High Voltage 15–50kWh LiFePO₄ Battery for Solar, Backup & EV Use

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High Voltage 15–50kWh LiFePO₄ Battery for Solar, Backup & EV Use

    15.36–51.2kWh modular high-voltage system
    153.6–512V output from 3–10 series modules
    6000+ cycles at 80% DOD, 15-year design life
    1C charge/discharge, max 100A continuous
    Built-in CAN, LCD screen, smart BMS with BCMU
    CE, UL1973, IEC62619, UN38.3 certified

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Parameter
ModelECO51.2H-X1
Battery ModuleECO5.12H-X1(5.12KWh,51.2V100Ah)
Number of Modules10 
Energy Capacity51.2kWh
MAX.Output Power25.6kW
Max.Discharge Current50A/0.5C
Nominal Voltage512V
Voltage Range448-576V
MaX.Charge Power25.6kW
Max.Charge Current50A/0.5C
CommunicationRS232;RS485;CAN
Cycle Life≥6000cycles@25℃,90%DOD,80%EOL
Design Life≥15 Years(25℃)
Certifcation &LicensingCE,UL1973,UL2054,IEC62619,UN38.3,MSDS
ProtectionBMS;High-voltage Protection;
IP ProtectionIP20
Operating Temperature-10℃-50℃
Suitable for inverter brandsGrowatt;Deye;Goodwe;Solis;Solax;Megarevo;Sinecel;etc.

Q :

1. What's the main advantage of using a high-voltage battery system?

A :

High-voltage design improves inverter efficiency, reduces wiring losses, and supports larger system outputs.

Q :

2. Is this system compatible with my solar inverter?

A :

Yes, it supports CAN communication and integrates with most major high-voltage hybrid inverters.

Q :

3. What installation space do I need for this system?

A :

Modules are stackable and compact; each module is approx. 48×48×13 cm. Full systems can be cabinet-mounted or rack-integrated.

Q :

4. Can I expand the system later if my needs grow?

A :

Yes. You can scale from 3 to 10 modules per string, or install multiple systems in parallel with proper inverter support.

Q :

5. What kind of maintenance is required?

A :

Very little. The system is managed by an intelligent BMS and BCMU with protections and performance monitoring via LCD/CAN.

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