可再生能源综合系统现状与未来发展趋势研究OA
RESEARCH ON PRESENT SITUATION AND FUTURE DEVELOPMENT TREND OF RENEWABLE ENERGY INTEGRATED SYSTEM
通过分析中国能源结构现状与能源转型面临的主要挑战,结合未来能源需求,研究适合中国国情的低碳、低成本的能源转型现实路径,提出以可再生能源为主体、多能源互补、"冷热电"联供、集"源网荷"于一体的新型能源系统解决方案——可再生能源综合系统;然后对可再生能源综合系统的现状与关键技术进行了研究,并分析了其未来发展趋势.研究结果表明:围绕用户侧构建分层次、分场景的以可再生能源为主体的集"冷热电""源网荷"于一体的新型能源系统,是中国实现能源转型的系统解决方案.
This paper analyzes the present situation of China's energy structure and the main challenges faced by energy transformation,combined with future energy demand,and studies a low-carbon and low-cost energy transformation path suitable for China's national conditions.It proposes a new type energy system solution that focuses on renewable energy as the main body,complements multi energy sources,combines"cooling-heating-power",and integrates"source-network-load",which is a renewable energy integrated system.Then,the current status and key technologies of renewable energy integrated systems are studied,and their future development trends are analyzed.The research results show that building a hierarchical and scenario based new type energy system centered around the user side,with renewable energy as the main body,integrates"cooling-heating-power"and"source-network-load"around the user side is a systematic solution for China to achieve energy transformation.
邵桂萍;许洪华
中国科学院电工研究所,北京 100190
化学工程
可再生能源综合系统碳中和新型能源系统能源转型能源结构多能互补
renewable energy integrated systemcarbon neutralitynew type energy systemsenergy transformationenergy structuremulti energy complementarity
《太阳能》 2024 (007)
127-132 / 6
中央引导地方科技发展资金(2023ZY0020)
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