Introduction
● Numerous people in India have adopted reliable renewable power sources like rooftop solar for homes and workspaces. The photovoltaic cells and solar power units atop commercial and residential buildings have become a common sight in many cities and towns across the nation.
● A rooftop solar power system, also known as a rooftop PV system, is a photovoltaic (PV) system with electricity-producing solar panels mounted on the roof of a residential or commercial building or structure.
● Most importantly, the rate of solar power adoption is not restricted to commercial or industrial buildings. Solar-powered houses are quickly becoming the most natural choice for homeowners in every city and town, thanks to rapid advances in technology and a growing distribution network
Rooftop Solar For Home
Overview
● The maximum amount of sunlight falls on India from the south. All residential rooftop buildings do not face South by default because it is not a standardised construction parameter.
● As a result, the mounting angle must be such that the solar panel for home on your rooftop receives the maximum amount of sunlight. In South India, the ideal tilt angle for a rooftop panel is 10 degrees.
● Solar experts also confirm that your roof is strong and wide enough to support the chemical anchoring of the heavy solar mounting structures. The tilt angle for solar panels in North India should be greater than 20 degrees.
Working Solar Rooftop For Home
● A solar system is made up of a thoughtfully placed series connection of numerous solar panels. Solar energy is transformed into DC electricity as soon as it reaches the PV cells in the solar module (rooftop panel).
● Renewable energy is the best environmental and public health alternative to diesel generators. It also results in lower CO2 emissions and cleaner air.
Rooftop Solar for Home is a Mahindra Solarize product that reduces electricity costs.
● stores energy for later use, and provides residents with cutting-edge and intelligent energy solutions.
Conclusion
● Because solar energy uses the power of the sun without releasing much gas into the environment, it helps to minimise greenhouse gas emissions.
● When attempting to produce the same amount of KWh per year using solar energy as opposed to coal plants, significantly less carbon dioxide is discharged into the atmosphere.
● The provision of an infinite supply of energy from the sun is one of the environmental advantages of solar power. Solar energy captures the sun's energy while causing no harm to the environment. As a result, solar energy has fewer negative effects on health, land use, water, and carbon emissions than other energy-generating methods, such as natural gas in fossil fuel and coal energy plants.