Automatic turbine speed control using integer and fractional order PID controller based on genetic algorithm

Abstract

FOPID ve PID kontrolerleri endüstriyel endüstrinin bir çok dalında kuilanılmaktadır Rofinerlerde, farklı fabrikalarda hassasiyeti arttırması, daha az emek harcanması nedeniyle kontrolörler sıkca uygulama alanı bulmaktadır PID ve FOPID işlemleri standart hale getirir. Genetik algoritma kullanılması halinde başarım artmaktadır. Uygulamaya dönük matlab yazılımı ile başarımlar karşılaştırılabilir hale gelmekredir.

In the field of automatic control, FOPID and PID controllers are used in all areas of industrial work. From small operations to large operations, their work in different processes is very important for precision work and reduced effort, such as refineries and other factories. Using PID or FOPID at work is similar to routine work. So, we think about how we can improve these controllers and choose the best among them. We benefit greatly from the world of computing by choosing a way to develop PID and FOPID, and to develop their performance in a good way. In this research, PID and FOPID will be adjusted using the genetic algorithm, in order to know the best results for each, and compare them, using each of them to control the speed of the steam turbine, the process is performed by computer simulation by implementing a program in Matlab, then we compare the best results between PID and FOPID are analyzed and the results will be drawn from simulation and comparison for adoption in practical application, such as computer control systems.