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DSP-based brushless synchronous generator excitation system research

Author: TaoChuanHui
Tutor: WangQingLing
School: Anhui University of Technology
Course: Power Electronics and Power Drives
Keywords: Excitation System Brushless synchronous generator DSP AC sampling
CLC: TM341
Type: Master's thesis
Year: 2010
Downloads: 41
Quote: 0
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Abstract


Small brushless synchronous generator Gas generator set has been widely used, how to improve the operation of the gas turbine efficiency and stability is a very important and urgent. Brushless excitation control system is an important part of synchronous generators , gas turbines for improving the efficiency and operation of the power system safe and stable operation plays a very important role. Excellent performance of the excitation control system can not only ensure safe and reliable operation of power grids to provide qualified , and can effectively improve the power system static and transient performance. With gas power station installed capacity continues to expand, gas power generation impact on the power system will also be increasing . Direct impact on the stable operation of the generator set , on the one hand is the engine ( prime mover ) , one is generator excitation system . How to improve the performance of the excitation system , it makes sense . Especially to improve the performance of gas turbines also extraordinarily exciting important . This article first brushless synchronous generator excitation control system architecture for a detailed presentation and in-depth analysis and network conditions in the regulation of the excitation current principle . Based on this , the load presented by the active current component and a reactive component to regulate the excitation current theory. Then on the excitation control system performance in all aspects of its mathematical modeling and elaborated on the basis of the DSP excitation control system research and development. Trying to develop a more responsive gas generator excitation system running fast .

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CLC: > Industrial Technology > Electrotechnical > Motor > AC motor > Synchronous motor
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