文档介绍：Integrated power system excitation control design of experiment
Abstract
The development of modern power system, synchronous generator excitation control on a higher requirement. Generators in normal circumstances, the total load is constantly changing. And different load capacity and load of different power factor, synchronous generator excitation field on the reflection of the role is different, to maintain the synchronous generator terminal voltage to a certain level, it must be based on load size and the nature of the load regulation at any time synchronization power generator. In various power plant, synchronous generator excitation system is to ensure that work to improve the level of power and stability of key equipment. Synchronous generator excitation control in power quality assurance, rational allocation of reactive power and improve reliability of power system operations and play an important role.
This paper mainly controlled experimental excitation power system design, first generation system as a controllable excitation profile and the related power system excitation control of the future development of the situation at home and abroad. This article focuses on the controlled excitation system overexcited restrictions were analyzed, and design-related characteristics of an overexcited limit test, the system had exciting limit to deepen understanding.
Keywords:power system;excitation control system;overexcited limit
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目录
摘要 I
Abstract Ⅱ
第1章绪论 1
发电机励磁控制系统简介 1
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第2章励磁系统的过励限制 13
过励限制的主要特性 13
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