德国输电网中期拥堵预测

M. Nobis, Andreas Blank, Katharina Kollenda, Henrik Schwaeppe, L. Wyrwoll, A. Martin, Philippe Vassilopoulos
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引用次数: 1

摘要

可再生能源的大规模扩张导致德国输电网严重超载。现有的电网扩展研究通常着眼于长期,但目前可观察到的电网延迟扩展导致了中期运行的不确定性。因此,有必要评估潜在的严重程度以及这些影响的位置。本文介绍了德国380/220千伏特高压电网中期线路拥塞的空间分布。为了避免对拥塞的高估,还考虑了潜在的高压电网结构。结果显示,特别是在下萨克森州(DE)和越界地区Vierraden (DE- pl)严重超载。模拟强调,即将到来的电网扩张措施对减少这些拥堵做出了重大贡献。相比之下,莱茵兰褐煤发电能力的部分消除加剧了电网拥堵。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mid-Term Congestions Forecast in the German Transmission Grid
A vast expansion of renewables has led to severe overloading situations in the German transmission grid. Available studies on grid expansion usually pursue a long term view although the currently observable delayed grid expansion leads to uncertainties in mid-term operations. Hence, it is necessary to assess the potential severity as well as location of these effects. This paper presents the spatial distribution of line congestions in the mid-term in the German 380/220 kV extra high voltage grid. To avoid an overestimation of congestions, the underlying high voltage grid structures are also considered. The results show severe overloads especially in Lower Saxony (DE) and the cross-border area Vierraden (DE-PL). Simulations underline, upcoming grid expansion measures contribute significantly to reducing these congestions. A partial removal of lignite generation capacity in Rhineland in contrast exacerbates grid congestions.
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