IEEE Transactions on Power Apparatus and Systems · 1974 · 16 citations · 8 references
Field TestsEngineeringMva GeneratorExcitation SystemStabilization TechniqueStabilityElectrical DriveSystems EngineeringNonlinear Vibration ControlGrid StabilityPower System TransientStability AnalysisElectrical EngineeringMechatronicsSystem StabilityActive Vibration ControlDynamic StabilityPower System DynamicFrequency ControlKincaid StationExcitation ControlMechanical SystemsVibration Control
Field tests have confirmed that properly designed excitation control can extend the dynamic stablity range of machines. A new type of stability compensation, described in a companion paper, has been successfully applied. Application of this new equipment is made possible by the installation of a modern solid state high performance excitation system. Field tests conducted on a 733 mVA generator have shown that this compensation, applied to the excitation system, is effective in extending the stability limit of the machine beyond the limit obtainable without compensation.
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