利用静态无功补偿器将发电机的毫瓦转换为毫瓦

B. Scott, J. Warner
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引用次数: 4

摘要

动态无功补偿装置的使用,如静态无功补偿器或STATCOM,已经在发电厂进行了评估。该装置可用于提供动态无功功率,允许发电机增加有功功率输出,但保持相同的功率因数互连要求。本文描述了如何评估发电应用中的动态无功装置,并讨论了建模问题以及尺寸考虑。几乎所有的火力发电厂都可能从SVC的应用中获益。然而,基本负荷电厂或关键机组将产生最佳的投资回报,因为它们以最大输出连续运行,从而利用额外的容量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Turning a generators Mvar's into MW's by use of Static Var Compensator
The use of dynamic reactive power compensation devices, such as a Static Var Compensator or STATCOM, have been evaluated at power plants. The devices can be used to provide the dynamic reactive power allowing the generator to increase the active power output but maintaining the same power factor interconnection requirements. This paper describes how to evaluate a dynamic reactive power device for a generation application and discusses modeling concerns as well as sizing considerations. Nearly all thermal power plants could potentially benefit from the application of an SVC. However, base load plants or critical units would yield the best return on investment since they are operated continuously at maximum output, thus making use of the additional capacity.
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