Innovative new advances in solar energy technologies have enabled a more comprehensive range of practical and creative uses of solar energy. The demand for more affordable, sustainable energy means that solar energy companies will continue to develop new solar cell technologies and battery life extensions. Advanced solar energy and storage technologies will also enable the design of smaller, more powerful solar cells that can be used in more innovative ways to improve people's quality of life.
FREMONT, CA: There are numerous ways to harness solar energy. The two primary methods of harnessing solar power are photovoltaics and solar thermal capture. Photovoltaics are far more prevalent in small-scale electricity projects, whereas solar thermal capture is typically reserved for large-scale electricity production in utility-scale solar installations. In addition to generating electricity, solar thermal projects with lower temperature variations can be used for heating and cooling. Solar energy is one of the world's rapid-growing and cheapest energy sources, and its adoption will continue to accelerate in the coming years. In addition, the economic benefits of solar continue to improve as solar panel technology advances, adding to the environmental benefits of choosing a clean, renewable energy source. There are a few good and creative applications of solar energy listed below.
MIT spin-off Sistine Solar developed novel solar technology they call “solar skin” that applies custom designs to solar panel systems. Using imprinted custom images, solar skin takes the appearance of any solar panel and gives it a unique look. The technology selectively utilizes light filtration to illuminate the solar panel and display a vibrant image simultaneously. For example, a logo or advertisement image can be customized to display business branding.
Roads with solar panels can help reduce pollution and have the ability to light up at night, melt snow and ice during the winter, and generate clean energy. Solar panel efficiency, panel angle, tracking methods, sunlight hours, and temperature are all things that impact the production of power. Concrete is less flexible and better supports solar cells. Several corporations and transportation organizations are testing these solar-powered roadways' viability.
Flexible, small solar panels can now be incorporated into the fabric. Clothing with embedded solar filaments keeps people warmer in the winter, provides electricity, and helps power other portable electronic devices. Additionally, some practical applications include the illumination of buildings' facades, awnings, curtains, and the heating of car seats.
Solar power storage
Scientists are developing innovative methods for storing energy produced by solar PV systems. Most electricity generated from solar power is usually sent to the grid instead of being held. New ways to keep this electricity at a larger scale are being developed. In other words, molten salt storage is a potentially interesting idea, where the solar collector uses molten salt instead of a heat transfer oil.