POWER QUALITY IN POWER SYSTEM

About the BookThe Term power quality represents new findings and challenges for researchers to full fill the power and energy demands of societal communities. The term Power Quality encompasses emerging insights and challenges faced by researchers by the increasing power and energy demands of modern societies. Researchers specializing in power engineering frequently encounter a variety of power quality disturbances, including transients, short- and long-duration root mean square (RMS) variations, imbalances, voltage and current distortions, voltage fluctuations, frequency variations, and challenges related to power factor compensation. This book presents advanced solutions to these power quality issues through real-time case studies contributed by the editors and an array of expert authors. Real-time power quality analysis and practical implementation challenges such as Fault detection and monitoring in transmission networks. Power quality considerations for electric vehicles and residential infrastructure. Artificial intelligence applications for fault detection. The role of power electronics circuits, such as E-STATCOM, in enhancing system performance.

Autorentext

Dr. P. HARI KRISHNAN is working as an Assistant Professor in the Department of EEE at the University College of Engineering, Panruti.Dr. PRAMOD KUMAR GOUDA is working as a professor in the Department of EEE at Aditya Institute of Technology and Management.Dr. N. SHANMUGASUNDARAM is working as a professor in the Department of EEE at VISTAS.

Klappentext

About the BookThe Term power quality represents new ndings and challenges for researchers to full fill the power and energy demands of societal communities. The term Power Quality encompasses emerging insights and challenges faced by researchers by the increasing power and energy demands of modern societies. Researchers specializing in power engineering frequently encounter a variety of power quality disturbances, including transients, short- and long-duration root mean square (RMS) variations, imbalances, voltage and current distortions, voltage fluctuations, frequency variations, and challenges related to power factor compensation. This book presents advanced solutions to these power quality issues through real-time case studies contributed by the editors and an array of expert authors. Real-time power quality analysis and practical implementation challenges such as Fault detection and monitoring in transmission networks. Power quality considerations for electric vehicles and residential infrastructure. Artificial intelligence applications for fault detection. The role of power electronics circuits, such as E-STATCOM, in enhancing system performance.