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Energy storage technologies are not only protruded as sources of energy rather; these technologies provide a great contribution to improve the stability, power quality and reliability in the electrical system. The high utilizing of renewable energy sources can be harnessed by using these energy storage systems. This book shows the role of super capacitor in DC Microgrid to be stable under partial shading issue. For studying the effect of adding super capacitor, the microgrid system is simulated with and even without super capacitor. The fluctuations of the DC link bus voltage of the microgrid…mehr

Produktbeschreibung
Energy storage technologies are not only protruded as sources of energy rather; these technologies provide a great contribution to improve the stability, power quality and reliability in the electrical system. The high utilizing of renewable energy sources can be harnessed by using these energy storage systems. This book shows the role of super capacitor in DC Microgrid to be stable under partial shading issue. For studying the effect of adding super capacitor, the microgrid system is simulated with and even without super capacitor. The fluctuations of the DC link bus voltage of the microgrid is reduced as a result of integration with super capacitor unit. The simulation results approve that super capacitor improve the DC microgrid stability.
Autorenporträt
CH, S K B PRADEEP KUMARMr. CH S K B PRADEEP KUMAR was graduated from JNTUK and post graduated from university college of engineering, JNTUK. Presently he is working as a Assistant Professor in Ramachandra College of Engineering,ELURU. So far he is having 12 Years of Teaching Experience His interested areas are power quality and reliability.