Titlebook: Static Compensators (STATCOMs) in Power Systems; Farhad Shahnia,Sumedha Rajakaruna,Arindam Ghosh Book 2015 Springer Science+Business Media

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Converter and Output Filter Topologies for STATCOMs,trol of a STATCOM is obtained by individual control of each switch in the STATCOM. Several converter topologies can be considered for STATCOMs. The multi-pulse converters are developed using the most widely known 6-pulse configurations. The variations of multi-pulse converters such as 12-pulse, 24-p

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Analysis and Implementation of an 84-Pulse STATCOM,nverter (VSC) that meets the IEEE Recommended Practices and Requirements for Harmonic Control in Electrical Power Systems (IEEE Std. 519-1992) is emphasized. The low Total Harmonic Distortion (THD) that this VSC generates, qualifies this power conditioner to be considered for its use on stringent ap

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Mathematical Modeling and Control Algorithms of STATCOMs,e α-β coordinate system and in the synchronously rotating d-q coordinate system. In the first part of the chapter, both mathematical models are derived from the three-phase STATCOM model, and the mathematical process is described in detail. In the second part, four different control algorithms are d

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Versatile Control of STATCOMs Using Multiple Reference Frames,e/resonant controllers and repetitive controllers, are presented that provide a STATCOM with the capability of controlling the harmonics of the current injected into the PCC. Finally, the use of synchronously-rotating reference frames is generalized so that current harmonic control can also be achie

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Control of Multilevel STATCOMs,phasis is given to the dynamic and steady state analysis in order to facilitate the study of the control techniques. Then, these control schemes aimed to achieve the overall compensation objectives are classified in linear and nonlinear approaches. In fact, among the linear alternatives, the Proport

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