Industrial and commercial energy storage cabinets and solution providers
The 522kWh energy storage cabinet uses durable 314Ah battery cells and a precise liquid cooling system (±3°C temperature control), combining high reliability design with convenient operational features to ensure an ultra-long cycle life. The intelligent BMS/EMS control system and built-in fire protection form a worry-free energy module, while the open PCS interface supports customer-defined power conversion. The modular design enables quick system integration and easy expansion, meeting the requirements for customized energy storage system construction.
The system uses a modular architecture, ensuring both configuration flexibility and support for scalable growth. It supports rapid deployment scenarios and can easily achieve parallel scaling to meet future capacity requirements.
Supports integration with products from multiple power conversion system manufacturers, providing customers with ample flexibility to choose the optimal components based on their specific needs and preferences.
Strictly implements control instructions and features a multi-layer protection design, including fireproof, explosion-proof, and impact-resistant characteristics, ensuring safety in all operating environments.
Provides high-speed charge and discharge response, meeting the critical needs of frequency regulation and grid stability in various application scenarios.
Battery Capacity | 522 kWh |
Rated Battery Voltage / Voltage Range | 832V |
General | |
Dimensions (L*W*H) | 1900mm× 1550mm× 2350mm |
Weight | Around 5400kg |
Operating Temperature Range | -25°C~+55°C |
Relative Humidity | 0~95%RH(non-condensing) |
Altitude | ≤ 2000 m |
Cooling | Liquid Cooling |
Noise | ≤73dB @1m |
Ingress Protection | IP54 |
Fire suppression system | Active early warning + smoke and temperature sensor + combustible gas detection + cabinet level fire suppression + external water fire suppression + explosion-proof exhaust + blow-off valve |
Communication | RS485 / CAN / LAN |
Standard | UN38.3、IEC62619、EN IEC61000、EN62477、RoHS2.0 REACH SVHC(254) EN50549-1 EN50549-10 |
