微电网中往复式燃气发电机频率稳定性的考虑

S. Sommerville, G. Taylor, M. Abbod
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引用次数: 1

摘要

本文考虑了标准DEGOV柴油发电机调速器模型在微电网中与往复式燃气发动机发电机作为主要频率控制单元使用的适用性,因为燃气发动机接受阶跃负荷的能力降低了。本文发现,使用标准DEGOV模型会严重高估燃气发动机接受阶跃负荷的能力,并基于发电机现有负荷,使用增益调度控制器开发了替代模型。结果表明,该模型是有效的,但增益的变化可能导致控制器不稳定和调谐问题,需要在该领域进一步研究。
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Frequency Stability Considerations of Reciprocating Gas Engine Generators in Microgrids
This paper considers the suitability of the standard DEGOV diesel generator governor model for use with reciprocating gas engine generators acting as primary frequency control units, within microgrids, due to the reduced capability of gas engines to accept step loads. The paper found that use of the standard DEGOV model would significantly overestimate the gas engines capability to accept step load, and an alternate model was developed using a gain scheduling controller, based on the generators existing loading. This model was found to be effective, but it was identified that the varying values of gain could lead to controller instability and tuning problems, and further investigation work in this area is necessary.
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