| Brand | Rw Energy |
| Series | SST |
| Rated Operating Power | 2,400kW |
| Rated Voltage | 10kV AC |
| Rated Current | 139A |
E⁴ MATRIX-ES integrates power electronic battery stacks and power electronic transformers (PET). By replacing the traditional PCS + power-frequency transformer two-stage architecture with a single power electronic transformer, the system delivers fundamentally higher conversion efficiency, finer battery management, a safer system architecture, and faster grid support — reducing cost per kilowatt-hour and accelerating the investment return cycle for utility-scale energy storage.
|
Parameter |
Value |
|
Cell Type |
LFP 280Ah |
|
Pack Capacity & Configuration |
57.344kWh / 1P64S |
|
Battery Cluster Capacity & Configuration |
172kWh / 1P192S |
|
System Capacity |
4,816kWh |
|
Battery Controller |
Available |
|
Parameter |
Value |
|
Rated Operating Power |
2,400kW |
|
Rated Voltage |
10kV AC |
|
Rated Current |
139A |
|
Rated Frequency |
50Hz |
|
Voltage Range |
±20% |
|
Frequency Range |
±5Hz |
|
Total Harmonic Distortion (Rated Power) |
<1.5% |
|
DC Component |
<0.5% In |
|
Power Factor |
Continuously Adjustable |
|
Wiring Method |
3/PE |
|
Parameter |
Value |
|
Charge-Discharge Rate |
≤0.5C |
|
Depth of Discharge |
100% DOD |
|
Cycle Life |
≥8,000 cycles |
|
Charge-Discharge Switching Time |
≤30ms |
|
Communication Interface |
LAN |
|
Relative Humidity |
0-95% (No Condensation) |
|
Altitude |
≤4,000m (Derating above 3,000m) |
|
Protection Level |
IP55 |
|
Noise Level |
≤75dB |
|
Cooling Method |
Liquid Cooling + Air Cooling |
|
Fire Protection System |
Pack-Level Perfluoroketone Fire Protection + Active Safety |
|
Operating Temperature |
-25 ~ +60°C |
Note: The above parameters are for reference only. If there are any changes, please refer to the actual product.
Traditional BESS relies on a two-stage "PCS + power-frequency transformer" architecture, where each stage consumes energy and the transformer burns no-load iron loss 24/7. The E4 replaces both with a single power electronic transformer — cutting conversion stages from two to one and eliminating no-load loss entirely. This is why the system achieves ~3% higher efficiency and up to 40% faster grid response.
The DC side is independent of inverter operating conditions, reducing series cells by 50% and cutting power loss by 4%. Active thermal balancing further increases available power by 7% and extends cycle life by 25%.
Yes. The system has no inverter condition limitations, supports high-penetration dynamic active power support, and is compliant with the latest GB standards for grid connection and safety.