An Improved Electromechanical Oscillation-Based Inertia Estimation Method
Bo Wang, Deyou Yang, Guowei Cai, Zhe Chen, Jin Ma
Abstract
The existing inertia estimation based on electromechanical oscillation relies on a single mode, which is limited in complex systems. In this letter, the inertia is estimated without worrying about the number of modes in the oscillation. The inertia expression is derived based on the swing equation in the frequency domain, which considers the mode coupling in the electromechanical bandwidth using a summation calculation. The effectiveness of the proposed inertia estimation method is validated through simulation data and real measurements.
Topics & Concepts
InertiaOscillation (cell signaling)Control theory (sociology)Bandwidth (computing)Mode (computer interface)SwingFrequency domainEstimation theoryTime domainMoment of inertiaRotary inertiaComputer scienceMathematicsPhysicsMathematical analysisClassical mechanicsAlgorithmAcousticsTelecommunicationsArtificial intelligenceOperating systemControl (management)GeneticsComputer visionBiologyReal-time simulation and control systemsStructural Health Monitoring TechniquesAdvanced Adaptive Filtering Techniques