Year-on-year global technological developments in solar panels have been outstanding. From 250W to 575W, solar panel wattage has dramatically climbed within the last six years. This phase highlights the ongoing development in solar energy technology meant to enhance production and efficiency by means of constant innovation.

Solar Panel Wattage Growth

The highest power possible for 24V solar panels in 2018 was 250W. But by 2024, this maximum wattage will have doubled, rising to 575W. Greater energy generation from the same surface area made possible by this enhancement makes solar power more practical and reasonably priced for both home and business uses.

Types of Solar Panels in India

Mostly two types of solar panel are used in India: monocrystalline and polycrystalline. The sector witnessed significant shifts during the last two years. Polycrystalline module manufacturing has stopped, and more sophisticated technologies such monocrystalline, mono PERC, mono PERC bifacial, and TOPCon PV modules now take front stage.

Monocrystalline and Mono PERC Panels

Made from single-crystal silicon, monocrystalline panels have better durability and efficiency. Mono PERC (Passivated Emitter and Rear Cell) panels maximize such benefits by letting more sunlight to be absorbed and converted into electricity. Because of their better performance and reduced space needs, these highly efficient panels are now standard in the solar sector.

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Mono PERC Bifacial and TOPCon PV Modules

By absorbing sunlight on both sides of a Mono PERC bifacial panel, its energy production can rise up to 30%. This makes them perfect for locations where reflecting surfaces—like roofs or the ground—may be used to improve efficiency. The most recent in solar technology, TOPCon (Tunnel Oxide Passivated Contact) PV modules provide even more efficiency and greater performance under a variety of situations. Sustainable fulfillment of the rising energy needs depends on these developments.

Loom Solar: Leading the Way in Solar Technology

Leading solar panel manufacturer in India, Loom Solar is well-known for their innovative solar technologies. Designed for both commercial and industrial sectors, the company's most advanced solar panel, the SHARK 575-700W TOPCon Solar PV Module, is found worldwide. These highly efficient panels provide reliable service over time and more electricity from every panel, therefore redefining standards in the sector.

Benefits of TOPCon Solar Panels

Loom Solar's TOPCon solar panels have many advantages. Their great efficiency allows less panels to be used to produce the same energy, therefore lowering installation costs and space requirements. They also operate better in low-light circumstances, therefore guaranteeing a more constant energy source. Except for GST, TOPCon solar panels have an average price per watt ranging from Rs 25 to Rs 36, which makes them a reasonably affordable alternative for significant energy use.

The Future of Solar Panel Technology

In the renewable energy field, the move toward advanced solar technologies such as TOPCon PV modules represents a significant forward step. Solar power becoming more and more appealing as efficiency and wattage continue to improve in order to sustainably satisfy electricity demand. The creative ideas of Loom Solar show this advancement and how technology may propel the acceptance of sustainable energy.

Conclusion

Over the past six years, solar panel technology has evolved in rather amazing fashion. From the notable rise in wattage to the change from polycrystalline to advanced monocrystalline and TOPCon PV modules, the solar sector is headed for great future. Leading companies in this change include Loom Solar, which offers high-efficiency solutions fit for the rising energy consumption in the industrial and commercial sectors. Purchasing modern solar panels like the SHARK 575-700W TOPCon Solar Panel guarantees a consistent energy source and supports a sustainable future as well. Solar electricity is becoming more affordable, efficient, and easily available thanks to developments in solar panel technologies than it has ever been.