Role of Physics and New Insights in Development of Energy System through Nanotechnology

Abstract

Power systems deliver energy to loads that perform a function in such a way that no barrier of electrical conductivity occurs. The energy productions through nanotechnology based systems are much efficient. They are manufactured through laser ablation and vapor deposition methods. The use of graphene is effective for lading the energy systems as it posses the physical characteristics such as electron mobility, high conductivity. Solar cells that transform the energy coming from the sun into the electrical form as photovoltaic influence greatly infused to this process. Capacitor with combinations of nanotubes also designed that increase the electrode surface area and thus the amount of energy. Nanotechnology technique can be used to produce cheap and high efficient solar cells. Nanocapacitors also working on the basis of the physiochemical properties of both the electrode and the electrolyte materials. Nanotechnology can be utilized in the productions of various electrical and commercial appliances.