首页> 外文会议>International Universities Power Engineering Conference(UPEC 2004) vol.1; 20040906-08; Bristol(GB) >A COUPLED KNOWLEDGE BASED SYSTEM FOR ONLINE ECONOMIC DISPATCH OF MULTIPLE FUEL UNITS IN A THERMAL PLANT
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A COUPLED KNOWLEDGE BASED SYSTEM FOR ONLINE ECONOMIC DISPATCH OF MULTIPLE FUEL UNITS IN A THERMAL PLANT

机译:基于耦合知识的热电厂多燃料单元在线经济调度系统

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摘要

Economics and stability are two disjoint areas of power system operation that also require different parameters. Fundamental factors in the economic operation are combinatorial explosiveness, distributed nature of the system, and dominance of the human factors. A case where human factor is evidently dominant is due to the recent trend in thermal power stations to use natural gas from multiple gas fields to ensure reliability of service. Fuel cost characteristics change without knowledge of central dispatch office when the plant engineer shift the units from one fuel to the other. A mathematical model and an algorithm have been developed for online computation of these characteristics. Some elements in the economic dispatch of these units may take advantage from Coupled Expert Systems. This paper discusses some of the issues that arise in the economic dispatch of these units and a prospective coupled knowledge-based model has been presented.
机译:经济性和稳定性是电力系统运行的两个相互分离的领域,它们也需要不同的参数。经济运作中的基本因素是组合爆炸性,系统的分布式性质和人为因素的主导地位。人为因素明显占主导地位的情况是由于火力发电厂最近使用多个气田的天然气来确保服务可靠性的趋势。当工厂工程师将单位从一种燃料转移到另一种燃料时,燃料成本特性会在不知道中央调度办公室的情况下发生变化。已经开发了用于在线计算这些特性的数学模型和算法。这些单位的经济调度中的某些要素可能会从“耦合专家系统”中受益。本文讨论了这些单位的经济调度中出现的一些问题,并提出了一种基于知识的前瞻性耦合模型。

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