Supply-Dominated Energy Balancing for Periodic Operation of Power System

S. Javaid, M. Kaneko, Yasuo Tan
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引用次数: 0

Abstract

The integration of RESs such as wind generation system and photovoltaic generation system increases the risks of power fluctuations from the supply side. The uncertainty due to seasonal data, temperature variations, and consumer activity increases the risks of power fluctuations on the demand side. To accommodate the uncertainty of both generator side and consumer side, the power grid has to increase its ability to accommodate fluctuating power. Based on this, the robust energy balancing between power generators, consumers, and storage devices in a periodic operation is introduced. This paper proposes the minimum requirements on controllable generators, loads and storage devices for supply-dominated energy balancing of a system which includes fluctuating generator and load. The discussions on the periodic operation of the system enable us to apply the result to a long-term system operation.
电力系统周期性运行的供电主导能量平衡
风力发电系统和光伏发电系统等RESs的整合,增加了供给侧电力波动的风险。季节性数据、温度变化和消费者活动带来的不确定性增加了需求侧电力波动的风险。为了适应发电侧和用户侧的不确定性,电网必须提高其适应波动功率的能力。在此基础上,介绍了周期性运行中发电机、用户和存储设备之间的鲁棒能量平衡问题。本文提出了包含波动发电机和负荷的供电主导能量平衡系统对可控发电机、负载和存储设备的最低要求。对系统周期性运行的讨论使我们能够将结果应用于系统的长期运行。
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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