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373454

A New Control Technique for Regulating the Synchronous Generator Frequency Based on OFSTPID

Article

Last updated: 05 Jan 2025

Subjects

-

Tags

Power engineering

Abstract

This paper addressed the analysis, and control for tracking the active power flow (APF) from the synchronous generator (SG). The proposed control relies on the real concept of interaction between (active/reactive) and (governor/exciter voltage). The proposed system is tested by disturbance in active load by increasing or decreasing in 0.1pu. To address this disturbance, traditional controllers such as PID may not suffice for optimal performance. Thus, the Self-Tuning Controller (FST) emerges as a promising solution for PID controllers. Utilizing an Ant Colony Optimization (ACO), PID parameters can be effectively tuned. As a result, two control units of the Self-Tuning PID Controller (OFSTPID) are employed for active and reactive power control loops. This approach enhances active Power Filter (APF) satisfaction while meeting the constant demand for reactive power, thereby enhancing the reliability and quality of the power system. Comparative analysis against relevant literature demonstrates that this methodology leads to improved load frequency Control (LFC) performance and effective compensation for reactive power.

DOI

10.21608/ijeasou.2024.373454

Keywords

Turbo-generator, Active power flow, Reactive power flow, fuzzy self-tunning PID and infinite bus bar, Ant Colony Optimization

Volume

1

Article Issue

1

Related Issue

49679

Issue Date

2024-07-01

Receive Date

2024-08-12

Publish Date

2024-07-01

Online ISSN

3009-6448

Link

https://ijeasou.journals.ekb.eg/article_373454.html

Detail API

https://ijeasou.journals.ekb.eg/service?article_code=373454

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3

Publication Type

Journal

Publication Title

International Journal of Engineering and Applied Sciences-October 6 University

Publication Link

https://ijeasou.journals.ekb.eg/

MainTitle

A New Control Technique for Regulating the Synchronous Generator Frequency Based on OFSTPID

Details

Type

Article

Created At

21 Dec 2024