Harmonic suppression and reactive power compensation

Author: Wang Zhao'an et al.
Publisher:
Publish Date: 2006-01-01
Features: Harmonic suppression and power factor improvement are significant topics involving power electronics technology, electrical automation technology, and power systems. With the continuous advancement of power electronics technology, new active harmonic suppression techniques and reactive power compensation technologies have developed rapidly. This book primarily introduces new technologies for harmonic suppression and reactive power compensation, such as active power filters, hybrid power filters, static var compensation devices, and high-power-factor rectifiers. It also provides necessary introductions to the fundamental theories of harmonics and reactive power, power factor and harmonic analysis of power electronic devices, as well as traditional reactive power compensation and filtering methods. The book is written in a concise manner, emphasizing physical concepts and focusing on the connection between theory and practice. This revision mainly adds content on hybrid filters composed of active and passive power filters, significantly supplements and revises the content on active filters, and also provides necessary supplements and revisions to the content on static var compensation devices. This book can serve as a reference for engineering technicians and researchers in the fields of power electronics technology, electrical automation technology, and power systems, and is also suitable for teachers and graduate students in the aforementioned professional fields.
Harmonic suppression and power factor improvement are significant topics involving power electronics technology, electrical automation technology, and power systems. With the continuous advancement of power electronics technology, new active harmonic suppression techniques and reactive power compensation technologies have developed rapidly. This book primarily introduces new technologies for harmonic suppression and reactive power compensation, such as active power filters, hybrid power filters, static var compensation devices, and high-power-factor rectifiers. It also provides necessary introductions to the fundamental theories of harmonics and reactive power, power factor and harmonic analysis of power electronic devices, as well as traditional reactive power compensation and filtering methods. The book is written in a concise manner, emphasizing physical concepts and focusing on the connection between theory and practice. This revision mainly adds content on hybrid filters composed of active and passive power filters, significantly supplements and revises the content on active filters, and also provides necessary supplements and revisions to the content on static var compensation devices. This book can serve as a reference for engineering technicians and researchers in the fields of power electronics technology, electrical automation technology, and power systems, and is also suitable for teachers and graduate students in the aforementioned professional fields.