SOLAR ENERGY CONSERVATION AND POLLUTION CONTROL BY EMPLOYING BWO ALGORITHMVinod A.
In this article, a novel energy conservation arrangement is employed depending up on the exertion of the solar energy and imperceptible renewable energy systems. The designing and modelling of solar cell is examined with various parameters estimation. In this proposed solar energy conservation and pollution control, black widow optimization algorithm (BWO) is employed to optimize the parameters of the solar module. Due to uneven designs of solar modules the conservation of solar energy is inefficient and such that dependency on the fossil fuels is increasing in our daily life decades, accordingly the environmental pollution is greatly sustained. The performance of solar module energy conservation, it mainly depends on the tuning of algorithm for estimation of parameters related to the solar module and its environmental scheme of exploitation and exploration. In the process of attaining the exact parameters for solar energy conservation, the proposed method outplays the previous existing methods and such that the dependency on fossil fuels is getting reduced thus the pollution control is achieved greatly.