EFFECT OF SPEED-GOVERNOR DEADBAND ON AGC ANALYSIS FOR TWO AREAS THERMAL-THERMAL SYSTEM

Authors

  • A HUSSEIN Lecturer-Faculty of Engineering Sohar University PO Box 44, Sohar PC311, Oman
  • KAZEM ALWAELI Lecturer-Faculty of Engineering Sohar University PO Box 44, Sohar PC311, Oman

Keywords:

Automatic Generation Contro l, Governor Deadband effect, Integral and PI controllers

Abstract

Thermal system is present in this paper. The governor deadband nonlinearity is included in the analysis. The model by just changing the controllers can be used to study the response with and without governor deadband. It is shown that the governor deadband nonlinearity has a destabilizing effect on the transient response with deterministic load disturbance. It is found that the proportional integral controller reduces the over shoot and leaves the setting time unchanged with respect to case when using integral controller. It is found that the value of B has an important influence on the transient behavior of AGC.

Author Biographies

A HUSSEIN, Lecturer-Faculty of Engineering Sohar University PO Box 44, Sohar PC311, Oman

Lecturer-Faculty of Engineering
Sohar

KAZEM ALWAELI, Lecturer-Faculty of Engineering Sohar University PO Box 44, Sohar PC311, Oman

Lecturer-Faculty of Engineering
Sohar

References

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Published

2003-12-01

How to Cite

HUSSEIN, A., & ALWAELI, K. (2003). EFFECT OF SPEED-GOVERNOR DEADBAND ON AGC ANALYSIS FOR TWO AREAS THERMAL-THERMAL SYSTEM. Sciences & Technology B, Engineering Sciences, (20), 33–37. Retrieved from https://revue.umc.edu.dz/b/article/view/1255

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