The 10kW solar off grid power plant is composed of solar panels, batteries, inverters and other accessories. This system can supply power to home loads independently, also it can be connected to grid or generator to take them as backup when battery is over discharged.
Inverter power: 2pcs 5kw in parallel
AC output voltage: AC110V/120V or AC220V/230V/240V
Battery voltage: DC48V
Battery type: Gel battery or LiFePO4 battery
Solar panel type: Mono or poly
Compatible with grid and generator
Monitor: WIFI or GPRS
10kw off grid solar system configuration for your reference
No | item | quantity |
1 | mono 400w | 12pcs |
2 | PV structure(C type galvanized steel or aluminum alloy) | 1set |
3 | PV combiner box(3 inputs, 1 output) | 2pcs |
4 | solar inverter with built-in MPPT controller | 2pcs 5kw in parallel |
5 | LiFePO4 battery(51.2v100ah) | 4pcs in parallel |
6 | MC4 connector | 12pcs |
7 | PV cables(solar panel to PV combiner box) 4mm2 | 200m |
8 | BVR cables(PV combiner box to inverter) 10mm2 | 40m |
9 | BVR cables(battery to inverter) 25mm2 | 20m |
Solar panel power and battery capacity can be customized based on your daily load consumption, backup hours and site location(solar irradiance figure).
Main components introduction
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mono or poly solar panels, grade A cells, with excellent low irradiance performance and excellet PID resistance |
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mounting structure for solar panels, gavalnized steel or aluminum alloy, roof type or ground type. It can be designed based on your needs |
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PV combiner box, 3 inputs, 1 output, with DC breaker, SPD and fuse. 500V, IP65 protectiong grade |
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5kW solar inverter with built-in mppt controller, compact high frequency type, suitable for both gel battery and lithium-ion battery. Different working modes can be set on the machine. 2pcs in parallel to get 10kW. |
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51.2V100AH lithium-ion battery, 48V is also available. Wall mounted or rack type can be optional. Grade A cells, long lifespan with perfect protection function |
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PV cables, Stranded tinned copper, UV resistant outshell. |
How to choose one suitable solar off grid system?
1, confirm the inverter voltage and inverter power based on your loads
2, confirm if the system is totally off grid or with grid/generator as backup
3, confirm solar panel power based on your daily load conumption and solar irradiance figure
4, confirm battery type and battery backup hours