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Addressing 2030 EU policy framework for energy and climate: Cost, risk and energy security issues

机译:解决2030年欧盟能源和气候政策框架:成本,风险和能源安全问题

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The different energy sources, their costs and impacts on the environment determine the electricity production process. Energy planning must solve the existence of uncertainty through the diversification of power generation technologies portfolio. The European Union energy and environmental policy has been mainly based on promoting the security of supply, efficiency, energy savings and the promotion of Renewable Energy Sources. The recent European Commission communication "Towards an European Energy Union: A secure, sustainable, competitive and affordable energy for every European" establishes the path for the European future. This study deals with the analysis of the latest EU "Energy Union" goals through the application of Markowitz portfolio theory considering technological real assets. The EU targets are assessed under a double perspective: economic and environmental. The model concludes that implementing a high share of Renewable Energy target in the design of European Policies is not relevant: the maximization of Renewable Energy share could be achieved considering a sole Low Emissions of carbon dioxide policy. Additionally it is confirmed the need of Nuclear energy in 2030: a zero nuclear energy share in 2030 European Mix is not possible, unless the technological limits participation for Renewable Energy Sources were increased. (C) 2016 Elsevier Ltd. All rights reserved.
机译:不同的能源,其成本以及对环境的影响决定了电力生产过程。能源规划必须通过多样化的发电技术组合解决不确定性的存在。欧洲联盟的能源和环境政策主要基于促进供应安全,效率,节能和促进可再生能源的基础。欧盟委员会最近的来文“迈向欧洲能源联盟:为每个欧洲人提供安全,可持续,竞争和负担得起的能源”为欧洲的未来奠定了道路。这项研究通过考虑技术实际资产的Markowitz资产组合理论的应用,分析了最新的欧盟“能源联盟”目标。欧盟的目标是从双重角度评估的:经济和环境。该模型得出的结论是,在欧洲政策的设计中实现高份额的可再生能源目标并不重要:仅考虑二氧化碳的低排放政策,就可以实现可再生能源份额的最大化。此外,已确认需要在2030年实现核能:除非增加可再生能源的技术限制,否则在2030年的欧洲混合能源中不可能实现零核能份额。 (C)2016 Elsevier Ltd.保留所有权利。

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