摘要
本文在分析未来能源结构对核能需求以及核能自身发展面临挑战的基础上,提出了第五代核能系统"核5G"(N5G)概念。"核5G"是基于"从源头确保核安全"的基本理念,具备亲近性、灵活性、智能性等技术特征,可满足未来能源多元共生应用需求的第五代核能系统。在此基础上,本文还进一步梳理了未来发展所需关键技术。
The paper proposes the concept of the fifth generation nuclear energy system(N5G)on the basis of analyzing the demands of the future energy mix and the challenges of nuclear energy.N5G is based on the philosophy of inherent and built-in safety with the technical characteristics such as proximity,flexibility and intelligence,which will play a more important role in the diversifications of supplying energy,not limited to a specific unified grid.As a pilot study of N5G,the key technologies needed for the future R&D are also discussed.
作者
吴宜灿
李亚洲
金鸣
陈珊琦
王明煌
邹小亮
汪进
王芳
周涛
蒋洁琼
宋勇
宋婧
杨琪
吴庆生
刘超
洒荣园
张勇
王磊
陈建伟
高胜
李春京
柏云清
赵柱民
胡丽琴
FDS凤麟核团队
WU Yican;LI Yazhou;JIN Ming;CHEN Shanqi;WANG Minghuang;ZOU Xiaoliang;WANG Jin;WANG Fang;ZHOU Tao;JIANG Jieqiong;SONG Yong;SONG Jing;YANG Qi;WU Qingsheng;LIU Chao;SA Rongyuan;ZHANG Yong;WANG Lei;CHEN Jianwei;GAO Sheng;LI Chunjing;BAI Yunqing;ZHAO Zhumin;HU Liqin;FDS team(International Academy of Neutron of Science,Qingdao of Shandong Prov.266041,China;Institute of Nuclear Energy Safety Technology,CAS,Hefei of Anhui Prov.230031,China;不详)
出处
《核科学与工程》
CAS
CSCD
北大核心
2021年第2期201-210,共10页
Nuclear Science and Engineering
关键词
第五代核能系统
核5G
亲近性
灵活性
智能性
Fifth generation nuclear energy system
N5G
Proximity
Flexibility
Intelligence
