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Scientists from MIT Developed a New Ultrathin Solar Film Technology Capable of Generating Electricity. The Innovation Could Revolutionize the Solar Energy Market, Given That It Can Be Applied Anywhere.
Scientists from the Massachusetts Institute of Technology (MIT) Developed an Unprecedented Photovoltaic Cell Technology That Promises to Completely Change the Solar Energy Market. The Technology Also Promises to Change the Concepts of Solar Energy Generation in the Future. The Innovation Involves Ultrathin Solar Cells That Can Transform Any Surface into an Energy Source.
Solar Cells Weigh One-Tenth of Conventional Solar Panels
The New MIT Technology Offers Good Durability, Along With Impressive Flexibility and Is Much Thinner Than a Human Hair. The Cells Are Glued to a Strong and Lightweight Fabric, Making Installation on Fixed Surfaces Much Easier.
Thus, From This New MIT Technology, Which May Reach the Solar Energy Market, It Is Possible to Generate Energy in Motion, Such as a Wearable Energy Fabric or Transport and Install Quickly in Remote Locations for Emergency Assistance, for Example.
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Study solves great ancient mystery: remains of Philip II, father of Alexander the Great, are identified in Vergina and resolves the enigma of the Macedonian royal tombs that had lasted half a century.
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Scientists detect for the first time an invisible halo around the iconic Sombrero galaxy 30 million light-years away, three times wider than the visible galaxy itself, and researchers say that the more material around it is mapped, the sooner the universe may reveal the true origin of dark matter that sustains its orderly rotation.
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Built in 1773 by two rival British inventors, the mechanical Silver Swan still works perfectly 253 years later inside the Bowes Museum, in the English county of Durham, without any electric motor, powered only by clock springs wound once a day, and Mark Twain described it in Paris in 1867 as a creature with lively eyes.
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57 years and one day ago, the Soviet probe Venera 6 traversed the clouds of Venus for 51 minutes under parachutes and stopped transmitting 10 kilometers from the surface because the pressure of 60 bar and the heat of 320 degrees Celsius crushed its 405-kilogram hull, and no space agency has managed to replicate the feat to this day.
The Developed Cells Weigh One-Hundredth of the Weight of Conventional Solar Panels Sold in the Solar Energy Market and Have the Capacity to Generate 18 Times More Energy per Kilogram and Are Made from Semiconductor Inks Using Printing Processes That Can Be Scaled Up in the Future for Large-Area Production.
Due to Its Lightweight and Other Features, the New MIT Technology Can Be Laminated onto Various Surfaces. They Can Be Integrated into a Boat’s Sails, for Example, to Provide Energy at Sea, Adhered to Tents and Tarps Installed in Disaster Recovery Operations, or Applied to Drone Wings to Extend Their Range. This Lightweight Technology Can Be Easily Installed in Developed Environments with Minimal Installation Requirements.
MIT Speaks Out on Technology Production
According to the Leader of the Organic and Nano-Structured Electronics Laboratory, Director of MIT.nano, and Senior Author of a New Article Describing the Work, Vladimir Bulovic, the Metrics Used to Evaluate the New Solar Cell Technology Are Generally Limited to Its Energy Conversion Efficiency and Its Cost in Dollars per Watt. Integrability Is Also Important, Meaning the Ease with Which the New Technology Can Be Adapted.
The Lightweight Solar Fabrics Allow for Integrability, Giving a Boost to Current Work. Scientists Have Strived to Promote the Use of Solar Energy Given the Urgent Demand to Deploy New Energy Sources That Do Not Emit CO2.
Common Silicon Solar Cells Are Fragile, Thus They Must Be Enclosed in Glass and Packaged in a Heavy and Thick Aluminum Frame, Limiting Where and How They Can Be Installed.
New Solar Energy Cells Are Printable
For Several Years, the MIT ONE Lab Team Has Been Producing Solar Cells Using an Emerging Class of Thin Film Materials That Were So Lightweight They Could Sit on Top of a Soap Bubble. However, These Ultrathin Solar Cells Were Produced Using Complex Vacuum-Based Processes, Increasing Costs and Creating Installation Challenges.
This Time, Researchers Developed Thin Film Solar Energy Cells That Are Fully Printable, Using Ink-Based Materials and Scalable Manufacturing Techniques.
For Producing the New Technology, Nanomaterials Were Used in the Form of Printable Electronic Inks. They Coat the Cell Structure Using a Slot-Die Coater, Which Deposits Layers of Electronic Materials onto a Release Substrate Prepared with Only 3 Microns of Thickness.
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