Mathematical Model Approach for AC and DC Regulators Excitation Systems (ES)

Abstract

Balancing equations for excitation system is very basic and fundamental concept and in some cases it becomes more difficult so that a mathematical treatment is needed in order to make it easy for AC and DC Regulators Excitation Systems (ES). This research paper mainly focuses on an excellent application of The power generating units and higher power motors are majority included by wound field synchronous machines because of it has flexible field excitation, flux intrinsic weakening capacity and high efficiency. It can be also used in low to medium power range for high end solutions in a wide range. This paper is analyzing a study of modern methods and technologies of excitation system for AC and DC regulators.

Design and dynamic control of integrated synergetic controller for single penstock two-machine hydropower system

“…With the development of hydroelectric power unit system modeling, many advanced control technologies have been applied to the controller design of governing and excitation systems [24][25][26]. For example, [27] designed and simulated a fuzzy controller for controlling hydropower plants with multiple hydraulically coupled turbines under nonlinear process conditions.…”