Close Menu

    Subscribe to Updates

    Get the latest creative news from FooBar about art, design and business.

    What's Hot

    Beyond the Cell: Why Whole-System Testing Matters in Energy Storage System

    April 25, 2025

    Why the OUPES Portable Power Station Is a Must-Have for Every Home

    April 23, 2025

    What Is a Hydrogen Energy Storage System and How Does It Work?

    April 14, 2025
    Facebook X (Twitter) Instagram
    • About Us
    • Contact Us
    • Disclaimer
    • Privacy Policy
    Facebook X (Twitter) Instagram YouTube
    Solar Energy Tech News
    • Solar
    • Solar Batteries
    • Solar Energy
    • Solar Inverter
    • Solar Products
    Solar Energy Tech News
    Home»Solar»Ultra-thin solar cells self-repair damage from radiation in space – pv magazine International
    Solar

    Ultra-thin solar cells self-repair damage from radiation in space – pv magazine International

    By March 29, 2023No Comments3 Mins Read
    Share
    Facebook Twitter LinkedIn Pinterest Email

    Arizona-based Solestial’s photo voltaic cells have demonstrated excessive ranges of sturdiness in house, based on third-party testing.

    March 29, 2023 Ryan Kennedy

    From pv journal USA

    The French Different Energies and Atomic Vitality Fee (CEA) has confirmed that Solestial’s photo voltaic cells are able to repairing radiation-related injury. Its exams confirmed that silicon cells successfully neutralize radiation injury underneath daylight at 194 F (90 C). Annealing is the method of sluggish cooling to take away the interior stress of a cloth.

    The open-circuit voltage of Solestial’s silicon photo voltaic cells dropped by solely 4% and retained 96% of their preliminary worth after publicity to radiation equal to 10 years in low Earth orbit and annealing at 194 F underneath a Solar illumination equal. The corporate says that the 20-micron thick cells present greater than 20% effectivity.

    The corporate says the exams present the potential of self-healing photo voltaic cells with considerably lowered radiation injury. That is particularly essential for space-based photo voltaic cells, that are buffeted by excessive ranges of radiation and should function over lengthy life cycles.

    “Radiation injury annealing of silicon is easy at excessive temperatures, for instance, above 200 C to 250 C, however this isn’t helpful for house purposes as a result of these temperatures are not often, if ever, skilled in situ,” stated Romain Cariou, an skilled on photo voltaic silicon purposes in house for CEA. “The distinction right here is that Solestial’s cells can heal radiation injury at regular working temperatures for photo voltaic panels in house.”

    Cariou stated this response to irradiation can’t be discovered with present business cell applied sciences. Throughout a 10-year mission, generally used III-V multijunction photo voltaic panels lose 10% to fifteen% of their formative years effectivity because of radiation injury alone. For standard terrestrial silicon photo voltaic panels, the injury is bigger than 35% to 40%. Neither III-V nor terrestrial silicon has proven unbiased laboratory validation of such vital low-temperature annealing, Solestial stated.

    “We look ahead to additional CEA testing within the coming months to validate the interior annealing outcomes at decrease temperatures,” stated Stanislau Herasimenka, chief government officer of Solestial. “We’re excited to display to the house business the numerous advantages of Solestial’s ultrathin silicon photo voltaic cells and blankets.”

    The corporate says one other benefit of its expertise is that it’s based mostly on silicon, whereas many different photo voltaic panels constructed from house are often constructed from rarer or dearer supplies equivalent to gallium arsenide. The Arizona-based firm has been growing its expertise for greater than a decade, starting its life at Arizona State College. It went by a $10 million seed funding spherical in October 2022.

    This content material is protected by copyright and might not be reused. If you wish to cooperate with us and wish to reuse a few of our content material, please contact: editors@pv-magazine.com.

    Source link

    Share. Facebook Twitter Pinterest LinkedIn WhatsApp Reddit Tumblr Email

      Related Posts

      What Is a Hydrogen Energy Storage System and How Does It Work?

      April 14, 2025

      MCPV to build 3 GW solar cell, module factory in Netherlands – pv magazine International

      July 17, 2023

      Fire hits industrial building, PV system in Switzerland – pv magazine International

      July 17, 2023

      Comments are closed.

      Our Picks

      The Benefits Of using LiFePO4 battery For Solar Energy Storage

      December 27, 2022

      Battery Energy Storage Solutions (BESS)

      December 14, 2022

      What is Sustainable energy?

      December 7, 2022

      Solar Energy Storage Benefits

      December 23, 2022
      Don't Miss
      Energy Storage System

      Beyond the Cell: Why Whole-System Testing Matters in Energy Storage System

      By cindy kApril 25, 20250

      The Hidden Risk in Plain Sight: In the heart of every energy storage system lies…

      Why the OUPES Portable Power Station Is a Must-Have for Every Home

      April 23, 2025

      What Is a Hydrogen Energy Storage System and How Does It Work?

      April 14, 2025

      How to Match Solar Capacity with Lithium Battery Capacity in Your Campervan

      February 23, 2024
      Our Picks

      The Benefits Of using LiFePO4 battery For Solar Energy Storage

      December 27, 2022

      Solar Energy Storage Benefits

      December 23, 2022

      Battery Energy Storage Solutions (BESS)

      December 14, 2022

      Subscribe to Updates

      Get the latest creative news from SmartMag about art & design.

      • sitemap

      Type above and press Enter to search. Press Esc to cancel.