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Integrated renewable energy based power system for Europe, Eurasia and MENA regions

机译:面向欧洲,欧亚大陆和中东和北非地区的基于可再生能源的集成电力系统

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The existing fossil fuel based power sector has to be transformed towards carbon neutrality in close future to limit global warming to 2°C. The 100% renewable energy (RE) based system will be discussed in the paper. Such a system can be built using already existing energy generation, storage and transmission technologies. A regional integration of Europe, Eurasia and MENA energy systems will facilitate access to lower cost energy sources in neighboring regions, provide additional flexibility in the system and decrease the need in energy storage and increase the system stability because of more distributed generation. Additional demand from synthetic gas generation will additionally decrease the energy storage demand, additional flexibility enables the system to use lower cost energy sources and the primary energy generation cost decreases. Finally, such an integration can provide a sustainable and economically feasible energy system with total LCOE of about 50 €/MWh for the year 2030 cost assumptions. Even for a much higher energy demand in the system the total LCOE will be around 42 €/MWh - lower than coal-CCS or new nuclear options.
机译:现有的基于化石燃料的电力部门必须在不久的将来向碳中和转变,以将全球变暖限制在2°C以内。本文将讨论基于100%可再生能源(RE)的系统。可以使用已经存在的能量产生,存储和传输技术来构建这样的系统。欧洲,欧亚大陆和中东和北非地区能源系统的区域整合将有助于访问邻近地区的低成本能源,在系统中提供更多的灵活性,并减少能源存储的需求,并由于分布式发电的增加而提高了系统稳定性。合成气发电的额外需求将进一步减少能量存储需求,额外的灵活性使系统可以使用成本更低的能源,并且一次能源发电成本得以降低。最后,这种整合可以为2030年的成本假设提供一个可持续的,经济上可行的能源系统,总LCOE约为50欧元/兆瓦时。即使系统中的能源需求更高,总的LCOE仍将约为42欧元/兆瓦时,低于煤炭-CCS或新的核选择。

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