Abstract
This paper is proposed to demonstrate Automatic Generation Control (AGC) with a Proportional Integral Derivative (PID) regulator and the relationship between the Load Frequency Control (LFC) and Automatic Voltage Regulator (AVR) circles in a power plant. The straight-zed AGC architecture concentrates the combined influence of these two LFC and AVR circles. AVR and LFC with Excitation System and PID regulators are shown as a complete framework model. "LFC" stands for "framework recurrence." It affects the dynamic force adjustments in the force framework organization. The speed-lead representative instrument performs the LFC. The speed-lead representative component's fundamental standard is to alter with heap variations. The generator's voltage is related to its speed and excitation. The excitation system regulates the voltage if the speed is constant. Another name for voltage control is "excitation control." This combined model is tested with PID, PID with PSS, and Fuzzy Logic Controllers. The results are proven through replication, which is possible in distinct and consistent state responses.
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