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机译:防止互连的能量存储作为100%可再生英国电网的平衡机制
Fac. of Eng. & the Environ., Univ. of Southampton, Southampton, UK;
demand side management; electric vehicles; heat pumps; hydrogen storage; power grids; power system interconnection; renewable energy sources; ASHP; BAU; EV; GP; air source heat pump; balancing mechanism; business as usual; electric vehicle; electricity generation profiles; electrification; energy storage capacity; green plus; heating; hydrogen storage; interconnector capacity; liquid air energy storage; power 11 GW; power 14 GW; power 60 GW; power 65 GW; pumped storage; renewable UK electricity grid; renewable energy sources; transportation; underground caverns;
机译:“柔性发电,电网交换和储存”勘探到欧洲100%可再生能源系统的勘探[续订。能源139(2019)80-101]
机译:灵活的发电,电网交换和存储,可在欧洲过渡到100%可再生能源系统
机译:东北亚超级电网,可100%提供可再生能源:电力,天然气和热力供应选项的最佳能源技术组合
机译:波罗的海地区:储存,电网交换和灵活发电,用于过渡到100%可再生能源系统
机译:可再生密集电网的氢储能:WECC案例研究
机译:全球基于可再生能源的发电和智能电网系统用于能源安全
机译:作为100%可再生英国电网平衡机制的互连能量存储