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Wind Turbine and Solar Operated Electric Car

Author(s):

Samadhan Ganpatrao Jadhav , Dr. D.Y. patil school of engineering and technology, lohegaon pune; Sudarshan Martande, Dr. D.Y. patil school of engineering and technology, lohegaon pune; Akshay Wangade, Dr. D.Y. patil school of engineering and technology, lohegaon pune; Dnyaneshwar Gebad, Dr. D.Y. patil school of engineering and technology, lohegaon pune; Sushant Gadekar, Dr. D.Y. patil school of engineering and technology, lohegaon pune

Keywords:

Frame, Solar Panel, Wind Turbine, Battery, Motor and Pulley Assembly

Abstract

Energy and environmental issues are among the most important problems of public concern. Wind and solar energy may be one of the alternative solutions to overcome energy shortage and to reduce greenhouse gaseous emission. Using electric cars in cities can significantly improve the air quality there. Through our analyses and modeling on the basis of the National Centers for Environment Prediction data we confirm that the amount of usable solar and wind energy far exceeds the worlds total energy demand, considering the feasibility of the technology being used. Storing the surplus solar and wind energy and then releasing this surplus on demand is an important approach to maintaining uninterrupted solar‐andwind‐generated electricity. This approach requires us to be aware of the available solar and wind energy in advance in order to manage their storage. Solar and wind energy depends on weather conditions and we know weather forecasting. This implies that solar and wind energy is predictable. In this article, we demonstrate how solar and wind energy can be forecasted. We provide a web tool that can be used by all to arrive at solar and wind energy amount at any location in the world.

Other Details

Paper ID: IJSRDV7I30829
Published in: Volume : 7, Issue : 3
Publication Date: 01/06/2019
Page(s): 1083-1085

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