Power System Voltage and Reactive Power Control by means of Multi-agent Approach

Multiagent voltage and reactive power control system

This paper is devoted to the research of multiagent voltage and reactive power control system development. The prototype of the system has been developed by R&D Center at FGC UES (Russia). The control system architecture is based on the innovative multiagent system theory application that leads to the achievement of several significant advantages (in comparison to traditional control systems im...

power system voltage stability enhancement by high side voltage control

voltage stability may be improved by various control functions. in this paper, it is shown that how high side voltage control (hivc) may be employed for this purpose. two test systems, namely a 22- bus and ieee u8-bus systems are used to demonstrate the proposed tuning strategy for hsvc control parameters.

A Value Based Approach to Voltage / Reactive Power Control May 2000 A Value Based Approach to Voltage / Reactive Power Control

Reactive Power and Voltage Control Issues in Electric Power Systems

This chapter was prepared primarily for "non power" engineers to introduce reactive power and voltage control concepts, and to identify several issues that remain as research challenges in this area. It begins with basic definitions and information on reactive power, and then focuses on problems that have been known for many years and have surfaced recently in power system operations. These pro...

A Coordinated Control Strategy of Voltage Regulation in Power System based on Multi-Agent System

The development of power system from centralized to decentralized control provides a great opportunities for multi agent control. This paper presents a coordination algorithm for power systems based on concept of agents and multi agent systems. Agents provides the ability to execute better controllability on large scale systems including power systems. Here, multi agent systems is defined to re...