UniEnergy LFP
High-powered lithium-ion (Li-ion) battery cabinets LiFePO4.
Made in Russia
UniEnergy LFP – high-voltage systems for high power and energy storage can have a large variety of applications on shore and marine complexes, combining long life, safety and reliable operation.
Applications:
- Standby storage batteries for renewable energy sources and power plants
- Hybrid and fully electric drive systems
- Effective load allocation on power plants
- Reserve service for industrial plants
- Mobile energy storage complexes
Modular design allows adapting battery configuration:
- For any system voltage up to 1000V
- For stationary and mobile use
- For any power up to 10MW
Advantages and features:
- “Turn-key” system
- Quick and convenient module replacement
- Simple charging stations integration
- Ready component of Smart-grid systems
Safety:
- SOH system to control cell ageing and cycle
- SOC control for each cell
- Li-ion LiFePO4 cells for excellent safety
- Control system provides emergency shut-down for further service and repair
- Black box to store operation records and emergencies
Specifications:
Electrical characteristics |
||
---|---|---|
Voltage |
624-676 V |
|
Density |
108.1 kW·h |
|
Power |
325 kW / 540.8 kW – 30 sec for impulse mode |
|
Current (1C) |
160 A |
|
Nominal specific energy |
100 W·h/kg |
|
Nominal energy density |
112 W·h/l |
|
Life cycle 1С, +22ºС, 80% DOD |
5000 |
|
Nominal mode |
Charge |
0.5 С |
Discharge |
1 С |
|
Max continuous |
Charge |
2 С |
Discharge |
3 С |
Mechanical characteristics | ||
---|---|---|
Weight |
up to 1100 kg |
|
Dimensions |
780х1700х710 mm |
Operation conditions | ||
---|---|---|
Optimum temperature range |
+19ºС / +22ºС |
|
Life time (if operated according to Technical manual), not less than |
10 years |
Dimensional drawing

A, mm | B, mm | C, mm | |
---|---|---|---|
UniEnergy LFP 650 | 1700 | 780 | 710 |
UniEnergy LFP 760 | 1900 | 780 | 710 |
UniEnergy LFP 1000 | 2300 | 780 | 710 |
Files
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Type approval certificate of Russian Maritime Register of Shipping (RU | EN)
Adobe PDF (2.4 МБ)