Dual Controlled High Efficient Modular DC DC Converter for Renewable Energy Systems

Abstract

Abstract newlineNow-a-days innovative technologies in distribution generation trying to rectify the energy newlinecrisis. The demand for electric energy growing exponentially from generation to generation newlinein the globe due to increasing population, smart cities and rapid industrialization newlineetc. Renewable energy is playing a pivotal role in compensating the electrical energy as newlinethere is shortfall in this energy due to more demand and decline trends of conventional newlinesources of energies exhaustion of fuels like coal, petroleum, natural gas and constant of newlineenvironmental and climatic changes. To cope up this renewable energy sources like solar, newlinewind, tidal and fuel cell arrangement being done in an electrical system to compensate newlineand enhance the energy. The advantages of renewable energy sources are enormous as newlinethey are free from gas emissions from few conventional energy resources which impact newlineon the global warming. Use of renewable energy will prove as panacea for solving the newlineclimate and environmental problems. If the generation of renewable energy expedited newlinerigorously can meet the most of the world energy demand. newlineIndia is blessed with abundant natural resources and renewable energy potential, but newlinestill millions of people lack access to electricity, energy and clean fuels. Harnessing energy newlinethrough the renewable energy sources using effective technology is an important role newlineto supply clean energy sources for mankind. The increasing cost of energy has made it newlinemandatory that the energy in all sectors be utilized efficiently. Power electronic offers the newlinemost cost-effective means of achieving efficient energy utilization. For effective utilization newlineof these energy sources, need for significant power electronic integration for efficient newlineextraction of energy from the intermittent sources. DC-DC converter is the basic module newlineof power electronics to integrate different low voltage energy sources such as solar, wind, newlinefuel cells and battery system to microgrid. Realizing the gap, what is needed required newlineto be done, this thesis proposes high ef