The Advance of Wearable Solar Power Technology

 Imagine you could charge your phone, or any one of your devices, discretely in your pocket while busy? No, you wouldn't must carry around a solar power and power system with you. You wouldn't have to carry a backpack with an integrated solar panel either. Imagine the actual fabric of your clothing as the solar panel. That's right, the future is finding us fast.

Researchers at Fudan University in Shanghai have developed a material that could be worn while collecting and converting solar energy into electricity. The material is lightweight, flexible and inexpensive to produce. The scientists have discovered a way to inter weave microscopic metal wires (the wires are coated with an active polymer which absorbs light) with titanium dioxide nano tubes and another variety of active polymer, which forms a fabric.

Thus, each of the components of a traditional solar panel are present, if in an entirely new arrangement. The metal wires absorb sunlight and start the photo voltaic effect by generating'electron holes'. The electrons 'jump' from hole to hole, always in the same direction to form an electrical current. The electrons are conducted by titanium dioxide nano tubes (the negative layer) while the secondary active layer conducts the electron holes (the positive layer). The circuit is completed by a layers or sheets of transparent, conductive carbon nano tubes.

The fabric is able to be bent over 200 times and since the entirety of the 'threads' is coated in photo active material, can collect solar energy from both sides. The end result is a thin material that can withstand the wear and tear of everyday usage, fit over irregular shapes and surfaces, all the while efficiently collecting light energy.

The only problem having this technology? It is far away from reaching consumers' hands. Currently, researchers have only had the opportunity to produce a tiny patch of the solar fabric and while this is a huge achievement by itself, it means that there is a very long way to go yet before it may be mass scaled. This belongs most common problems with new solar technologies being developed today. Samples can be created in labs, but developing the equipment and designing the manufacturing processes to be able to produce large batches is a huge challenge. It also doesn't come cheap, which is partially why so many of these new solar technologies don't make it to the marketplace quickly.

While it is unlikely that we will be capable to wear 'solar shirts' within the next few years, it is comforting to remember that once the sort of solar panels that can be found on countless rooftops around the world was once just a tiny patch of photo active materials.

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