100kWh 80kWp PV Solar Charging Station LFP Battery Bank Dual CCS DC Output
80kWp PV Solar Charging Station
,100kWh Solar Charging Station
,Dual CCS pv charging station
100kWh LFP Battery Bank Solar Storage Charging Station with 60kW Dual CCS DC Output and 80kWp PV Input
The 100kWh solar storage charging station centers on a rack of LFP batteries that buffer solar generation and deliver 60kW DC fast charging. This large buffer means a weak local grid can still host a public fast charger without expensive network upgrades.
- 100kWh rack-mounted LFP battery bank
- 60kW dual-gun DC charger with dynamic power split
- 80kWp rooftop or ground-mounted PV input
- Air-cooled cabinet with integrated fire detection
- Cloud monitoring and OCPP connectivity
The battery inverter operates in either grid-forming or grid-following mode depending on the site requirements. DC coupling reduces conversion losses between solar, battery, and vehicle. The BMS reports cell temperature and state of charge over Modbus to the station controller.
Ideal for highway fuel station conversions, township public charging points, and small logistics hubs that need fast charging but have limited grid supply.
| Battery | 100 kWh LFP |
|---|---|
| DC Power | 60 kW |
| PV Input | 80 kWp |
| Guns | 2x CCS2 |
| Cooling | Air Cooled |
| Protocol | OCPP 1.6 |
| Cabinet | IP54 |
- Fast charging on a weak grid connection
- Battery buffer captures cheap night grid power
- OCPP-ready for network operator management
- Scalable from 100 to 300kWh
We support grid study documentation, remote commissioning, a two-year power module warranty, and a five-year battery warranty.
Yes. The battery covers peak charging demand while the small grid slowly refills the battery bank.
Approximately twenty to thirty sessions per day with good solar input.
Air cooling is standard; a liquid-cooled option is available for hot climates.
Cells are capacity graded and matched within two percent. Each cabinet passes short circuit, over-temperature, and over-voltage tests before shipment.