论蓄水电在热力系统中利用风力一体化的重要性

A. Kalantari, F. Galiana
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引用次数: 4

摘要

本文评估了利用不同程度的可再生资源,特别是风能和水力发电,使热电发电占主导地位的发电组合多样化的短期影响。这项评估考虑到这种多样化的主要技术和(或)物理限制,即斜坡和储备要求以及水力能源限制,并确定风力一体化和代表性电力系统安装水力容量的最经济水平。作为风穿透度函数的性能指标是平均日成本、弃风程度、昂贵调峰机组贡献百分比和水能使用量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the significance of hydro storage in leveraging wind integration in thermal systems
The short-term impact of diversifying a thermally dominant generation mix with varying degrees of renewable resources, notably wind and hydro, is assessed in this paper. This assessment accounts for the main technical and/or physical limitations to such diversification, namely, ramp and reserve requirements and hydro energy limits, and determines the most economic levels of wind integration and installed hydro capacity for a representative power system. The performance indices used in this assessment as a function of wind penetration are the average daily cost, the degree of wind curtailment, the percent contribution of costly peaking units and the amount of hydro energy usage.
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