Description

In the current climate of increasing energy needs and increasing environmental problems, alternative applications of non-renewable and contaminated fossil fuels must be sought. One of these alternatives is solar energy. Solar energy is simply energy that is produced directly by the sun and collected elsewhere, usually the earth. The sun creates energy through a thermonuclear process that converts about 650 million tons of hydrogen per helium per second. The process generates heat and electromagnetic radiation. The heat stays in the sun and helps to maintain the thermonuclear reaction.
Electromagnetic radiation (including visible light, infrared light, and ultraviolet radiation) reaches space in all directions. The radiation that reaches the earth is an indirect source of almost all kinds of energy that is used today. In the past, plants and animals whose life depended on the sun lived. Much of the energy that is needed in the world can be supplied directly by solar energy. It can be provided more indirectly.
In addition, solar energy will also be applied. Due to the nature of solar energy, the two components require a functional solar generator. The collector easily collects the radiation that falls on it and transforms it into other forms of energy (electricity and heat or heat only). The storage unit is necessary because of the non-constant nature of solar energy; sometimes you receive only a very small amount of radiation.