WORKING OF OFF-GRID SOLAR POWER PLANT

Off-Grid Solar Power Plant

Capitalizing on the ability of our dexterous and eminent crewmen, we are indulged in the realm of providing Off-Grid Solar Power Plant.

Off-Grid System (Solar+Battery):

Off Grid systems are typically used in remote applications where utility power is not available. It is independent from the utility grid. Solar power generated is stored in batteries for use after sundown, a generator can also be used for back-up. The off grid inverter is a three-in-one system, integrating the controlling of battery charging/discharging, inverting and load dumping.

Off-Grid a battery based Solar Power Plant will supply electricity from Solar Panels. In the day time solar will run the connected load and balance energy storage in the form of a battery bank through Solar Inverter to provides a buffer and control flexibility to allow optimum use of the renewable energy source without jeopardizing the robustness and quality of power delivered to the customer. The system controller will monitor and measure how much energy is being produced by the solar array, it has the ability to harvest the maximum possible energy. In the event of large availability of solar power and less load, it will be possible to store the energy in the battery and to cater the load simultaneously. The battery bank will allow excess solar energy to be stored and used later on when required.In effect the battery bank will provide flexibility and supply.

If you are facing power-cut problem or don’t have a reliable grid and also want to reduce your electricity bill, then Off-Grid Solar Power Plant is recommended to you. If you want to reduce your electricity bill only, the you should go with On-Grid System. Off-Grid System is completely different from On-Grid System. See the On-Grid and Hybrid Systems here.

The complete Detail, Size, Watt, Volt, Working, Technical Specification and Cost of 1kW 2kW 5kW and 10kW Off Grid Solar Power Plants are as below:

1KW SYSTEM SPECIFICATIONS

Each Stand-alone Solar Photovoltaic System will have following ranges:

ParametersCapacity
1. Total PV Module1 Kw
2. PV module capacity250 kwp
3.No. of Panels4 nos.
4 Solar PCU/Inverter1 KW
5 Batteries (150 Ah X 12 V)2 Nos.
6 Space required8 sq meter
7. Supporting StructureGI Chanel
WITH COMPLETE ACCESSORIES.

WARRANTY:

5 years for Complete System.

25 years for Solar Panels.

DELIVERY AND INSTALLATION:

7 Days from the order along with advance.

2KW SYSTEM SPECIFICATIONS

Each Stand-alone Solar Photovoltaic System will have following ranges:

ParametersCapacity
1. Total PV Module2 Kw
2. PV module capacity250 kwp
3.No. of Panels8 nos.
4 Solar PCU/Inverter2 KW
5 Batteries (150 Ah X 12 V)4 Nos.
6 Space required16 sq meter
7. Supporting StructureGI Chanel

WITH COMPLETE ACCESSORIES.

WARRANTY:

5 years for Complete System.

25 years for Solar Panels.

DELIVERY AND INSTALLATION:

7 Days from the order along with advance.



10KW SYSTEM SPECIFICATIONS

Each Stand-alone Solar Photovoltaic System will have following ranges:

ParametersCapacity
1. Total PV Module10 Kw
2. PV module capacity250 kwp
3.No. of Panels40 nos.
4 Solar PCU/Inverter10 KW
5 Batteries (150 Ah X 12 V)15 Nos.
6 Space required80 sq meter
7. Supporting StructureGI Chanel

WITH COMPLETE ACCESSORIES.

WARRANTY:

5 years for Complete System.

25 years for Solar Panels.

DELIVERY AND INSTALLATION:

7 Days from the order along with advance.