In an interconnected power system, as a power load demand varies randomly both area
frequency and tie-line power interchange also vary. The objectives of load frequency control …

In this era of energy crisis, renewable energy is the most promising solution to man's ever
increasing energy needs. But the power production by these resources cannot be controlled …

This paper present the analysis of load frequency control problem for interconnected power
system using the PID controller. Any small sudden load change in any of the areas causes …

This paper attempts to identify the different issues related to frequency oscillations in power
systems and offers newer and reliable approach to mitigate them. Load frequency control …

Many development republics began to get rid of conventional energy and towards to use
renewable energy like hydropower system, solar cells and wind turbines as soon as …

Due to the increase in population and industrial growth, the need for power generation also
increases. But generation of power using conventional sources is not at all sufficient to meet …

The foremost aims of the Load Frequency Control (LFC) is to maintain the frequency at
nominal value and minimize the unscheduled tie line power flow between different control …

In industry or any area increasing load is a vast problem for power generation plants due to
increase in demand for power. So making balance between generation and demand is the …

The power system became highly complex due to rapid growth of industries. The active
power demand of industries keeps varying, which leads to change in system frequency. It is …

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 …