0.5P/418kWh Liquid-cooled ESS Cabinet
Product List
| System parameters | ||
| Battery Pack Parameters | ||
| Project | Unit | Product Parameters |
| Cell type | LFP314Ah | |
| Combination method | 1P52S | |
| Rated voltage | Vdc | 166.4 |
| Rated energy | kWh | 52.2496 |
| Magnification | Cp | ≤0.5 |
| Battery cluster parameters | ||
| Project | Unit | Product Parameters |
| Pack number of strings | 5S | |
| Operating voltage range | Vdc | 728~936 |
| Rated voltage | Vdc | 832 |
| Rated energy | kWh | 261.248 |
| Rated charge and discharge power | KW | 130.5 |
| Rated charge and discharge current | A | 157 |
| Maximum charging and discharging current | A | 200, <1min |
| Magnification | Cp | <0.5 |
| Standard parameters | ||
| Project | Unit | Product Parameters |
| Dimensions (W*D*H) | mm | 1000×1350×2450 |
| Weight | t | <3 |
| Operating temperature range | ℃ | -25~55 |
| Relative humidity | %RH | 0~95%RH |
| Working altitude | m | ≤4000, (>2000, use reduced limit) |
| Cooling method | Liquid cooling | |
| Protection level | IP54 | |
| Communication interface | 4G Wireless/Ethernet | |
| Qualifying Method | Down in, down out | |
| Firefighting methods | Aerosol, with reserved water fire protection interface | |
Benefit
Benefit
-
High-quality battery cells from leading manufacturers
-
Advanced liquid cooling technology
-
Supports multiple units operating in parallel
-
Real-time fire detection
-
High safety performance
-
Intelligent platform, supporting mobile APP and web access
-
High integration
- Employs a 1500V DC high-voltage system.
- Significantly improves energy storage efficiency while reducing unnecessary losses.
- Overall system cost is reduced by 10%, providing customers with a more cost-effective solution.
-
Multi-level fire monitoring system
- Industry-first fire detection tube fire suppression technology.
- Each PACK is equipped with an independent fire suppression system.
- Enabling precise fire suppression at the single PACK level, effectively preventing the spread of thermal runaway.
- Comprehensively ensuring the safety and reliability of the energy storage system.
-
Full-cycle independent design capability
- A closed loop is formed between simulation verification and early-stage design.
- Achieving design autonomy across the entire ecosystem, from components to products.
