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Chattering-Free Modelling and Simulation of Power Systems with Inclusion of Filippov Theory

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This paper proposes a general-purpose formulation of an anti-windup proportional and integral (PI) controller based on Filippov theory and discusses the performance of the proposed PI model for the dynamic analysis of power systems. The proposed model accurately captures non-smooth dynamics according to the IEEE standard 421.5-2016 and effectively removes trajectory deadlock and chattering. The validation of the model is performed considering an automatic voltage regulator and a static synchronous compensator in a single-machine infinite-bus system and the WSCC 9-bus system, respectively.

Author(s):

Mohammed Ahsan Adib Murad    
University College Dublin
Ireland

Federico Milano    
University College Dublin
Ireland

 

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