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

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Robust Nonlinear Control of STATCOMs,e system is working in the inductive operating range, undesired oscillatory transient response appears in the DC voltage due to its lightly damped internal dynamics with the IOL method. The PBC method considers the dynamics characteristics of type 2 STATCOM systems, in particular its passive charact

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Modeling and Control of STATCOMs,dels include transformation to a particular rotating frame that allows clear definition of voltage and current magnitudes, and active and reactive power on an instantaneous basis. Based on the models, linear and nonlinear control techniques for the control objective of voltage regulation at a load p

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Optimal Placement of STATCOMs Against Short-Term Voltage Instability,contingencies. Indices for quantifying short-term voltage stability and the related risk level are proposed for problem modeling. Candidate buses for STATCOM installations are analytically selected based on trajectory sensitivity technique. Load dynamics are fully considered using a composite load m

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STATCOM Application for Enhancement of Available Power Transfer Capability in Transmission Networkspendent on its location in the system. Hence, to enhance the dynamic ATC effectively, STATCOM has been placed optimally in the network by carrying out a sensitivity analysis of structure preserving energy margin with respect to its control parameter. The hybrid approach, utilizing the benefits of th

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STATCOM Application for Decentralized Secondary Voltage Control of Transmission Networks,oad variations and disturbances in each partition of the power system. The decentralized controllers are implemented by fuzzy control which is trained via offline simulations. Required reactive power is injected into the partitions by STATCOMs to correct voltage violations.