电力系统运行与规划中最优母线增量成本的推导与应用

R. A. Ponrajah, F. Galiana
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引用次数: 7

摘要

目前,北美的公用事业公司正在鼓励客户热电联产作为系统扩展的替代方案,主要是为了减轻由于正在进行的建设项目造成的一些财务负担。这种新趋势要求公用事业公司为第三方生产商计算付款建立一个理性的基础。本文研究了两种方案,一种是基于系统增量成本(SIC)(系统Lambda),另一种是基于最佳总线负载增量成本(BIC), BIC的定义是由于每次使用一辆系统总线的单位能量增量而导致的最小额外运行成本。我们在这里表明,与SIC不同,BIC提供所有系统总线在所有运行条件下的真实电力成本。因此,这些应成为经济往来关税统一政策的良好基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Derivation and Applications of Optimum Bus Incremental Costs in Power System Operation and Planning
Currently utility companies in North America are encouraging customer cogeneration as an alternative to system expansion, mainly to alleviate some of their financial burdens due to ongoing construction projects. This new trend, calls for a rational basis for utilities to compute payments for third party producers. This paper investigates two schemes, one based on the system incremental cost (SIC) (System Lambda) and the other based on optimum Busload Incremental Costs (BIC's) defined as the minimum additional operating cost due to a unit magnitude of energy increment at all system buses taken one at a time. We show here that, unlike the SIC, the BIC's provide the true cost of electricity at all system buses under all operating conditions. Hence, these should prove an excellent basis for a unified policy in the tariffication of economy interchanges.
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