Xindun 8000w solar system successfully applied in Trinidad and Tobago. Here is the accessories detail for the solar power system project.
1. 380w mono solar panel - 12 pieces
2. 8000w 96v DC inverter - 1 piece
AC input: 110v 60Hz
AC output:110V&220AC 60Hz split phase
With wifi monitor system
3. 96v50A mppt solar charge controller - 1 piece
4. 12v200Ah Gel type Lead Acid batteries - 8 pieces
5. 3 in 1out combiner box
6. Structure for 12 pieces 380w solar panel
7. PV cables, batteries cables and other accessories.
The 8000w solar system was installed in client house, support the lights, TV, refrigerator, swimming pool, water pump, air conditioner, oven and other loads.
This solar power system is split phase project. There are 110v single phase and 220v single phase appliance loads in client house. In this situation, need the solar inverter to support the 110v single phase loads and 220v single phase loads together. So the inverter need to make split phase, that's special AC output. Xindun NB series inverter can achieve simultaneous output of 110V and 220V.
1. For this solar system, 12 pieces 380w solar panel , the solar panel is 4.56kWp capacity, it can produce about 18kWh electricity per day.
2. 8 pieces 12v200Ah Gel type lead acid batteries, the batteries storage is 13.4kWh electricity.
3.There is the AC input terminal, the clients can use the electricity grid power to charge the batteries and loads when in the night time, no solar and battery run out.
4.The clients house electricity bill is about 25kWh electricity consumption per day , this solar system can help the clients save about 70% electricity bill.
We offer the solar panel, solar inverter, mppt solar charge controller, batteries ,and other accessories, and the structure diagram and solar system wiring diagram.
The clients ask for the local installation team to help him install the solar system based on the wiring diagram connection.
The solar power system is working well and the client is very satisfied and love it so much. Off-grid solar systems provide the benefits of providing modern electricity services to home that cannot access the power grid. It reduces the cost of electricity on islands and other remote areas that rely on oil-fired power generation, and enables homes and small businesses to generate electricity.
