Wave Energy Converter Technology - Veerabhadrappa, Kavadiki;B G, Suhas;Seetharamu, K.N.
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The world energy consumption is expected to increase substantially in the next decade and if the same negligence towards the environment continues, there will be a day when no clean air would be available. Electricity Generation has become a critical problem in the modern era as the traditional energy resources are not getting replenished and there might be a day where there may be no energy for use. People are looking for better conversion devices. This book introduces the possibility of converting energy from one form to electricity by the use of Linear Generator. The advantages, challenges,…mehr

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Produktbeschreibung
The world energy consumption is expected to increase substantially in the next decade and if the same negligence towards the environment continues, there will be a day when no clean air would be available. Electricity Generation has become a critical problem in the modern era as the traditional energy resources are not getting replenished and there might be a day where there may be no energy for use. People are looking for better conversion devices. This book introduces the possibility of converting energy from one form to electricity by the use of Linear Generator. The advantages, challenges, principle of operation, construction and working of linear generator are discussed in this book. Along with the Linear Generator, its power electrical circuits are explained. Wave energy can be observed as a possible clean energy resource which can be exploited for power generation purposes. While this method is relatively new and economically competitive. A vital feature of these waves is that they have the highest energy density when compared to other renewable energy resources.
Autorenporträt
Kavadiki Veerabhadrappa es licenciado en Ingeniería Mecánica y tiene un máster en Ingeniería de Energía Térmica por la VTU de Belagavi y un doctorado en Ingeniería Térmica por la JNTU de Hyderabad. Su área de interés es la investigación: Análisis y optimización de intercambiadores de calor de flujo múltiple, optimización de intercambiadores de calor de flujo cruzado, tecnología de convertidores de energía de las olas, etc.