Fighting Climate Change with Evolving Solar Energy Technologies

Now there is a growing consensus among experts across the world that climate change is the most serious environmental problem we face right now. Even though the long-term changes in temperatures and weather patterns we are talking about are caused, at least in part, by natural forces, everyone agrees that human activities have been the main cause of climate change at least since the 1800s. A 2021 study found that almost 98.7% of climate experts agreed that people are the main reason why the earth is getting warmer.

The main thing that people have done to raise the surface temperature of the Earth is burning fossil fuels like coal, oil, and gas. This releases greenhouse gases like carbon dioxide and methane into the air. These emissions can be considered a blanket that wraps around the Earth, trapping the sun’s heat and making the Earth’s surface hotter.

So how do improvements in technology help to make up for the damage we are doing to the environment? Solar technologies are among the top solutions. Leading solar module manufacturing companies like Navitas Solar from Surat is providing solutions to reduce carbon footprint.

third largest source of renewable energy, after hydropower and wind. Market research shows that by 2025, the amount of energy made by solar photovoltaics (PV) could reach 1,940TWh. Worldwide or for india? Now, the most solar power the world can use is 592GW, which is 2.2% of all the electricity made. Efforts are on to scale this up at an exponential rate.

Solar Parks: Solar parks and utility-scale projects are essential for both the climate change fight and new ideas. Large companies are now turning to this option to reduce their carbon footprints. Rooftop solar is a type of technology that could help a lot in the fight against climate change. It could be used in homes, businesses, and factories. These improvements are a result of government policies. We need to come up with new ways to fight climate change. This means we need to think carefully about solar geoengineering or climate engineering. This kind of engineering includes two types of technologies: ones that get rid of carbon dioxide and, most interestingly, ones that reflect sunlight.

Bifacial Modules: Solar companies are always looking for new ways to improve the efficiency of PV panels. Researchers have also made a bifacial silicon solar cell that is efficient on both sides. The front side is 24.3% efficient and the backside is 23.4% efficient, so the total output is about 29%. This is the best efficiency that silicon solar cells have ever shown.

Improved Battery storage: The improved battery storage life is another area of focus. High-capacity batteries that take a long time to drain could be used to store solar energy for use at night or to extend the range of electric cars. Recent estimates say that more than 100 gigawatts of these batteries will likely be installed by 2050. This could affect how well renewable energy works in the long run. Scientists are also working on solid electrolytes, which can make batteries stronger. The goal is to have them on the market as soon as 2026.

Climate engineering is a fascinating new area of study, but we don’t know all the effects that might happen if we used the technologies that this new research suggests. We can keep using price and quantity controls to fight climate change, but two things are more important. First, society needs to think seriously about adding promising approaches to its policy toolkit. Second, it must look into all of the possibilities to find the best ways to make our planet a better place to live for future generations.