The face of power system is changing toward the deregulation concept; the objective is to
benefit consumers by providing cheaper electricity, more alternatives, and better services. In …

This article aims to present the efficacy analysis of electric vehicle (EV) charging/discharging
process as a sink or a distributed energy source (DES) in the framework of LFC problem of …

In the power system operation, the Load Frequency Control (LFC) is required for good
quality reliable electric power supply. The main aim of the load frequency control is to …

In this paper, the traditional automatic generation and control (AGC) two-area system under
deregulated environment with distributed renewable (Solar) energy system has been …

This paper presents the AGC controllers to regulate the system frequency and to regulate
the power generation of various GENCOs at scheduled levels in a deregulated power …

This paper deals with an exhaustive literature survey on load frequency control (LFC) of a
deregulated electricity environment for different market scenarios for various power …

This paper presents the traditional automatic generation control (AGC) strategy. For the
simulation Gujarat power system has been divided in two areas. Each area consists of two …

This paper presents an analysis on dynamic performance of a three area Interconnected
power system. Each area considered with effect of boiler dynamics, governor deadband and …

This paper presents optimal AGC regulator design of deregulated power system based on
the full state feedback control strategy. The two-area interconnected power system of …

Objectives: To simulate automatic generation control (AGC) operation in a deregulated
power system under availability based tariff (ABT) mechanism to regulate grid frequency …