly advantageous in the event of differing orientations or temporary shading, as each module is operated independently at its optimum operating point.The HMS-800-2WB achieves a rated output power of 800 VA making it ideal for modern balcony power stations. Thanks to the plug-and-play design, the system can be installed quickly and easily. Highlights at a glance 800 VA output powerIdeal for high-performance balcony power stations.2 independent MPPT trackersOptimal power output with two connected solar panels.Integrated Wi-Fi & BluetoothDirect communication with the S-Miles Home app without a separate DTU.Plug & PlayQuick and easy installation.High efficiencyUp to 96.7% peak efficiency.High module compatibilityTypically suitable for solar modules with 320 to 540+ W per module.Robust IP67 housingSuitable for outdoor use.Passive coolingFanless operation via natural convection.12-year manufacturer’s warrantyFor long-term planning certainty. Two MPPT channels for maximum energy yield The Hoymiles HMS-800-2WB features two separate PV inputs, each with its own MPPT tracker. This allows two solar panels to be operated independently of one another. This offers particular advantages in: East/West orientationdifferent module inclinationsintermittent partial shadingvarying irradiation conditions This allows each connected module to reach its optimum operating point independently of the second module. Integrated Wi-Fi & Bluetooth With the HiFlow 800 Pro, 2.4 GHz Wi-Fi and Bluetooth already integrated into the inverter. About the Hoymiles S-Miles Home app operating data can be conveniently monitored and settings adjusted. An additional Hoymiles-DTU is not required for normal use of the HMS-800-2WB. Ideal for balcony power stations With an output power of 800 VA the HMS-800-2WB is particularly suitable for balcony power stations with two solar panels. Typical applications: Balcony power stationsPatiosGarages and carportsGarden shedsFlat and pitched roofssmall domestic PV systems Simple plug-and-play installation The HiFlow 800 Pro has been specially developed for straightforward installation. The Hoymiles Plug-and-Play connection system enables quick and easy connection to the domestic mains supply. The relevant electrical regulations and the grid operator’s specifications must be observed during installation and operation. FAQs about the Hoymiles HiFlow 800 Pro HMS-800-2WB What is the difference between this and the Hoymiles HM-800? The HMS-800-2WB is part of the newer ‘ Hoymiles ’ generation and offers several advantages over the HM-800: Integrated Wi-Fi & BluetoothDirect integration into the S-Miles Home app without a separate DTU.Higher input currentsWith up to 14 A input current per MPPT Suitable for modern solar modules.Two independent MPPT trackersBoth connected solar modules are controlled independently of one another.Modern plug-and-play conceptSpecially developed for compact balcony power stations and domestic PV applications. Do I absolutely need a DTU? No. The Hoymiles HMS-800-2WB already features an integrated Wi-Fi and Bluetooth. This allows the inverter to be connected directly to the S-Miles Home App can be connected. Operating data can be monitored and available settings can be adjusted. An additional Hoymiles-DTU is not required for normal use of the HMS-800-2WB. Can the output power be limited? Yes. The maximum output power of the HMS-800-2WB can be limited via the software. The available settings may depend on the app version, firmware and system configuration. Contents of the package 1 × Hoymiles HiFlow 800 Pro HMS-800-2WB micro-inverter1 × Hoymiles MS Plug-and-Play cable1 × Disassembly tool1 × User manual
Hoymiles HiFlow 2000 Pro HMS-2000-4WB micro-inverter 2000W 4 MPPT Wi-Fi & Bluetooth
Product informationThe Hoymiles HiFlow 2000 Pro HMS-2000-4WB is a high-performance 2000 VA micro-inverter for modern balcony power stations, mini PV systems and compact photovoltaic systems with up to four solar modules.Thanks with integrated Wi-Fi and Bluetooth the inverter can be conveniently operated via the Hoymiles S-Miles Home app monitor and configure – without the need for an additional DTU.With four independent MPPT trackers Up to four solar modules can be controlled individually. This is particularly advantageous in cases of differing orientations, varying module tilts or temporary shading, as each connected module can be operated independently at its optimum operating point.The HMS-2000-4WB achieves a rated output power of 2000 VA It is ideal for high-performance mini-PV systems and domestic PV applications. Highlights at a glance 2000 VA output powerHigh performance for modern mini-PV and balcony solar systems.4 independent MPPT trackersOptimal power output with up to four connected solar panels.4 PV inputsDirect connection of up to four PV modules.Integrated Wi-Fi & BluetoothDirect communication with the S-Miles Home app without an additional DTU.Plug & PlayQuick and easy installation thanks to the ‘ Hoymiles ’ plug-and-play system.High efficiencyUp to 96.5% peak efficiency.High module compatibilitySuitable for modern solar modules with a typical 400 to 670+ W per module.High input currentUp to 16 A input current per PV input.Robust IP67 housingSuitable for long-term outdoor use.Passive coolingFanless operation via natural convection.12-year manufacturer’s warrantyFor long-term planning certainty. Four MPPT channels for maximum energy yield The Hoymiles HMS-2000-4WB features four separate PV inputs with four independent MPPT trackers. This allows up to four solar modules to be operated and controlled independently of one another. This offers particular advantages in: East/West orientationdifferent module tiltsintermittent partial shadingvarying irradiation conditionsInstallation on various roof or façade surfaces This enables each connected solar module to reach its optimal operating point independently of the other modules. Particularly in the case of installations with varying orientations or partial shading, this can improve energy yield compared to systems with shared MPP tracking. Integrated Wi-Fi & Bluetooth When HiFlow 2000 Pro are 2.4 GHz Wi-Fi and Bluetooth already integrated directly into the inverter. About the Hoymiles S-Miles Home app Among other things, you can monitor operating data, configure system settings and check the system’s performance. An additional Hoymiles-DTU is not required for normal use of the HMS-2000-4WB. Ideal for high-performance mini PV systems With an output power of 2000 VA With four separate PV inputs, the HMS-2000-4WB is particularly suitable for high-output systems with up to four solar modules. Typical applications: Balcony power stations and mini PV systemsPatiosGarages and carportsGarden shedsFacade systemsFlat and pitched roofssmall domestic photovoltaic systems Note: When connecting and operating the system, the applicable legal requirements, electrical regulations and the grid operator’s specifications must be observed. Simple plug-and-play installation The HiFlow 2000 Pro has been designed for the simplest possible installation. Hoymiles ’s plug-and-play connection system enables a quick connection between the inverter and the AC connection. Thanks to the integrated Wi-Fi and Bluetooth module, setup can then be carried out via the S-Miles Home App must be carried out. The relevant electrical regulations and the grid operator’s requirements must be observed during installation and operation. FAQs about the Hoymiles HiFlow 2000 Pro HMS-2000-4WB How many solar panels can be connected? On Hoymiles The HMS-2000-4WB can connect up to four solar panels be connected. Each module has its own PV input with a separate MPPT. This ensures that each module is controlled individually and can reach its optimum operating point independently of the other modules. Which solar modules are suitable? Hoymiles specifies a typical module power rating for the HMS-2000-4WB of 400 to 670+ W per module. Thanks to a maximum input current of 16 A per input the inverter is also suitable for many of today’s high-performance solar modules. For the final design, particular attention must also be paid to the module voltage, short-circuit current and temperature coefficients of the solar module used. Do I absolutely need a DTU? No. The Hoymiles HMS-2000-4WB already features an integrated Wi-Fi and Bluetooth. This allows the inverter to be connected directly to the S-Miles Home App be connected. Operating data can be monitored and available settings adjusted. An additional Hoymiles-DTU is not required for normal use of the HMS-2000-4WB. What are the advantages of the four MPPT trackers? Thanks to the four independent MPPT trackers Each connected solar panel is controlled separately. This is particularly advantageous for: different roof orientationsEast/West-facing installationsdifferent module tiltsPartial shadingvarying levels of solar irradiance As a result, the output of a module receiving less sunlight has a significantly smaller impact on the other connected modules. Can the output power be limited? The HiFlow series supports intelligent power management and corresponding system configurations via the Hoymiles system. The power limitations available in a specific application may depend on the firmware, app version, system configuration and the applicable grid requirements. Is the inverter suitable for outdoor use? Yes. The Hoymiles HMS-2000-4WB has the following protection rating IP67 and is therefore designed for outdoor use. Cooling is achieved passively via natural convection, so no fan is required. Contents of the package 1 × Hoymiles HiFlow 2000 Pro HMS-2000-4WB micro-inverter1 × Hoymiles MS Plug-and-Play cable1 × Disassembly tool1 × User manual