The design of the ESS system is to reduce the cost and maintain grid stability.
The significant benefits are as follows:
Enhance power system reliability
Reduce the power cost and minimize the potential for power loss
Peak load shifting
Very high volumetric energy density
Double containers in parallel to save space
Modular design, reasonable layout, convenient maintenance
Standard containers are easy to load and unload, transport, and install
Cell-level temperature monitoring, Cell-level thermal barrier
PACK level submersion suppression
– fully submerged gas extinguishing
– whole container fire sprinkler
Modular adjustable piping for excellent temperature uniformity
BMS + liquid cooling linkage control for high efficiency and energy-saving
OPS system to improve operation and maintenance efficiency
Standardized, modular design, small footprint
Three levels of protection control strategy
Multi-stage thermal design and optimization from cell to system
Refined thermal management operation strategy
MODEL | ESD768-1P2760 | ESD1088-1P3130 |
---|---|---|
Cell Capacity | 90Ah | 90Ah |
Nominal Capacity | 2760kWh | 3130kWh |
Recommended Voltage | 672~864V | 952~1224V |
Rated Voltage | 768V | 1088V |
Max Charge Rate | 1P@25℃ | 1P@25℃ |
Max Discharge Rate | 1P | 1P |
Max Charge Power | 2760kW(1P) | 3130kW(1P) |
Operating Temperature Range | -20~45℃ | -20~45℃ |
Operating Humidity Range | ≤ 95% | ≤ 95% |
Enclosure Protection Rating | IP54 | IP54 |
Cooling | Forced air-cooled | Forced air-cooled |
Fire Fighting System | HFC-227ea/Novec1230 | HFC-227ea/Novec1230 |
Altitude | ≤ 2000m | ≤ 2000m |
Communication | CAN、RS485、Ethernet | CAN、RS485、Ethernet |
Certification | GB/T36276 | IEC62619、IEC61000、 UL1973、UL9540A、UN38.3、 GB/T36276 |
Dimensions(W*D*H) | 12192mm×2438mm×2896mm | 12192mm×2438mm×2896mm |
Weight | 43t | 49t |