Solar is the future of energy. Check What’s New in Solar for 2021?
The future of alternative energy is here, and solar is increasing. As more people and businesses start to realize the benefits of how unique solar panels can be. The growth rate continues to rise. The total amount of PVs installed in 2012 was 1,945 MW, which takes up 3.2% of US power generation capacity as of the end of 2012. In 2013, that number jumped up to 7 GW, which grew about 46% from the previous year. Everybody has different reasons for choosing solar panels over other forms of energy. It’s for money or environmental purposes. The United States is catching onto the benefits of solar power. It will soon account for 15% of all solar production capacity in the entire world.
The future of energy
The future will lead to even more groundbreaking technology and create better, cheaper options for everyone. By 2021, it’ll be interesting to see what new developments come out to help enhance and benefit our lives. Solar panels made A lot more progress over the last year. This article will give you more information on what’s new in solar technology.
Significant Improvements to Solar Panel Tech:
Better solar cells
A research team at Michigan State University has improved the power conversion efficiency of a solar cell by more than 50 percent by hitting an unprecedented 21.7 percent and demonstrating. It is possible to break through the theoretical limit for such devices. The world record mark is just another step on the way to commercially viable “solar cells” that can convert nearly 40 percent of sunlight into electricity, said Richard Lunt. He led the research effort. Increasing efficiency means requiring fewer panels to generate electricity. Thus lowering overall system cost.
Better and cheaper solar panels
The future solar panels could be cheaper, more efficient, and longer-lasting than today’s models. Because a new semiconductor material show promise for next-generation technology.
Solar cells made with magnesium chloride have shown significant improvement over current technologies. They produce power more efficiently at high temperatures by translating into longer working hours in the year’s warmer months. Making solar cells with magnesium chloride is that the material degrades quickly.
Better energy storage
The two best-known methods of storing electrical energy today involve pumped hydroelectric storage (PHS) systems and lithium-ion batteries. PHS systems require a natural elevation difference of at least 80 meters (about 262 feet) between two large reservoirs separated by an equally considerable distance. It captures all the seasonal energy coming from either wind or solar power. The efficiency of this technology is about 70%. kwh has to be used to produce 10kWh of electricity. This process makes it very expensive and not very useful for electric vehicles. We use Lithium-ion batteries in laptops, cell phones, and other small devices such as electric cars. They have much better storage capacity than PHS – up to twice as much. But their inherent electrical efficiency is lower: only 20-25%. Also, the total cost for Li-ion batteries today is relatively high – about the US $600 per kWh. Even at a small electric car battery pack of 30 kWh, the cost would be over the US $16,000!
Going solar in 2021 is it a good idea? Well, the answer is yes!
You can save big on your electricity bills. A typical installation will pay for itself in about three years. Contact us to get solar today.