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Polinovel’s C&I energy storage system combines 193–261kWh LFP battery capacity with flexible 30–125kW hybrid power options. Designed for commercial and industrial energy storage projects, this liquid-cooled system supports grid-connected and off-grid configurations, multiple operating modes, and scalable AC/DC expansion.
Use module-level liquid cooling to help manage battery temperature during repeated charging and discharging.
Match 30–125kW PCS power with different battery capacities and site load requirements.
The modular architecture supports scalable AC and DC expansion for changing project requirements.
Self-consumption, peak shifting, forced charging, and forced discharging support different commercial energy strategies.
Specification
Model | CBS193 | CBS209 | CBS241 | CBS261 |
DC Battery Parameters | ||||
Rated Voltage | 614V | 666V | 768V | 832V |
Voltage Range | 538-682V | 582-738V | 672-852V | 728-923V |
Energy | 193kWh | 209kWh | 241kWh | 261kWh |
Battery Type | LFP | |||
Battery Energy | 314Ah | |||
Battery Life Cycle | 6,000 Cycles (0.5C, 5%–95%DOD, 80%SOH) | |||
Battery Standard Charge/Discharge Rate | 0.5C | |||
Battery Pack Series And Parallel | 1P48S×4 | 1P52S×4 | 1P48S×5 | 1P52S×5 |
Module Cooling Method | Liquid Cooling | |||
PCS Parameters | ||||
Optional PCS | 30–125KW Hybrid Inverter (Wall-Mounted) | |||
PCS Power | 30–125KW | |||
Maximum Current | 160A | |||
Maximum Efficiency | 98.50% | |||
System Parameters | ||||
Energy Cycle Efficiency | ≥90% | |||
Protection Level | IP55 | |||
Corrosion Resistance Level | C3 is the default, C4/C5 are optional | |||
Fire Fighting | Aerosol/Perfluorohexanone (Optional) | |||
Altitude | 3000m (Derating Applies Over 2000m) | |||
Relative Humidity | 0–95% (Non-condensing) | |||
Ambient Temperature | -20°C~+50°C | |||
Communications | 4G/CAN/RS485 | |||
Dimensions (W×D×H) | 1065*1413*2149mm | |||
Weight | 2100kg | 2170kg | 2350kg | 2500kg |
Warranty | 5 years | |||
Multiple Operating Modes for Commercial Battery Storage
Store available energy and use it later to increase on-site energy utilization.
Charge during lower-demand periods and discharge when site demand increases.
Schedule battery charging according to the project's operating strategy.
Discharge stored energy according to predefined site requirements.
For a liquid cooled BESS, effective thermal management is important during repeated daily charge and discharge cycles.
Polinovel uses liquid cooling at battery module level to help manage operating temperature. Combined with LFP battery technology and a standard 0.5C charge/discharge rate, the system is designed for regular commercial and industrial use.
Battery Cycle Life
Ambient Temperature
Support site-level energy management for factories and production facilities with changing daily load requirements.
Provide flexible commercial battery storage for offices, hotels, shopping centers, and other business facilities.
Store locally generated solar energy for later use and improve on-site renewable energy utilization.
Support projects requiring grid-connected or off-grid energy storage configurations.