Abstract
To low transmission power loss, maintain voltage stability and improve voltage profile, a novel multi-agent-based voltage control scheme is proposed in this paper by dynamically adapt configuration of control devices, including the automatic voltage regulator of generator, transformer with under-load tap changer, and flexible alternating current transmission systems(FACTS). Multi-agent system is designed with consideration of the technical constraints and load dynamic model effect. Information exchange among agents is facilitated by Peer-to-peer device. The proposed scheme coordinates the operation of installed voltage control devices on both low voltage and high voltage levels. A simulation test model is implemented using a parallel computing arrangement for a 30-bus standard test system to evaluate the proposed voltage control scheme.
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