The sun provides enough energy to power the world for an hour and a half. Using solar technologies, we can convert this energy to electricity with photovoltaic panels or convert sunlight directly into thermal energy. With solar thermal technology, we can store the heat in a battery or use it to heat water. The following are some examples of how to use solar thermal energy in a building. 

In the U.S., solar market started the year with a record Q1 but declined slightly due to pandemic-related shutdowns. However, by the second half of the year, the industry reemerged with more installations, shifting to online sales models and recovering demand. In 2020, we are on track to break the previous record of 3.2 GW installed, with 2021 on track to beat it. Although the ITC is scheduled to end in 2024, the solar market is predicted to grow even further, fueled by a growing desire to reduce energy costs.

The growth of solar power is expected to continue over the next decade. The industry is forecast to hit a record level of 19.2 gigawatts (GW) per year in 2020, which would be higher than the previous record of 16.2 GW per year. With the growing demand for solar electricity, the industry will grow even faster. By 2050, solar energy is expected to reach more than 70 megawatts per year, and by 2050, this number could double to nearly six hundred gigawatts.

While solar energy was able to produce less than 10% of the world’s energy needs in 2011, the rate is steadily increasing. Today, the global solar industry is a booming industry. The cost of solar panels has fallen by over 70 percent since 2000 and is on its way to a record low. As a result, solar energy is now affordable and widely available. If you are considering using solar energy in your home, make sure to educate yourself about the technology and what it can do for you.

While the growth of the solar industry was slow in early 2011, the industry now accounts for almost 1% of the nation’s electricity supply. In early 2011, solar power accounted for less than 3% of the U.S.’s total electricity supply, and its installed capacity was just three gigawatts. By 2017, it had already increased to over 1% of the country’s electricity supply. But the numbers are only beginning. The potential of solar energy is huge.

Despite the initial cost, the technology is getting cheaper. By 2030, it may be the primary source of electricity in large parts of the world. The technology is becoming more affordable and scalable and could be a boon to our environment and climate. There are clear roadmaps for cost reduction in the solar industry.