European scenario synthesis to be used for electricity transmission network planning

S. Dijkstra, E. Gaxiola, F. Nieuwenhout, G. Orfanos, O. Ozdemir, A. van der Welle
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引用次数: 17

Abstract

The EU research project IRENE-40 aims at the development of a roadmap for the European and Pan-European transmission networks for the next 40 years (until 2050). In addition to the know-how which technologies can be applied to solve transmission problems in the near and far future, an evaluation of the future generation and load scenarios is necessary. For this purpose five scenarios have been developed: BUSINESS AS USUAL (BAU) - RENEWABLE (RES) - DESERTEC (DES) - CARBON CAPTURE AND STORAGE (CCS) - HIGH EFFICIENCY (EFFICIENCY). In these demand-and generation scenarios the share of renewable, the penetration of Carbon Capture and Storage and the level of electricity demand vary widely. The reasoning behind the choices in the main parameters for these scenarios are discussed. The wide range in some of the major scenario assumptions cause substantially different circumstances for future grid expansion, Especially the share of solar PV and wind in future generation is a crucial parameter influencing the demand for long-distance transmission at a European scale. A comparison is made with some other recent scenario and roadmap studies with a 2050 horizon.
欧洲情景综合将用于输电网规划
欧盟研究项目IRENE-40旨在为未来40年(直到2050年)的欧洲和泛欧输电网络制定路线图。除了了解哪些技术可以用于解决近期和远期的输电问题外,还需要对未来的发电和负荷情况进行评估。为此,开发了五种方案:一切照旧(BAU) -可再生能源(RES) -沙漠技术(DES) -碳捕获和储存(CCS) -高效率(EFFICIENCY)。在这些需求和发电情景中,可再生能源的份额、碳捕获和储存的渗透以及电力需求水平差异很大。讨论了这些场景的主要参数选择背后的原因。一些主要情景假设的范围很大,导致未来电网扩张的情况大不相同,特别是太阳能光伏和风能在未来发电中的份额是影响欧洲范围内长距离输电需求的关键参数。与其他一些最近的2050年情景和路线图研究进行了比较。
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