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Powtrix 3.0 DC Container
Key Characteristics:
- High Safety: Multi-factor safety matrix analysis and measures
- Active Balancing: Improved balancing efficiencyFurther increase available energy
- Intelligent Temperature Control: 3℃
Cell Chemistry:LiFePO4
High Performance
- Compared with the 5 MWh system, the energy density is increased by 20%, the plant station land usage is saved by 16%, and the site working hours are reduced by 18%.
- Based on the “Wending” technology, the round-trip efficiency (RTE) and cycle life are significantly improved.
- The application of active balancing technology improves the balancing efficiency and further increases the available energy.
High Reliable
- Upgraded based on 300Ah-series cell products, ensuring higher product maturity and process reliability.
- The overall container structure stability meets the high-level standards of IEEE693.
- Multiple active and passive thermal runaway protections at the module level, combined with the container-level fire protection system, effectively suppress the thermal runaway propagation.
High Flexibility
- Compatible with a wide range of application scenarios, being suitable for both 2 h and 4h+ energy storage systems.
- Supports 1, 2, and 12 DC output channels, which can be matched with the access of various PCSs.
- Supports no coolant drain maintenance. Significantly improve the system availability by combining with the BMS automatic exit and entry strategy.
Items | Technical Indicators |
Cell Chemistry | LiFePO4 (LFP) |
Assembly Configuration | 416S12P |
Nominal Voltage | 1331.2V |
Voltage Range | 1040V~1500V |
Nominal Energy | 6.261MWh |
Dimension | 6058×2438×2896(mm) |
Weight | 49t |








