Nano-textured photovoltaic structures with solar energy capability

The goal of this project is to investigate the production of photovoltaic nanostructured textiles and the possibility of producing electric energy from this intelligent substrate to supply energy appropriate to everyday needs. Because of the sensitivity of environmental issues and the reduction of energy dependence on fossil fuels, global attention has been drawn to the use of renewable energy, including solar energy. The sun, as an endless source of energy, can be a solvent of energy and environmental problems. The development of smart textiles requires a multidisciplinary approach involving several knowledge, such as circuit design, intelligent materials, microelectronics and chemistry, which is combined with a profound understanding of textile construction. The ability to fabricate nanostructured photovoltaic textures was one of the issues that involved the minds of scientists and researchers, and led them to explore their efforts to produce monolithic materials that could be used by the sun and the photovoltaic effect of electricity. It generates this power supply to a device that comes with a person and needs electrical current. The components of a conventional organic solar cell are often heavy, fragile and rigid. Recent innovations and inventions in the field of photovoltaic equipment provide access to flexible solar cells with human capability, which can act as an independent system for providing energy in emergencies. The process of electrospinning, which can be used to generate electricity from the 14th Annual Electrochemistry Seminar of Iran Materials and Energy Research Center (MERC), 12- 13 Dec, 2018 126 sun, is at the forefront of research. Hence the papers presented by scholars and researchers in this regard were the best option for writing this article.