Browsing by Author "Preetha, M."

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    Prevalent glitches in generation of solar power using PV panels - An Indian scenario
    (Journal of Advanced Research in Dynamical and Control Systems, 2020) Thangalakshmi, S.; Sivasami, K.; Sathiyasekar, K.; Preetha, M.
    There is a promising opportunity for the sustainable growth of solar power is in our nation. The distinctive energy from sun received by the earth for one year is only about five thousand trillion kilowatt-hour. It is perceived that mainstream of those areas get 4-7 kWh/m2 for every 24 hours. The accessible solar energy can be pragmatically used to warm system/space heating and even to structure electrical energy by means of solar-thermal and solar-photovoltaics. Besides, there is a massive prospective to proliferate the photovoltaic power in our country. The admiring quality of solar is that it can as well be manufactured as distributed power, which agrees for adding on to the standing capacity within a short extent of time. Electrifying the rural regions can be well implemented via solar distributed power and it is applied for heating and cooling of villages, communities, townships and metropolitan areas in addition to the supply of electricity. The solar is ultimately safer than other modes of generating electrical power. Rather, even a tiny portion of collected solar energy may feasibly oblige the needs of the entire nation though it allude to concrete intricacies. Thermal power manufacturing is widely applied in the present-day Indian condition using coal as base material because of its economic aspects. By the long-term and persistent research work and introduction of new-fangled skills, solar energy can be produced at considerably minimum cost. This paper projects the principal challenges/barricades in attaining solar power in India, predominantly through photovoltaics, which could help as a valuable guidance for the solar engineers and lay concrete on the way of fetching the solar electric power and other applications appropriately.