Improving hydrogeneration representation in a production cost model used for long-term transmission studies in the Western Interconnection

C. M. Dennis, R. C. Walish, H. Pacini, T. Chisholm, T. Acker
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引用次数: 8

Abstract

The Western Electricity Coordinating Council, recognizing the importance of interconnection-wide transmission planning, formed the Transmission Expansion Planning Policy Committee (TEPPC) in 2006. TEPPC is tasked with conducting regional transmission expansion planning studies involving system modeling; as well as performing analyses of future transmission congestion and operational impacts. TEPPC utilizes the production cost model (PCM) PROMOD IV© to model the Western Interconnection for these studies. In certain geographic regions, a high level of hydropower penetration necessitates careful consideration of hydrogeneration models used in the PCM to produce the most accurate system results. This work details the hydro modeling methods utilized by TEPPC for improving hourly hydrogeneration time series representations in transmission planning studies. The justification and benefits for using these methods are outlined in this paper, and the results of a 2019 transmission study are shown to illustrate of the advantages for employing these methods.
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改善水力发电在用于西部电网长期输电研究的生产成本模型中的代表性
西部电力协调委员会认识到互联输电规划的重要性,于2006年成立了输电扩展规划政策委员会(TEPPC)。TEPPC的任务是开展涉及系统建模的区域输电扩展规划研究;同时对未来的传输拥塞和运营影响进行分析。TEPPC利用生产成本模型(PCM) PROMOD IV©为这些研究建立西部互联模型。在某些地理区域,高水平的水力发电渗透需要仔细考虑PCM中使用的水力发电模型,以产生最准确的系统结果。这项工作详细介绍了TEPPC用于改善输电规划研究中每小时水力发电时间序列表示的水力建模方法。本文概述了使用这些方法的理由和好处,并展示了2019年传输研究的结果,以说明使用这些方法的优势。
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