Polinovel grid scale energy storage lithium battery system has a modular design that allows it to adapt to a variety of industrial and commercial scenarios. It features both an energy storage converter and a PV converter, allowing it to generate electricity efficiently using PV.
This commercial battery system can be directly connected to photovoltaic solar panels to prioritise battery charging, as well as convert the photovoltaic current output into grid-available power. It can lower business electricity costs by charging for energy storage during valley hours and discharging during peak hours when there is no PV.
The battery system will discharge with load to meet the power demand when the short-term electric power exceeds the transformer capacity. When the power is interrupted, it can provide seamless short-time power supply for important loads to avoid economic losses.
Model | CBS200 |
Power | 100KW |
Energy | 197kWh |
Battery | 704V280Ah (220S1P) |
Charging and Discharging Rate | 0.5C |
DC-side Voltage Range | 638V~770V |
Maximum AC Output Capacity | AC400V-140A |
Photovoltaic Input Range | 500-900VDC |
IP Degree | IP55 |
Communication | RS485 / CAN2.0 |
User Interface | 7'' display |
Cooling Mode | Forced Air Cooling |
Fire Protection | Heptafluoropropane |
Cycle Life | ≥6000cycles (EOL 70%) |
Altitude | 5000m |
Dimension | 2150*1800*2350mm / 84.6*70.9*92.5in |
Weight | 3500kg / 7716lbs |
Ambient Temperature/Humidity | -30℃~50℃ / 0%~95% |
Certification | UL 1973, IEC 62619, UN 38.3, UL 9540A, GB/T 36276 |
Polinovel grid scale energy storage lithium battery system has a modular design that allows it to adapt to a variety of industrial and commercial scenarios. It features both an energy storage converter and a PV converter, allowing it to generate electricity efficiently using PV.
This commercial battery system can be directly connected to photovoltaic solar panels to prioritise battery charging, as well as convert the photovoltaic current output into grid-available power. It can lower business electricity costs by charging for energy storage during valley hours and discharging during peak hours when there is no PV.
The battery system will discharge with load to meet the power demand when the short-term electric power exceeds the transformer capacity. When the power is interrupted, it can provide seamless short-time power supply for important loads to avoid economic losses.
Model | CBS200 |
Power | 100KW |
Energy | 197kWh |
Battery | 704V280Ah (220S1P) |
Charging and Discharging Rate | 0.5C |
DC-side Voltage Range | 638V~770V |
Maximum AC Output Capacity | AC400V-140A |
Photovoltaic Input Range | 500-900VDC |
IP Degree | IP55 |
Communication | RS485 / CAN2.0 |
User Interface | 7'' display |
Cooling Mode | Forced Air Cooling |
Fire Protection | Heptafluoropropane |
Cycle Life | ≥6000cycles (EOL 70%) |
Altitude | 5000m |
Dimension | 2150*1800*2350mm / 84.6*70.9*92.5in |
Weight | 3500kg / 7716lbs |
Ambient Temperature/Humidity | -30℃~50℃ / 0%~95% |
Certification | UL 1973, IEC 62619, UN 38.3, UL 9540A, GB/T 36276 |
