This book provides a systematic introduction to power system sub/super-synchronous oscillations caused by grid-connected wind power generation. The authors look at why oscillations occur and present methods for examining the risk of oscillations. Coverage includes state-space model based analysis and impedance model based analysis, which are the two main methods for examining the power system sub/super-synchronous oscillations. In addition, new methods for examining oscillations in wind farms are proposed.
Analysis of Power System Sub/Super-Synchronous Oscillations Caused by Grid-connected Wind Power Generation provides researchers and students with a single-volume introduction to the subject and will be a valuable professional reference for practicing engineers looking for solutions to oscillation problems.

The first book to focus on power system sub/super-synchronous caused by grid-connected wind power generation Provides a systematic introduction on the subject Presents new methods to examine the oscillations

Autorentext

Prof. Wenjuan Du is a Professor at the School of Electrical Engineering, North China Electric Power University in Beijing, China. Prof. Haifeng Wang is a Professor at the State Key Lab of Renewable Power Generation Power Systems, North China Electric Power University in Beijing, China. Dr. Siqi Bu is an Assistant Professor at the Department of Electrical Engineering, The Hong Kong Polytechnic University in Kowloon, Hong Kong.

Inhalt
Analysis of factors affecting the sub/super-synchronous oscillations of a grid-connected PMSG system.- Analysis of sub-synchronous oscillations in a power system with series-compensated transmission line and a sending-end synchronous generator or DFIG.- Open-loop modal resonance to cause sub-synchronous oscillations in a power system with grid-connected wind farms.- Amplifying effect of weak grid connection on the open-loop modal resonance.- Risk of sub/super-synchronous oscillations in a wind power collecting system.- Impedance model based analysis of sub/super-synchronous oscillations caused by grid-connected wind power generation.