The main concern of the present article is to design a robust load frequency control for a two-
area power system (TAPS) comprising renewable energy resources. Three different …

Development of electrical power systems led to search for a new mathematical methods to
find the values of PID (Proportional-Integral-Derivative) controller. The goal of the paper is to …

Recently, the expansion process of electrical networks has become crucial with the
development of electrical systems. One of the active solutions to progress the performance …

In this paper, an optimal tuning method is given for a Fast Fuzzy-Fractional Order Tilt Integral
Derivative Controller (HFF-FOTIDC) used in the Load Frequency Control (LFC) and …

To ensure that customers receive a steady and dependable supply of electricity, power
systems must operate and be under control. One of the main problems encountered during …

The dynamic nature of the power system often results in sudden changes in the load that
can lead to power and voltage disturbances. Unfortunately, the interference generator is …

The balance of the power supply and demand (frequency control) is one of the most ancient
approaches for the power systems, which is considered as a highly complex system. The …

This paper proposes an improved voltage controller using MultiStart optimization (MS)
algorithm based PI (MS-PI) to control the modulation index for stand-alone PV inverter under …

In the designing and operation of interconnected power systems, automatic-generation-
control (AGC) represent an important topic. AGC is responsible for maintaining the balance …

In the power system, any change in the input or any disturbance causes oscillations in
frequency, voltage, and real and reactive power. The Power System Stabilizer (PSS) stands …