Abstract:

In this study, the SMDA engine, which works at non-linear reference speeds under fixed and variable loads, has been implemented by the foolish logic-based smart and durable speed controller design. Intelligent control is aimed at developing systems with the ability to imitate the discovery and adapting behavior of a person. The smart control techniques designed are the Blur Logic Controller (BMD), the oransal-integral (PI) type BMD and the Self-Adjusted (Self-Adjusted) Blur PI (KABPI) controller. The purpose of the control algorithm is to force the rotor speed to always hardly follow the desired reference speed. This objective must be achieved in different speeds/time changes, regardless of load disturbances and parameter changes. The performance of the designed controllers on sustainable speed control under unstable working conditions has been compared and the results obtained have been discussed. According to the results of comparison and comparison, the KABPI control method has shown better results than others in meeting the required control criteria.

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