Solar energy is one of the most common and greener sources of energy in homes in India. Residential solar / Rooftop panels help house owners control energy wastage, reduce their utility costs, and also promote cleaner architecture.
The majority of households install solar panels on rooftops to harness the rays of the sun and convert them into electricity. The advantages of using residential solar panels cannot be overemphasized because of the lower power consumption, reduction in pollution levels, and compliance with electricity cuts.
Types of Residential Solar Panel Systems
On-grid Solar Systems: The type of solar system that is grid-tied. The homeowners can also use such a system to spin the electricity meter backward as and when desired as they will sell green credits, further reducing electricity costs.
Off-grid Solar Systems: This system is suitable for places that are far from a power grid. It is worked off-geographically and does not rely on the grid, rather it uses batteries that charge up the system when there is sun available.
Hybrid Solar Systems: These systems allow users to take advantage of the good aspects of both on-grid and off-grid systems as users have an option to have grid on connection for household use while at the same time charging the batteries for backup. Such setups alleviate power interruption problems particularly when the grid is off.
Installation Process for Rooftop Solar Panels
Narayana Solar – the Fastest growing solar company in Bihar provides an equally efficient and easy rooftop solar panel installation process. Below is the process:
Site Inspection: The basic reason or aim of Narayana Solar inspecting the roof and the surroundings is mainly to know the position or the place of the solar panels and the dimensions of the system.
System Design: The solar panel requirements for the system would now be determined and a new solar panel system would be incorporated into the existing system to meet electrical energy needs.
Installation: Solar panels, solar inverters, and other equipment are professionally and safely mounted by certified installers.
Grid Connection: In the case of on-grid systems, the solar panel system is interconnected with the local grid in order to facilitate net metering.
Testing and Monitoring: A month after the installation has been done, the system will be checked for proper functioning and clients will be taught how they can track the energy that has been produced.
Narayana Solar offers complete assistance throughout the installation process and great customer support and service after the installation has been done ensuring extended durability of the system.
Government solar panel scheme
The Indian government has various schemes to help fit solar energy in every strata of society. There are other state schemes such as the PM Surya Ghar Muft Bijli Yojana which assist in the installation of solar panels. Such programs enable homeowners to receive subsidies and other incentives,
Subsidy to Residential Households
The homeowners are entitled to significant state contributions in order to reduce the cost of household solar panels. The PM Surya Ghar Muft Bijli Yojana and PM Solar Scheme provide incentives that decrease the cost involved in the process of purchasing and installing solar equipment. Homeowners can be eligible for such subsidies totaling to between twenty to thirty or forty percent of the total cost depending on the size of the built-in solar panel system.
Price of Residential Solar Panels with Subsidy
| System Size | Subsidy Amount | On-Grid Solar System Price | Hybrid Solar System Price |
|---|---|---|---|
| 1 kWp | ₹ 30,000/- | ₹ 85,000/- | ₹ 1,10,000/- |
| 2 kWp | ₹ 60,000/- | ₹ 1,45,000/- | ₹ 2,20,000/- |
| 3 kWp | ₹ 78,000/- | ₹ 2,15,000/- | ₹ 2,95,000/- |
| 4 kWp | ₹ 78,000/- | ₹ 2,55,000/- | ₹ 4,03,000/- |
| 5 kWp | ₹ 78,000/- | ₹ 3,25,000/- | ₹ 4,95,000/- |
| 6 kWp | ₹ 78,000/- | ₹ 3,65,000/- | ₹ 5,90,000/- |
| 7 kWp | ₹ 78,000/- | ₹ 4,25,000/- | ₹ 6,85,000/- |
| 8 kWp | ₹ 78,000/- | ₹ 4,85,000/- | ₹ 7,80,000/- |
| 10 kWp | ₹ 78,000/- | ₹ 5,75,000/- | ₹ 9,60,000/- |
Note: Subsidies apply only to residential households and not commercial properties.
Solar Rooftop Calculator
Narayana Solar has a solar rooftop calculator that homeowners can use to know the quantities and types of solar-mounted systems they would want to install in their households. Users can easily determine how much they will be saving on electricity bills, by computing their energy loads, and the most suitable solar system capacity for their premises.
Why Choose Narayana Solar
Narayana Solar is committed to offering competitive pricing, expert installation, and end-to-end customer support, making it the best choice for solar installation.
Trusted Partner
Narayana solar is your trusted partner in solar energy, committed to your satisfaction and success.
100% Financing Available
We offer 100% financing options, making it easier for you!
30-Year Guarantee on Installations
Enjoy peace of mind with our 30-year guarantee on installations, we provide you best services!
Zero Down Payment Options
Take benefits of our zero down payment options, allowing you to start your solar installation without any initial investment.
Conclusion
Switching to residential solar panels with Narayana Solar is a smart investment that delivers long-term energy savings and environmental benefits. With government subsidies reducing costs, now is the best time to make the transition to solar energy for your home.
FAQ's About Residential Solar Panels
Residential solar panels are reasonably expected to carry out their function for 25 to 30 years with little fuss needed from the owners.
A 2kW solar system needs around 10-12 sq meters of rooftop area.
Yes, solar panel systems can be designed and mounted to a flat roof with mounting structures to maximize the solar rays captured.
Basic maintenance of solar panels includes occasional cleaning and annual checking; otherwise, no maintenance is needed.
Installation typically takes 1–3 days depending on system size and roof conditions.
On-grid systems shut down during outages for safety, while hybrid systems can store energy in batteries for backup power.
