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Hydro and thermal scheduling by the decoupling method

机译:通过解耦法进行水力和热力调度

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The increased relevance of importing hydropower into some countries and utilities necessitates the application of planning tools that can adequately represent and analyse this new situation. The paper describes the decoupling method, which will permit the extension of an existing all-thermal optimization based scheduling program so that the role of importing of hydropower may be analysed. The advantage of this method is that the thermal system may be represented in considerable detail (with e.g. unit commitment, combined heat and power units and networks) and that the thermal system solution method is largely irrelevant. Therefore most utilities should be able to extend an existing all-thermal tool with a hydro part. The theoretical foundation of the decoupling method is described and the method is illustrated by examples.
机译:将水电输入某些国家和公用事业的相关性越来越高,因此必须应用能够充分代表和分析这种新情况的规划工具。本文介绍了一种解耦方法,该方法将允许扩展现有的基于全热优化的调度程序,从而可以分析水电输入的作用。该方法的优点在于,可以相当详细地表示热力系统(例如,单元承诺,热电联产和电力单元和网络),并且热力系统解决方案方法基本上无关紧要。因此,大多数公用事业公司应该能够使用水力部件扩展现有的全热工具。描述了去耦方法的理论基础,并通过实例说明了该方法。

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