Priya PatelTLDR:
NASA is testing Ascent Solar’s thin and flexible sun-catching film on upcoming space missions to optimize renewable energy sources for small spacecraft. This unique solar technology is part of the Lightweight Integrated Solar Array project and has the potential to generate three times more energy than traditional solar panels. The technology is lightweight, bendable, and relatively inexpensive, making it a promising solution for both space travel and Earth-based energy systems.
NASA puts latest solar technology to the test for an upcoming space mission: ‘Big power for small spacecraft’
NASA is collaborating with Ascent Solar to test their thin and flexible sun-catching film on upcoming space missions, including the Lightweight Integrated Solar Array project. The technology, made with a copper-indium-gallium-selenide blend, is lightweight, shatterproof, and relatively inexpensive. It can generate three times more energy than traditional solar panels and requires less storage space.
Ascent Solar’s solar film has been tested on the International Space Station and is now set to be used on small spacecraft in orbit. The company’s latest product, Titan, is scheduled for release and has an energy efficiency rating of 17.55%. This technology has the potential to improve renewable energy sources for both space travel and Earth-based systems.
The collaboration between NASA and Ascent Solar is not only focused on space missions but also on enhancing renewable energy sources on Earth. Better, adaptive solar options can improve sun-catching ability, transforming energy systems. The innovative solar technology developed by Ascent Solar has the potential to make a significant impact on the future of renewable energy.
