Certain investigations on installation cost minimization for pv wind battery systems using few heuristic algorithms

Abstract

Various forms of non-conventional energy are being applied in enormous fields for the continuity of the existence of the human beings right from the origin. Electrical Power has bagged the most priority position in human race usage down the centuries. However, a new dismal requirement in the primary power issue necessarily is the reassessment and recalibration both generally and worldwide. This includes the following factors like: available content of the depleting conventional energy sources, power supply reliability to cater to the ever escalating load requirement, economically growing energy costs, ecological imprints affecting greenhouse gases, etc., The focus of the rapidly emerging technologies for the production of power in India and worldwide is mostly towards the usage of wind and solar energy which are the renewable energy sources. A hybrid system can be a mixture of conventional and non-conventional sources, with or without energy storing equipment. However, due to the intermittent nature of such renewable sources, energy storage devices are required to enhance reliability and for the provision of uninterrupted hybrid system supply. The proper implication of this hybrid system guarantees with enhanced consistency and stability, reduces emissions and sound pollution, offers continuous supply of power, increasing the operating life of devices within economical budget and efficacious usage of obtainable power. This dissertation is primarily persistent towards the production and usage of electrical energy from nonconventional renewable sources. The current high capital cost of wind turbine leads to a potential cost effective approach of combination of PV and the wind sources. Hybrid system combination of sources optimally found out is comparatively better than stand-alone sources for the supply of power. The main findings are: iv Three different heuristic algorithms like GA- Genetic newline