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Thinner Than Human Hair, MIT’s Photo voltaic Cells Pack 18x the Energy

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MIT solar cells

MIT engineers not too long ago unveiled the event of ultralight photo voltaic cells that may be embedded into practically any materials floor. These versatile cells are thinner than human hair and coated with a slot-die coater that deposits the digital supplies in layers onto a releasable substrate within the type of printable digital ink.

Utilizing a screen-printing approach, an electrode is planted on the construction to finalize the photo voltaic module. The ultimate product can then be peeled off the plastic substrate and glued, by way of a UV-curable adhesive, to a robust, light-weight material for set up on a hard and fast floor.

To forestall tears and different harm, the researchers utilized a cloth referred to as Dyneema, which is made up of fibers so robust they’ve been used to carry sunken ships from the depths of the Mediterranean Sea. As soon as adhered to this materials, the photo voltaic modules kind what MIT is asking “an ultra-light and mechanically strong photo voltaic construction.”

Potential functions embrace being woven into materials to energy wearable electronics, sails to assist energy ships at sea, tents and tarps in catastrophe response areas, and even the wings of drones to assist prolong their vary. 

The number of functions is owed to the truth that these photo voltaic cells are at the moment one-hundredth the burden of standard photo voltaic panels, however able to producing 18 instances extra energy per kilogram. The cells additionally proved fairly sturdy, solely shedding 10% of their energy after being rolled and unrolled over 500 instances. Using semiconducting inks additionally means they are often scaled for bigger industrial functions down the highway.

The ultimate problem can be discovering an enclosure for the cells that protects their carbon-based natural materials from moisture and oxygen that might deteriorate their efficiency. Whereas glass is an choice, its weight would detract from the fabric’s light-weight advantages. So, the identical analysis workforce is seeking to develop different tremendous skinny packaging options that will solely barely enhance the burden of the gadgets.

Picture Credit score: Melanie Gonick / MIT

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