碳达峰目标下大亚湾核电站创新生态系统演化路径研究

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中图分类号：X771 文献标识码：A 文章编号：1008-9500（2026）02-0157-04

DOI：10.3969/j.issn.1008-9500.2026.02.047

Research on the Evolution Path of the Innovation Ecosystem of Daya Bay Nuclear Power Plant Under the Goal of Carbon Peaking

ZHOU Ling

（School of Economicsand Management，Guangdong SongshanPolytechnic，Shaoguan512O23，China）

Abstract：Tocopewith greentransformation，China hasproposedthe“dualcarbon”target.Toachievethisgoal，energy substitution is thekeypath，and the energysupplysectorisanimportantbreakthrough.Nuclearpower，asaclean， low-carbon，safe，efficient，andscalablegreenenergysource，playsanimportantroleinpromotinggreendevelopment andassisting intheachievementofthe“dual carbon”goals.Taking DayaBayNuclear Power Plantasan example，an innovativeecosystemstructuremodelisconstructed，andlinearfitingisusedtopredictitsuclearpowergeneratiofrom 2025 to 2030.Theresults show thatby 2O30，thepower generation of Daya Bay Nuclear PowerPlant willreach 17.032 billion kW⋅h ，and carbon dioxide emissions can be reduced by 15.257 9 million tons.

Keywords： nuclear power; innovation ecosystem; carbon neutrality;carbon peak

核电是我国高端制造业领域的代表之一，是优化中国能源结构、建设美丽中国、应对全球气候变化的战略选择。（剩余3597字）