Theoretical Model based on Smart Energy Systems

All energy systems significantly contribute for the conversion of energy from one form to another in the effective means. Before attaining the production of electrical power, it contributes for the transformation of mechanical energy, chemical energy, thermal energy, potential energy, hydraulic energy having some losses of energy. All the energy in the universe is a constant. Sun is a source of energy where hydrogen atoms combined together to produce helium nucleus with the release of large amount of energy. It is the basic form of all energy in the universe. Sun is at a very distance from the earth. All other forms of energy are a small portion of energy released from the sun and are a function of time. Solar energy cannot reach out earth without losses. Therefore in all equations of power transmission, certain parametric correlations are to be found out with time as a function. If we think and set ideas to derive equations of power and energy, it can be very effective in working models. This research paper is intended to convey the idea of smart energy systems where these resolution for correlations can be incorporated and attain good productivity. These smart energy systems can energize effective power transmission in the best possible way. Here the correlation is a theoretical model equation consisting of independent and dependant variables.