2035年电力负荷热点在哪里?考虑人口和技术变化的负荷曲线分析

Anna-Lena Klingler, Rainer Elsland, T. Bossmann
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引用次数: 2

摘要

在关于如何设计能源系统的讨论中,基于模型的分析被赋予了核心作用,然而,这里还需要进一步的研究,特别是在绘制高空间分辨率的电力需求和负荷发展(NUTS 3)方面。本研究开发了一种方法学方法,使用顺序自下而上的建模分析来解决这一研究差距。结果表明,电力需求的部门构成尤其会导致负荷模式的区域差异。利用我们开发的方法,还可以得出关于未来区域负荷发展的结论。预计未来高峰负荷的增加将集中在电动交通水平高的地区。仅靠智能管理车辆充电是不可能吸收这一增长的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Where are the electricity load hot spots in 2035? A load curve analysis considering demographic and technological changes
Model-based analysis is assigned a central role in the discussions on how to design the energy system and yet there is substantial need for further research here, especially in mapping power demand and load development with high spatial resolution (NUTS 3). A methodological approach is developed in this study that addresses this research gap using sequential bottom-up modelling analyses. The result shows that the sectoral composition of electricity demand in particular causes regional variations in load patterns. Using the method we developed, conclusions can also be drawn regarding future regional load development. A future increase in peak loads is to be expected, which will be concentrated on regions with high levels of electric mobility. It will not be possible to absorb this increase by smart management of vehicle charging alone.
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