Deye Sun 20K-SG01HP3-EU-AM2 Three Phase Hybrid Inverter 20KW

The Deye GB-L-PRO16 is a powerful and highly flexible high-voltage energy storage system that has been specially developed for modern photovoltaic systems in domestic and small commercial applications. With a gross capacity of 16.36 kWh it offers a generous energy reserve to significantly increase self-consumption and sustainably boost independence from the public power grid.The system impresses with its modular design and the advanced lithium iron phosphate technology (LiFePO4), which guarantees maximum safety with a long service life at the same time. Thanks to simple stack assembly, the system can be installed without complex cabling between the modules and easily expanded if required.Highlights at a glanceHigh safety: The cobalt-free LiFePO4 chemistry ensures maximum safety, thermal stability and a long cycle life.Simple installation: Thanks to the modular "plug-and-play" design, stack assembly is fast and requires no additional cable connections between the battery modules.Integrated BMS: The intelligent battery management system monitors every single cell and protects against overcharging, deep discharge as well as extreme temperatures.Efficient high-voltage technology: The high system voltage reduces conversion losses and optimises efficiency in combination with modern hybrid inverters.Emergency power capability: Supports high discharge rates to safely supply critical household loads even during power outages.Robust design: With protection class IP65, the system is dust-tight and protected against water jets, enabling installation in different environments.Areas of applicationThe GB-L-PRO16 is the ideal storage solution for demanding energy concepts:Self-generated electricity optimisationStoring surplus solar power during the day for use in the evening and at night.Backup power supplyIn conjunction with compatible hybrid inverters, the system provides protection in the event of power grid failures (blackout readiness).Peak load capping (peak shaving)Reduces electricity costs by buffering peak loads, especially in households with heat pumps or e-charging stations.Installation & safety instructionsSite selectionPlace the storage system on a flat, load-bearing surface. Ensure sufficient ventilation and observe the recommended minimum clearances from walls.Protection from extreme temperaturesAlthough the system is designed for a wide temperature range, installing in cool, frost-free indoor areas (e.g. basement or utility room) extends the lifespan of the cells.Professional commissioningThe electrical connection to the inverter and the configuration of the BMS should only be carried out by certified professionals in order to maintain warranty coverage. Properties Model**Deye GB-L-PRO16** Nominal energy**16.36 kWh** Voltage**409.6 V** (High voltage) Battery typeLithium iron phosphate (LiFePO4) Max. charge/discharge current40 A Usable energy (90% DoD)14.4 kWh Protection class**IP65** (Dust and water jet protected) Cycle life≥ 6000 cycles (@25°C, 90% DoD) CertificationsCE, IEC62619, VDE2510-50, UN38.3  FAQs about the Deye GB-L-PRO16 battery systemCan I expand the system by adding more modules later?Yes.Thanks to its modular design, you can flexibly adapt the capacity of your storage system to increased energy demands by adding more compatible battery modules.Which inverters is the system compatible with?Primarily with Deye hybrid inverters.The system is optimally matched to Deye high-voltage hybrid inverters. Please check the current compatibility list for third-party manufacturers before installation.Why is LiFePO4 used as the cell chemistry?Because of its superior safety.Unlike conventional lithium-ion batteries (NMC), LiFePO4 is chemically significantly more stable. Even if mechanically damaged, these cells are not prone to ignition, making them the safest choice for residential buildings.Does the system have integrated heating for winter operation?Yes, optionally.The Deye GB-L-PRO16 system supports an integrated heating function, which allows the battery cells to be charged safely even at low ambient temperatures. This is particularly important for installations in unheated rooms to prevent cell damage when frosty.What is the maximum discharge power of the 16.36 kWh system?Depending on the module configuration.Thanks to the high-voltage technology, the system can supply high discharge currents. As a rule, this 16.36 kWh package enables a continuous output of around 8 kW to 12 kW, ideal for operating heat pumps or wallboxes. Scope of supply Deye GB-L-PRO16 Modular high-voltage battery system (16.36 kWh): System compositionThis product is a set and consists of five separate main components, which together make up a 16.36 kWh high-voltage tower system.Component 1: Deye GBL-PRO BMS (high-voltage control unit & base)The central control unit (BMS) managing the entire high-voltage system. This unit forms the base of the battery tower.Components 2, 3, 4 & 5: Four Deye GB-L-PRO-BATT high-voltage battery modules (each 4.09 kWh)Four high-voltage battery modules, each 4.09 kWh, to be stacked onto the BMS unit and with each other.1 x set of battery connection cables (plus & minus)A pair of special high-voltage power cables to connect the BMS unit to a compatible high-voltage hybrid inverter.1 x communication cable (CAN/RS485)A data cable for communication between the BMS and the inverter.3 x connection bridge / series connection cableShort, robust cables or fixed bridges to connect the four battery modules in series.1 x grounding cableA protective earth cable to appropriately ground the BMS unit.1 x installation accessories (tower mounting)Includes screws or locks to securely connect the five components into a tower.1 x operating and installation manualA printed manual describing the installation of the entire high-voltage tower system.

The Deye GB-L-PRO24 is a high-capacity, high-voltage energy storage system designed for demanding photovoltaic projects in domestic and small business sectors. With a massive gross capacity of 24.56 kWh, it represents one of the most powerful configurations in the GB-L series, enabling near-total energy independence even with high power consumption.The system uses proven lithium iron phosphate technology (LiFePO4), which is renowned for its extreme safety and cycle stability. Thanks to the modular stack design, this battery storage can be installed quickly and neatly without complicated inter-module wiring.Highlights at a glanceMaximum capacity: With 24.56 kWh, the system offers huge reserves for heat pumps, electric vehicles and commercial applications.Safe cell chemistry: The cobalt-free LiFePO4 technology prevents thermal runaway and guarantees a long service life of over 6000 cycles.Efficient high-voltage architecture: The high operating voltage minimises conversion losses and ensures highly efficient coupling with state-of-the-art hybrid inverters.Simple scalability: The modular "plug-and-play" principle allows rapid installation by simply stacking the components.Intelligent management: The integrated GBL-PRO BMS continuously monitors all cell parameters and optimises the charging and discharging strategy.All-weather housing: The IP65 rating ensures reliable operation and protection against dust and water jets in various installation environments.Areas of applicationThe GB-L-PRO24 is the ideal solution for complex energy scenarios:Large private householdsStorage of massive solar surpluses for the night, ideal for the simultaneous operation of air conditioners and pool technology.Commerce & agricultureCovering high base loads and buffering power peaks (peak shaving) to lower grid fees.Complete energy independence (off-grid)In combination with powerful inverters, forms the core of a stand-alone system for uninterrupted power supply.Mounting & safety instructionsObserve static requirementsA fully equipped tower of this capacity class has a considerable weight (approx. 250–280 kg). Check the load-bearing capacity of the substrate in advance.Central BMS requiredFor operation of this 24.56 kWh package, the corresponding GBL-PRO BMS and associated base plate (Base) are absolutely required.Fire protection & ventilationObserve the manufacturer’s specified minimum distances from walls and combustible materials to ensure optimal heat dissipation. Properties Model**Deye GB-L-PRO24** Nominal energy**24.56 kWh** Voltage**614.4 V** (high voltage) Battery typeLithium iron phosphate (LiFePO4) Max. charge/discharge current50 A Usable energy (90% DoD)22.10 kWh Protection rating**IP65** (indoor/outdoor installation) Cycle life≥ 6000 cycles (@25°C, 90% DoD) CertificationsCE, IEC62619, VDE2510-50, UN38.3  FAQs about the Deye GB-L-PRO24 battery systemCan I connect two of these 24.56 kWh towers in parallel?Yes.The Deye system supports the parallel connection of several battery towers. This means that much larger capacities than 24 kWh can be achieved to meet even greater commercial needs.Is the system compatible with single-phase inverters?No, generally not.The GB-L high-voltage series is specifically designed for three-phase hybrid inverters (such as the Deye SUN-5/6/8/10/12K-SG04LP3-EU series). For single-phase systems, Deye generally offers low-voltage (48V) solutions.Does the system have an emergency power supply function?Yes, in conjunction with the inverter.The battery system is designed for high discharge currents and can take over house backup power supply in the event of a power outage, provided the connected inverter supports this.How deeply can the storage be discharged?Up to 90% (DoD).The intelligent BMS allows a depth of discharge (DoD) of up to 90% to maximise usable capacity without negatively affecting cell life.Does the system require regular maintenance?No.The system is maintenance-free. However, the condition can be monitored at any time via the app or web portal using the integrated communications interface to ensure optimal performance. Scope of delivery: Deye GB-L-PRO24 (24.56 kWh high-voltage battery system) 1 x Deye GB-LB BMS controller (control unit)The central high-voltage control unit mounted at the top of the battery stack, responsible for full management and communication with the inverter.6 x Deye GB-L-PRO4.1 battery modulesModular LiFePO4 storage elements, each providing 4.09 kWh capacity, together delivering the total capacity of 24.56 kWh.1 x Deye GB-L Base (base plate)The sturdy base for floor installation, serving as a firm foundation for the entire battery tower.1 x set of internal connection cables (plug & play)All required connectors and short communication bridges for electrical coupling of the modules within the tower.1 x external cable set (Power & BMS)Includes high-voltage power cables to the inverter and the essential data cable for BMS communication.1 x wall-mounting set (tilt protection)Mounting accessories for fixing the battery tower to the wall to guarantee maximum stability.1 x set of mounting materialAll screws and small components required for mechanically connecting the modules and controller.1 x operating and installation manual (User Manual)A technical manual providing detailed stacking, wiring, and configuration instructions for the high-voltage system.

The Deye BOS-G25 PRO high-voltage storage set with 25.6 kWh is the ideal storage solution for small to medium-sized commercial and agricultural applications. It combines modern lithium iron phosphate technology (LiFePO4) with an intelligent battery management system and enables safe, flexible and long-lasting energy storage. Thanks to its modular design, the system can be easily expanded and is compatible with Deye high-voltage inverters.Highlights at a glance25.6 kWh of usable energy for business, agriculture or large householdsModularly expandable by connecting several battery modules or entire racks in parallelIntelligent BMS with protection against overcharging, deep discharge, overcurrent and temperature faultsSafe LiFePO4 cell technology with over 6000 charge cycles at 90 percent depth of dischargeEasy installation thanks to 19-inch rack standard with compact, easily serviceable modulesTechnical performance and safetyThe BOS-G25 PRO system consists of 5 battery modules, each with 5.12 kWh (100 Ah, 51.2 V). The modules are connected in series, resulting in a system voltage of 256 volts. The usable energy is 23.04 kWh. The high charging and discharging performance (nominal 100 A, peak 120 A for 2 minutes) ensures a stable supply even for increased power demand. An integrated battery management system monitors each cell individually and reliably protects the system. The charging and discharging temperatures range from -20°C to +55°C, making the system suitable for unheated technical rooms or containers.Modularity and expansionThe BOS-G25 PRO can be flexibly expanded: Up to 12 modules can be installed per rack. Several racks can be connected in parallel, with the system supporting up to 16 battery racks and 10 AC-coupled inverters. This enables systems with up to 184 kWh capacity. Installation is carried out using standardised components and pre-assembled cables, saving time and costs.Who is the Deye BOS-G25 PRO suitable for?Commercial enterprises with high energy requirements (e.g. machinery, cooling, lighting)Agricultural applications such as milking robots, pumps or cold storesApartment blocks or shared storage solutionsOff-grid systems or regions with unstable grid supplyProjects with growth option thanks to simple, modular expandability  ModelDEYBOS-G-PRO Battery typeLiFePO4 Module capacity (kWh)5.12 Module nominal voltage (V)51.2 Module capacity (Ah)100 Max. battery module number InSeries (optional)5-16 System nominal voltage (V)256-819.2 System operating voltage (V)220~934.4 System capacity (kWh)25.6-81.92 System usable capacity (kWh)23.04-73.73 Charge/discharge current (A) - recommendation50 Charge/discharge current (A) - nominal value100 Charge/discharge current (A) - peak discharge (2 min,25°C)125 Operating temperature (°C)Charging: 0 ~ 55 / Discharging: -20 ~ 55 Display system indicator Yellow : Battery High VoltagePower On Red : Battery System Alarm Communication connectionCAN2.0, RS485 Humidity5% ~ 85%RH Altitude≤3000m Housing IP protection classIP20 Storage temperature (°C)0 ~ 35 Dimensions (W/D/H, mm)530 * 602 * 2219 Weight (kg)290-837 Installation locationFloor mounting Recommended depth of discharge90% Cycle life25 ± 2°C, 0.5C/0.5C, EOL70% ≥ 6000 Warranty10 years CertificationsUN38.3 / CE / CE-EMC / IEC62040 / CEC / VDE  FAQs about the Deye BOS-G25 PRO high-voltage storage setHow long does the battery last, and what safety features does it have?BOS‑G Pro modules offer a service life of ≥ 6,000 cycles at 70 % DoD (0.5 C charge/discharge at 25 °C) together with a 10-year warranty. The integrated LiFePO₄ technology is considered thermally stable and safe, with comprehensive BMS protection against overcharging, deep discharge, overcurrent, cell balancing, temperature monitoring and more.Can the storage system be operated in parallel with other units or inverters?Yes, thanks to its modular design, several 19‑inch modules can be connected in parallel, both for capacity expansion as well as for performance increase. The system also supports AC parallel operation with up to 10 Deye inverters. Firmware updates are flexible via USB, WLAN or remote access via the inverter.What about maintenance and fault diagnosis?The integrated BMS (Battery Management System) of the BOS‑G Pro continuously monitors the voltage, temperature and current of each cell and reliably protects against under/overcharging as well as overcurrent and temperature. Maintenance and initial diagnosis are performed via the touch display on the module or via remote access (USB/WLAN). Detailed fault descriptions and maintenance instructions can be found in the enclosed installation and operating manual .Is the system suitable for outdoor use?The storage system itself is rated IP20 and should therefore be installed in a weather-protected area (e.g. technical room or container).How is the installation organised, and is a rack required?The BOS‑G Pro module has a standardised 19‑inch embedded design, enabling quick, tool-free installation and greatly facilitating access for maintenance. For large installations with more than eight modules, optional 3‑unit racks can be used to provide stable support and allow tidy cabling. Up to 16 such racks can be installed in parallel as required, enabling high scalability and flexible configuration. Scope of delivery Deye BOS-G25 PRO high-voltage storage set (25.6 kWh) with rack system: System compositionThis product is a set and consists of a rack cabinet and the individual plug-in modules (BMS and batteries).Component 1: Deye rack system / battery cabinetA cabinet to house the BMS unit and battery modules, often with castors and feet.Component 2: Deye control box / BMS plug-in moduleThe central control unit (BMS/BCCB) that is inserted into the rack cabinet as a module.Components 3 to 7: Five Deye BOS-G-PRO-Pack5.1 high-voltage battery plug-in modules (each 5.12 kWh)Five pure high-voltage battery modules, also inserted into the rack cabinet.1 x set of battery connection cables (plus & minus)A pair of special high-voltage power cables for connecting the BMS module to a compatible high-voltage hybrid inverter.1 x communication cable (CAN/RS485)A long data cable for communication between the BMS module and the inverter.5 x connection bridge / series connection cableShort, robust cables or fixed bridges for connecting the six plug-in modules (BMS + 5 batteries) in the rack.1 x earthing cableA protective earth cable for properly earthing the rack system.1 x mounting accessories (rack mounting)Includes screws and rails for attaching the modules inside the rack and material for anchoring the cabinet to the floor.1 x operating and installation manualA printed manual describing the assembly of the complete rack system.

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.