Optimal operation of hydrothermal systems in the short term

P.E. Onate, J. M. Ramirez
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引用次数: 7

Abstract

This paper is aimed to the solution of the short-term-hydrothermal generation scheduling problem (HGSP) by means of a genetic algorithm. The hydrothermal coordination is solved using an equivalent cost function for the available thermal units, while the unit commitment and the economic dispatch are solved considering the more capable individuals that are obtained from the hydrothermal coordination stage, restrictions of volume and discharges of water are dealt with, generating limits of both hydroelectric and thermal units, physical limitations on the storage volumes of reservoirs as well as discharged quantities. The spinning reserve and losses are considered too.
热液系统短期内的优化运行
本文研究了用遗传算法求解短期热液发电调度问题。利用可用热机组的等效成本函数求解热液协调,考虑热液协调阶段获得的更有能力的个体,求解热液协调阶段的机组承诺和经济调度,处理水量和流量的限制,水电和热机组的发电限制,水库储存量和排水量的物理限制。还考虑了旋转储备和损失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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