Periodic steady-state solution of a synchronous generator based on a voltage-behind-reactance formulation and the Poincar map method
Powerful blend based on a voltage-behind-reactance model and the Poincar map method. It allows computing periodic solutions of synchronous generators. Operating conditions such as a change of load, a single-phase fault and an unbalanced load are studied. Speed up gain of up to 3.6 compared to the phase-domain model is reported. Particularly useful approach for test cases involving rotary machines with an inherently large inertia.
periodic steady-state poincar map synchronous machine newton methods harmonics