PREDICTIONS OF PV SYSTEM FOR INCREASED POWER DEMAND WITH NEW TOPOLOGY
Journal: International Journal of Mechanical Engineering and Technology(IJMET) (Vol.9, No. 2)Publication Date: 2018-12-26
Authors : BIBIN RAJ V.S; G. GLAN DEVADAS;
Page : 373-381
Keywords : solar energy cells; maximum power point tracking; buck boost choppers; inverter; control algorithms;
Abstract
Global warming is one of the serious and major consequences of global warming. It triggers the harmful effect to our planet earth. Lots of study and research are emphasis on the study of this immaterial cause of destruction is going on. As a part of it, the new era have to phase the reduction in emissions of carbon and the gross depletion of the fabulous fossil fuels, the divine for the human kind. By the above mentioned factor it rather increases the economic instability of the country and among the nations. The demand of global power has to be met by the erection and utilization of the renewable resource. Thus we can make a compensation tool for keeping the economy and the growth stable. Here the intention is to create a new system which incorporate the working of renewable resources such as PV, Wind, Hydro etc… With the modern electronic and electrical components and ambulated circuits to meet our day today needs. In this paper it describes he methodology of PV system, power electronics and the sun tracking methods by the concept of MPPT architecture. On accepting this concept the efficiency can be increased and the depreciation factor can be controlled in a reduced manner. The different converter topology is structured along with the application of the solar photovoltaic system. Different computational techniques are adopted for the quick comparisons of results of different choppers and the PV system.
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