What Is a Solar Power Generating System? | Complete Guide
What Is a Solar Power Generating System? | Complete Guide
Solar photovoltaic (PV)cells / modules generate electricity from sunlight, which can be fed into the mains electricity supply of a home/industry/building or sold to the public distribution company connected to the grid. This will Reduce the need for generation through fossil fuel technology. More and more solar energy systems on roof top will help create jobs, enabling home/industry/building to save money, and cut greenhouse emissions/ pollution.
PV modules use semiconductor materials (usually silicon) to generate DC electricity from sunlight. A large area is needed to collect as much sunlight as possible, so the semiconductor is either made into thin, flat, crystalline cells, or deposited as a very thin continuous layer onto a support material, usually glass. The cells are wired together and sealed into a weather proof module, with electrical connectors added. Modern modules for grid connection usually have between 48 and 72 cells and produce dc voltages of typically 25 to 40 volts, with a rated output of between 150 and 300 Wp solar panels . Then these panels are combined to give a certain voltage and current to be fed to an inverter which will then convert DC to AC electricity to be further used for energy/power needs of a home/industry/commercial building.
Grid-tied PV systems for producing/generating electricity are installed on the rooftop or ground in or around a building. This can also be taken up at a land that could’nt be used for other purposes like agriculture. Ideally the PV faces towards the equator and the exact direction is critical otherwise there is loss of production of solar energy. However, it is important to make sure that there is minimal shading of the PV. If the PV electricity production exceeds building demand then the excess can be exported to the grid, and vice versa. With net metering being permitted by govt in almost all states , clients are billed on net of export and import of electricity.
A typical grid connected system rated at 1 kWp requires an area of about 10 m2. However if the roof is slanted tin shed ( mostly industries have slanted roof of tin shed)and south facing then the area required reduces to 7 sq mts.
Suggested Articles

Complete Guide to Net Metering and Electricity Bill Savings
Learn how net metering lets you sell excess solar energy back to the grid, reducing your electricity bills and maximizing your solar investment.

Perovskite: Future of Solar Cells
Discover how solar batteries store excess energy, maximize your solar system’s efficiency, and provide reliable power during outages. Learn about the types, benefits, lifespan, and maintenance tips to make the most of your solar investment.

Improve Your Power Factor After Solar Installation: Complete Guide
Power factor after solar installation often fluctuates due to system design and load patterns. Learn the key causes, challenges, and solutions for better efficiency.
India’s Solar Capacity Growth Slows Down in Q1 2023
India’s solar capacity growth slowed in Q1 2023. Explore the factors behind the slowdown and its impact on the country’s renewable energy progress.

Stop Losing Power: The Ultimate Guide to Solar DC & AC Cable Sizing for Max Efficiency
DC and AC cabling are the lifelines of any Solar PV Rooftop System. Learn how proper cable selection, connection design, and installation can help achieve optimum power output and long-term safety.

Higher Electricity Bills in Haryana as Fuel Surcharge Rises
Haryana consumers are facing higher electricity bills after the Haryana Electricity Regulatory Commission (HERC) approved a fuel surcharge hike for DHBVN and UHBVN areas. The increase reflects rising fuel and power purchase costs, directly impacting domestic, commercial, and industrial users across the state.

Haryana and UP Face Delays in Solar Net Metering Approvals
Net metering for rooftop solar in Haryana and Uttar Pradesh faces procedural delays, affecting solar adoption and efficiency for residential and commercial consumers

Blame it on Sun! Average Solar PLFs not satisfactory
Explore the reasons behind low average Solar PLFs, from environmental factors to system design, and learn strategies to boost solar plant performance