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The increasing global warming concerns and diminishing fossil fuels have made us necessary to look for alternative sources of energy. Fuel Cell technology holds promise towards sustainable power generation, it being pollution free and using readily available fuels. This book presents the modelling, control and design analysis of a Grid-interactive Fuel Cell System with Power Quality Improvement features thus controlling the Active Power supplied by the Fuel Cell Distributed Generation System while compensating Harmonics and Reactive Currents caused by the Non-linear Loads connected at Point of Common Coupling.…mehr

Produktbeschreibung
The increasing global warming concerns and diminishing fossil fuels have made us necessary to look for alternative sources of energy. Fuel Cell technology holds promise towards sustainable power generation, it being pollution free and using readily available fuels. This book presents the modelling, control and design analysis of a Grid-interactive Fuel Cell System with Power Quality Improvement features thus controlling the Active Power supplied by the Fuel Cell Distributed Generation System while compensating Harmonics and Reactive Currents caused by the Non-linear Loads connected at Point of Common Coupling.
Autorenporträt
Gitanjali Mehta is an Associate Professor in the Power Electronics Division at Galgotias University, Greater Noida, India. She received her Ph.D. from Department of Electrical Engineering, Indian Institute of Technology, Roorkee. Her research interests include Power Electronics with applications in Power Systems and Renewable Energy Technologies.