Operating strategies for congestion management of HV lines using NaS batteries

F. Palone, M. Rebolini, M. D. De Simone, S. Gentili, G. Giannuzzi
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引用次数: 4

Abstract

The sudden development of distributed generation from renewable energy sources, mainly windfarms, can cause congestions on the existing transmission grids. Due to the difficult authorization procedure for the construction of HV overhead lines, or even for the refurbishment of the existing ones, Battery Energy Storage Systems (BESS) can be an useful solution to local congestions. NaS batteries are the most mature and widespread solution for energy-intensive BESS, due to their relatively low cost and long lifecycle. However due to the high operating temperature, their efficiency decreases in case of low utilization. The present paper deals with NaS battery operation for congestion management, showing that the choice of a correct operating strategy can generate significantly larger benefits for the electrical system.
使用NaS电池的高压线路拥塞管理的操作策略
可再生能源(主要是风力发电场)的分布式发电的突然发展可能会导致现有输电网的拥堵。由于高压架空线路的建设,甚至是现有线路的翻新都很难获得批准,电池储能系统(BESS)可以成为解决当地拥堵的有效方法。NaS电池由于其相对较低的成本和较长的生命周期,是能源密集型BESS最成熟和最广泛的解决方案。但由于工作温度高,在利用率低的情况下,效率会降低。本文讨论了用于拥堵管理的NaS电池运行,表明选择正确的运行策略可以为电力系统带来更大的效益。
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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