Flexible solar nanotechnological fabric represents a leap forward for photovoltaic technology. It will enable power generation capabilities to be woven in rather than applied. For example, it is possible to incorporate light-activated power plastic onto tenting materials, such as canvas or nylon. Using the fiber, the tent's base material becomes photovoltaic.
The photovoltaic fibers and textiles based on nanotechnology program is expected to yield the first fully integrated woven photovoltaic material. Such material will allow for tighter integration of power generation capabilities into devices, systems and structures beyond what is possible with plastic film.
Flexible solar fabric now is on development as one of the most useful application of nanotechnology in the field of alternative energy sources.
To weave a nanotechnological fabric, the strength, thickness and electrical performance of the photovoltaic fiber will be optimized. The fibers will be interwoven to maximize the performance of the textile without compromising the fibers' integrity. The goal of the manufacturers is to produce a fabric sample with at least a four percent efficiency rating.
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