■ The maximum efficiency of PCS ≥ 99%, and the system round-trip efficiency (RTE) ≥ 92%.
■ Large-area cooling and balanced heat dissipation, supporting 1P charging and discharging applications.
■ Intelligent optimal energy dispatch strategy to enhance system revenue.
■ AI-based pre-diagnosis of battery cell faults helps to reduce the risk of thermal runaway.
■ Three-level over-current protection at the pack level, cluster level, and PCS level is provided.
■ A four-level fire safety design enables timely fire control and management.
■ The integrated system design and transportation reduce the workload of on-site debugging.
■ Multiple machines can be seamlessly paralleled side by side,back to back.
■ Support photovoltaic MPPT access.
■ Remote desktop operation and maintenance, as well as cloud-based intelligent operation and maintenance are available.
■ Digital and intelligent management of the entire data life cycle is carried out.
Classification |
ICB120K241D |
Cell Type | Lithium Iron Phosphate (LFP) / 314Ah |
PACK Configuration | 48kWh*5 |
Battery Configuration | 1P240S |
Rated Cacity | 241kWh |
Voltage Range | 672V~876V |
Charge and Discharge Ratio | 0.5P |
Depth of Discharge | 95%DOD |
Cooling Method | liquid cooling |
Maximum Power | 125kW |
Rated grid voltage | 380V/400V |
Rated grid frequency | 50/60Hz |
THD (rated power) | <3% |
Cooling Method | air cooling |
Combined cycle efficiency | ≥91% |
Protection level | IP55 |
Noises | ≤70dB, low noise version ≤60dB |
Operation Temperature Range | -30~+50℃ |
Altitude of non-degradation | 3000m |
Communication Interface | Ethernet/WIFI/4G |
Parallel Function | Maximum 9 units |
Certification Standards | GB/T34120, GB/T36276, GB/T34131 |
Other Options | Grid-connected cabinet, and off-grid switching cabinet |
System Dimensions (W x D x H) | 1100X2400X1350mm |
Weight | ≤2600kg |
Fire Fighting Methods | Active warning/PACK level immersion/water spray/aerosol |