Sequins tiny size of solar cells have been developed by scientists at Sandia National Laboratories. It might be the preferred alternative energy for the holiday season. This wonderful project is funded by the U.S. government. The dimensions of size flakes of crystalline silicon solar cells only 14-20 microns thick and measuring 0.25 to 1 mm in diameter that is only 10% of the bulk of revenue. They also consume 100 times less silicon to produce the same amount of electricity a solar cell level. Their level of effectiveness is 14.9%

.
The USP of size scales of crystalline silicon solar cells is size. Due to its extremely small size, the burst of solar particles can be installed in a wide range of products that require energy. Another USP of size crystalline silicon photovoltaic Flake is that they have the ability to adapt to any shape or form a certain size, such as fabrics. Then turn your clothes into solar power generators. If we reflect a bit and see the tiny particles of solar cell size can turn a person into a solar battery charger works if they are full of clothes.

Due to its small size, are also less prone to the effects of shading and heating. Its construction in the small electrical contacts are also its strength and durability. The shade and the heat that often prevents the performance of more efficient solar cells. Flakes as solar cell technology, hopefully soon appear on high-technology items such as satellites immediately to the rear tents donors “to help the electronic charge. We hope that these cells could revolutionize the way Solar energy is used.

These cells reach their small size, due to the application of techniques such as micro-electronics and micro-electromechanical systems (MEMS). Techniques are usually used to create today’s electronic circuits. Greg Nielson is the principal investigator of this project. He said the research team has identified more than 20 benefits of scale for micro PV (MPV) cells. Manufacturers often look for new applications, better performance, lower costs and greater efficiency in a product because of these qualities help to produce and market a product easily. Researcher Murat Okanda also comes with their views: “For large-scale generation of electricity from the big advantages is the significant reduction of manufacturing costs and installation over existing technologies in the solar cell.

Greg Nielson said, “Ultimately, the units could be mass produced and rolled around all forms, including building integrated solar tents, and even clothing.”

These miniscule flakes of solar cells can be used by all walks of life as hunters, hikers or soldiers. They are often far from the usual amenities of cities. In the field, can use small-sized flakes of solar cells to recharge the batteries for phones, cameras and other electronic devices as they move or sleep. Even better, you can change these micro elements have circuit boards that help perform other functions.

Vipin Gupta, field engineer at Sandia. He shares his opinion, “The micro-sized photovoltaic modules of these cells to the roofs of houses and stores could have intelligent controls, investors and even the tank built into the chip.”