In a single-area power system, if a load demand changes randomly, the frequency varies.
The main aim of load frequency control (LFC) is to minimize the transient variations and to …

In an interconnected power system, if a load demand changes randomly, both frequency
and tie line power varies. The main aim of load frequency control is to minimise the transient …

Nowadays power demand is increasing continuously and the biggest challenge for the
power system is to provide good quality of power to the consumer under changing load …

This paper presents A novel method to improve the load frequency control in single area
and two area power system. This means the load variation on a power system which gives …

In power system, any sudden load perturbations cause the deviation of tie-line exchanges
and the frequency fluctuations. So, load frequency control (LFC) or automatic generation …

A high-quality power system is the one, in which the voltage and frequency of the power stay
in desired value irrespective of random load changes. Further, the active and reactive …

It is seen that there is a direct relation between the generation and demand of electrical
energy in a power system. Any disturbance in the coordination between the two is highly …

In a two-area power system, with random change in load demand, the frequency varies.
Load frequency control (LFC) is to minimize the transient variations and also to make sure …

In this paper, the dynamic performance of automatic load frequency control of three-area
power system is done by using PID controller. When load changes then, there is drift in …

Automatic Generation Control (AGC) or Load Frequency Control is a very important issue in
power system operation and control for supplying sufficient and reliable electric power with …