Nano-Engineered Materials for Solar PV Panels

Abstract

A photovoltaic framework, additionally called Solar PV control framework, or PV framework, is a power framework intended to supply usable solar based power by method for photovoltaic. It comprises of a course of action of a few parts, including solar panels to retain and change over sunlight into power, a sun oriented inverter to change the electric current from DC to AC, and in addition mounting, cabling and other electrical accomplices to set up a working framework. It might likewise utilize a sun oriented following framework to enhance the framework's general execution and incorporate a coordinated battery arrangement, as costs for capacity gadgets are reducing. Entirely, a solar based cluster just envelops the troupe of sun oriented boards, the noticeable piece of the PV framework, and does exclude the various equipment, regularly compressed as adjust of framework (BOS).

The materials currently in use for photovoltaic system have low efficiency, so this is hampering the large scale deployment of photovoltaic system into our society. Thus in order to have large scale deployment and to have benefits of renewables from environmental and economical point of view, there is a need of alternative materials for solar pv systems which have high efficiency, low cost, ease of development, etc.

In this paper, nano-engineered materials for solar pv systems are discussed as they have high efficiency, high reliability, etc. If these materials are produced on large scale it will bring down the unit cost of the solar panels thus large scale deployment of the system would be possible which inturn beneficial to national economy and the people.

Keywords— Solar PV, nano-engineered materials, efficiency, environmental effect, carbon nano cell.