The Suitable PI Controller Design of the Parallel Synchronous Buck Converter Using the Genetic Algorithm
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Abstract
This article offers the Suitable PI controller design of the parallel synchronous buck converter using the genetic algorithm. The mathematical model of the power electronics control system is proved from the generalized state-space averaging method, which is used as an objective function instead of using a physical model on a computer. The results show that the suggested design method can allow more control efficient responses of the DC output voltage of parallel synchronous buck converter than traditional methods. In terms of the rise times, settling times, and percent overshoot, which equal to 1.01 seconds, 1.04 seconds, and 0 percent, respectively. In addition, the suggested design methods in this article can use for application to other DC-to-DC converters.
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References
Sasiya U, Kongpan A, Kongpol A. Power loss identification of three-phase induction motor using adaptive tabu search. 5th International Electrical Engineering Congress. March, 8-10, 2017, Pattaya, Thailand.
Apichai S, Kongpan A, Kongpol A. A controller design of more electric aircraft power systems using an adaptive tabu search algorithm. 5th International Electrical Engineering Congress. March, 8-10, 2017, Pattaya, Thailand.
Tosaporn N, Kongpan A, Kongpol A. Design of an active power filter using genetic algorithm technique. The 9th WSEAS International Conference on Artificial Intelligent, Knowledge Engineering and Data Bases. February, 20-22, 2010, Cambridge, United Kingdom.
Wiphusana C. The optimal controller design of boost converter using a genetic algorithm. Proceedings of the 8th Conference of Electrical Engineering Network of Rajamangala University of Technology. 2016;393-6. (in Thai).
Nonthanan P, Pracha K. Particle swarm optimization for energy management based on grid-connected photovoltaic - battery hybrid system. The 42nd Electrical Engineering Conference. 2019;53-6. (in Thai).
Kulsomsup Y, Yutthana K, Krischonme P, Nadarajah M. Optimal sizing and location of the charging station for plug-in electric vehicles using the particle swarm optimization technique. 6th International Electrical Engineering Congress. 2018;400-3.
Anuthita L, Satthapoom T, Danupon K. Optimization of I-PD controller for a FOLIPDT plant model using cuckoo search. The 42nd Electrical Engineering Conference. 2019;257-60. (in Thai).
Kasem N, Silawat R, Kittisak S. Modified whale optimization algorithm for optimal reactive power dispatch with considering load uncertainty. The 42nd Electrical Engineering Conference. 2019; 61-64. (in Thai).
Emadi A. Modeling and analysis of multiconverter DC power electronic systems using the generalized state-space averaging method. IEEE Transaction on Industrial Electronics. 2004;51(3):661-8.
Sarwar A, Shahid A, Hudaif A, Gupta U, Wahab M. Generalized state-space model for an n-phase interleaved buck-boost converter. 4th IEEE Uttar Pradesh Section International Conference on Electrical, Computer and Electronics. October, 26-28, 2017, Mathura, India.
Azer P, Emadi, A. Generalized state space average model for multi-phase interleaved buck, boost and buck-boost DC-DC converters: transient, steady-state and switching dynamics. IEEE Access. 2020;77735–77745.
Wiphusana C, Kongpol A, Kongpan A. The dynamic model of electrical aircraft system feeding a buck-boost converter. 5th International Electrical Engineering Congress (iEECON 2017), March, 8-10, 2017, Pattaya, Thailand.
Tsang K.M, Chan W.L. Cascade controller for DC/DC buck convertor. IEE Proc.- Electr. Power. 2005;152(4):827-31.
Suthep S. Analysis and design of paralleling synchronous buck for low voltage high current DC-DC converter. Master of Engineering in Electrical Engineering Thesis. King Mongkut’s Institute of Technology North Bangkok. 2006. (in Thai)
Arthit S. Computational Intelligence. 1th ed. Suranaree University of Technology; 2009. (in Thai)