Empowering a brighter Future

PV Roofsolar Power is a trusted brand offereing customized solar power solutions for Industrials and Commercials

Empowering a brighter Future

PV Roofsolar Power is a trusted brand offereing customized solar power solutions for Industrials and Commercials

Empowering a brighter Future

PV Roofsolar Power is a trusted brand offereing customized solar power solutions for Industrials and Commercials

Empowering a brighter Future

PV Roofsolar Power is a trusted brand offereing customized solar power solutions for Industrials and Commercials

Illuminate your world with clean energy—we bring sunshine to every corner of your home!

Projects

Vinod Cookware-Maharashtra

Kunal housewares-Maharashtra

Nocil Limited-Gujarat

Jeevan Sapna-Maharashtra

01 How does a solar photovoltaic (PV) power system work?

Solar PV power systems convert sunlight (light, not heat) into direct current (DC) electricity using photovoltaic modules. This DC electricity is then transformed into alternating current (AC) by an inverter. The AC current is subsequently routed to the main electrical panel, where it integrates with the internal power grid.

02 How much area is required to install a rooftop solar system?

A 1 kWp solar system typically requires about 7 square meters (75 square feet) of shadow-free area. Therefore, a 1 MWp (1,000 kWp) solar system would need approximately 7,000 square meters (750,000 square feet) or 2.8 acres of shadow-free space.

03 What maintenance is needed for a solar power plant?

Solar photovoltaic panels have no moving parts or chemical reactions, so they require minimal maintenance. Regular tasks include cleaning the modules with water every 10-14 days and performing preventive electrical maintenance every 3 months.

04 How much electricity will a 1 kW solar plant generate in one year?

A 1 kW solar plant typically generates around 1,400 to 1,500 units of electricity in the first year, depending on the location and orientation of the installation.

05 Are solar plants cost-effective?

Yes, solar plants are cost-effective due to government incentives such as subsidies and accelerated depreciation, which have significantly reduced installation costs. Additionally, net metering systems provided by DISCOMs allow excess power generated during low-consumption periods to offset electricity used during peak times. This maximizes the utilization of solar power and makes it economically advantageous compared to grid power.

06 Is solar energy clean and feasible?

Solar energy is clean because it doesn’t produce harmful gases like carbon dioxide or hazardous chemical waste, and it doesn’t contaminate air, water, or soil. With continuous advancements in technology, solar energy is becoming increasingly efficient and affordable, making it more accessible and practical for widespread use.

07 What are on-grid and off-grid Solar systems?

An ongrid system is constantly interactive with the grid and only functional when the grid or DG power is available. Such system is primarily installed to reduce the power bills.

An offgrid system is independent of grid power. It uses solar energy to charge battery banks which supply power for consumption. Such systems are mainly installed when power outages are frequent.

08 What is net metering?

Net metering is a system provided by DISCOMs that allows excess power generated during low-consumption periods, such as holidays, to offset electricity consumed during high-demand times. This ensures efficient utilization of the power produced by solar plants.

 09 What is the difference between CAPEX and OPEX solar models?

In a CAPEX (Capital Expenditure) model, the beneficiary invests in and owns the solar power plant. In an OPEX (Operational Expenditure) model, the beneficiary purchases power from a solar plant owned by an investor through a long-term Power Purchase Agreement (PPA) at a fixed tariff. Generally, the cost per unit of power is higher in an OPEX model compared to a CAPEX model.