Nuetech Solar Systems Private Limited

The Sunlight is soaked up by the solar panels and transferred to the charge controllers. Charge controllers also act as a regulator, ensuring that the amount of power received through the solar panels does not overload the battery, instead keep the battery fully charged. battery bank stores up excess energy for cloudy days and nights. Lastly, inverters convert the DC (direct current) power into AC power which is passed on to be digested by your electronics or appliances.

When both the source (Grid and Solar) available then your load at home will run from solar first, if your running load is more than 5 kW then it automatically takes from the main grid. A small 5 kW system like this might be all you need to get started then expand your system later. 5 kW solar system generate average 24 unit in a day.

  

When both the source (Grid and Solar) available then your load at home will run from solar first, if your running load is more than 3 kW then it automatically takes from the main grid. A small 3 kW system like this might be all you need to get started then expand your system later. 3 kW solar system generate average 12 unit in a day.

 

The sun shines on the solar panels, which generate electricity. The inverter converts the DC from the sun into AC, which is then used by consumers in their homes or in commercial establishments. Any solar system’s functions are the same until this point. Beyond this point, the main distinction exists. Following our consumption of power, the surplus energy generated can take one of two paths:

• It can be stored in batteries and used later in the day (off-grid solar system) or it can be used immediately.
• Or it can be fed to the grid (on-grid solar system). Based on the feed-in-tariff rates (tariff fixed by the government for the purchase of solar power generated by solar plants) in your area, your electricity bill is reduced for the amount of power that you have sold to the power grid.

We are engaged in offering 5kW Solar Rooftop Hybrid System to our clients. Our range of all products is widely appreciated by our clients.

The photovoltaic system generates direct current (DC) when solar energy in the form of photons is reflected on the solar panel. The amount of DC energy produced is determined, based on the amount of solar radiation received. This DC energy is delivered to the charge controller, which aids in the regulation of power supplied to the battery. The inverter absorbs energy from these batteries and turns it into a useful alternating current, depending on the power requirements. The wiring system distributes the generated AC energy to various loads. When the battery is fully charged, the solar panel sends the excess DC power generated by the solar panel to the utility grid through the inverter and net metre, and this power will fetch your payment from your grid office. Depending on the need, the battery’s stored energy is extracted during non-sunny days or at night.

Benefits of Solar Power Plants

• Renewable Energy: Solar power is a clean and abundant energy source.
• Reduction in Greenhouse Gases: Produces electricity without emitting greenhouse gases.
• Energy Independence: Reduces reliance on fossil fuels and enhances energy security.

Features:

• Easy to maintain

• High-performance level

• Unique quality