By Cornelius T. Leondes
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Extra info for Analysis and Control System Techniques for Electric Power Systems
Governorbased frequency regulation is much slower in character and cannot be used for transient stabilization. On the shortest time scale available resources are HVD C links, fast valving braking resistors and PSSs. More recently, fast- modulated phase-shifting transformers are considered as a new option . 6. Primary Reactive Power/Voltage Controls Given a two-level control philosophy, system dynamics are only relevant to reactive power/voltage control at the primary level. This is one of the sources of confusion in trying to separate dynamics-related issues from those of steadystate operation.
That is, the phenomenon is sometimes detected by simulations but not captured by measurements, or it is measured but not verified by simulations. " Translated into systems research terms, this means one needs to study the level of machine model details relevant for capturing the inter-area oscillations as well as the robustness of the system modes in the range of interest to uncertain parameters. While much work has been done in the power engineering community on measurement techniques for different machine models , this knowledge has not been further related to the system dynamics characterization.
To encourage such agreements, A G C has been implemented, providing for economical scheduling of flow exchange along the transmission lines directly connecting neighboring utilities (tie lines) [59, 60]. A utility with less expensive resources provides energy to another utility at a prescheduled tie line flow (real power only). The mechanism of determining the cost of energy exchange along tie lines is well defined and based on sound engineering principles [9-11, 61]. Such economic dispatch among utilities in the multiutility environment is made possible by the concept of an area control error (ACE) associated with and regulated locally by each subsystem.
Analysis and Control System Techniques for Electric Power Systems by Cornelius T. Leondes
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