Performance Analysis of Three-Phase AC Voltage Controller with Intelligent AI Controller

Author(s)	M.Harsha Vardhan Reddy, D.Rohini, G.Kishor
Country	India
Abstract	Three-phase AC voltage controllers are widely used in industrial applications for controlling power delivered to AC loads such as induction motors, heating systems, and renewable energy interfaces. Conventional controllers based on fixed firing angle control suffer from slow response and poor dynamic performance under varying load conditions. This paper presents the performance analysis of a three-phase AC voltage controller using an intelligent Artificial Intelligence Controller. The proposed control method generates optimized switching pulses for semiconductor switches by continuously monitoring the output voltage error and its rate of change. The simulation results demonstrate that the fuzzy-controlled AC voltage controller provides improved stability, faster response, and enhanced voltage control compared with conventional firing angle control techniques. The proposed intelligent control approach is suitable for modern industrial power conversion applications.
Keywords	Three-phase AC controller, Closed Control, Artificial Intelligence, Thyristor switching, Voltage regulation, Power electronics.
Field	Engineering
Published In	Volume 16, Issue 1, January-June 2025
Published On	2025-02-27

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Journal of Advances in Developmental Research