Génération d’électricité nucléaire civile en Chine
Génération d’électricité nucléaire civile
Opérationnelle Construction Prévu 2020 Prévu 2030 MWe Réacteur Opérateur
Daya Bay 1-2 2x944 French M310 CGN
Yangjiang 1--4 Yangjiang 5-6 4x1020/2x1087 4xCPR-1000/2xACPR1000 CGN
Ling Ao Phase I, 1-2 2x1007 CPR-1000 (M310) CGN
Ling Ao Phase II, 1-2 2x950 French M310 CGN
Taishan 1-4 2x1750 EPR CGN
Lufeng (Shanwei) 1-2 Lufeng (Shanwei) 3-6 6x1250 AP1000 CGN
Huizhou/Taipingling 1-2 Huizhou/Taipingling 3-6 4x1250 AP1000 CGN
Guangdong Shaoguan 1-4 (inland) 4x1250 AP1000 CGN
Huizhou/Taipingling 3-6 2x1250 AP1000 CGN
Haijia/Haifeng 1-2 2x1250 AP1000 CGN South Coast Heyuan/Jieyang 1-4 4x1250 AP1000 CNNC/SPI Zhanjiang 1-4 4x1250 AP1000 CGN Heilongjiang 黑龙江 Opérationnelle 350 Hebaodao 1-2 En construction Jiamusi 300 Fangchenggang 1-2 Fangchenggang 3-6 4x1020/2x1150 4xCPR-1000/2xHualong 1 CGN
Bailong 1-2 Bailong 3-4 4x1250 AP1000 SPI 250 Guangxi Pingnan/Baisha 1-4 2x1250 AP1000 SPI 200 Changjiang 1-2 Changjiang 3-4, 2x610/2x650 CNP-600/CNP-650 or ACP-600 CNNC/Huaneng
150 Hainan Changjiang SMR 1-2 2x100 ACP100 CNNC/Guodian Jilin 吉林 100 Qinshan Phase I 298 MWe CNP-300 CNNC Jingyu Qinshan Phase II, 1-2 2x610 CNP-600 CNNC 50
Qinshan Phase II, 3-4 619, 610 MWe CNP-600 CNNC GWe 2017 2020 2030 2035 Qinshan Phase III, 1-2 2x677 Candu 6 PHWR CNNC Liaoning 辽宁 Capacité installée
Zhejiang Fangjiashan 1-2 2x1020 CPR-1000 CNNC
Sanmen 1-4 Sanmen 5-6 4x1250 AP1000 CNNC Hongyanhe Capacité de production d’électricité installée Cangnan 1-2 Cangnan 3-6 4x1250 AP1000 CGN/Huaneng Xudabao/Xudapu Opérationnelle En 2020 2030 construction Longyou/Zhexi 1-4 4x1250 AP1000 CNNC Donggang Centrale nucléaire Ningde 1-4 Ningde 5-6 4x1018/2x1150 4xCPR-1000/2xHualong 1 CGN/Datang 36 63 96 79 3x1020/1x- Hengren Fuqing 1-2 Fuqing 3 Fuqing 4-6 4xCPR-1000/2xHualong 1 CNNC/Huadian 1080/2x1161 Production du réacteur
944 2x1087 68x1250 62x1250 Southeast Coast Pulandian Putian 1 1150? Hualong 1? CNNC 298 5x1080 18x1150 2x1150 Zhangzhou 1--4 Zhangzhou 5-6 2x1250/2x1150 2xAP1000/2xHualong 1 CNNC/Guodian 610 2x1161 2x1200 8x1000 or? Fujian Xiapu 1-6 6x1250 AP1000 Huaneng Hebei 河北 Shandong 山东 619, 610 2x1150 6x200 2x880? Gulei 1-2 2x100 ACP100 CNNC/CNEC 677 1x210 2x100 1x210
Xiapu unit 1 1x600 FNR (TWR-P) CNNC Haixing Shidaowan/Rongcheng 1020 4x1250 1x600 950 2x1750 4x100 - 2x600 CFR600 CNNC? Haiyang Cangzhou 1007 2x1060 2x990/2x- VVER-1000/VVER-1000 Tianwan 1-2 Tianwan 3-6 Tianwan 7-8 CNNC Jiangsu 1060/2x1200 V-428M/VVER-1200 (AES-2006) Qiaofushan Hongshiding (Rushan) 990 9x1150 Shanghai Songjiang 1-2 2x1250? AP1000 CGN/Guodian 1018 22x1250
1018 2x1750
Hongyanhe 1--4 Hongyanhe 5-6 4x1060/2x2x1080? CPR-1000/ACPR1000 CGN/SPI 1061 2x1400
Xudabao/Xudapu 1-2 Xudabao/Xudapu 3-6 6x1250 AP1000 CNNC/Datang Jiangsu 江苏 Shanghai 上海 1060 2x650
1020 2x600 Donggang 1-2 Donggang 3-4 2x1000/2x1150 Hualong 1? Huadian? Tianwan Songjiang
Liaoning 1020 2x100 Hengren 1-4 4x1250 AP1000 SPI Henan 河南 1020 Pulandian 1-4 4x1250 AP1000 Huaneng Nanyang 1020 Shidaowan/Rongc- Shidaowan 3-4 SNPTC/ Sichuan 四川 2x1400/4x1250 2xCAP1400/4xAP1000 Jiangxi 江西 1020 heng 1-2 Shidaowan 5-6 Huaneng Xinyang Zhejiang 浙江 Bohai Nanchong (Nanchun, Sanba) Pengze 610 Haiyang 1-4 Haiyang 5-6 Haiyang 7-8 8x1250 AP1000 SPI Qinshan Phase I Yibin 32,637 69,876 109,500 90,770 Shandong Hongshiding (Rushan) Ningdu 2x1150 Hualong 1 CNNC 1-2 湖北 Qinshan Phase II 102,513 200,270 Hubei Yanjiashan/Wanan/Ji’an Haixing 1-2 2x1250 AP1000 CNNC Qinshan Phase III 302,783 Xianning (Dafan) Cangzhou 1-2 Cangzhou 3-6 4x1250/2x1150 AP1000/Hualong 1 CNNC/Huadian Chongqing 重庆 Yingtan Hebei Fangjiashan Guangshui Hengfeng Capacité d’exploitation totale Qiaofushan 1-2 2x CNNC Fuling 2017 32.637 GWe Zhingxiang Ruijin or Wan’an Sanmen Shizu 2020 102.513 GWe Jiangxi Pengze 1-2 Pengze 3-4 4x1250 AP1000 SPI Cangnan 2025 212.013 GWe Jiangxi Ningdu 1-2 2x100 ACP100 CNNC/Guodian Longyou/Zhexi 2030 302.783 GWe Yanjiashan/Wanan/ Hunan 湖南 安徽 Jiangxi 2x1250 AP1000 CNNC Anhui Ji'an 1-2 贵州 Wuhu 2020 Objectif du charbon 1100 GWe Jiangxi Yingtan 1-4 4x1250 AP1000 Huaneng Guizhou Taohuajiang Jiyang/Chizhou En Jiangxi Hengfeng 1-2 2x100 ACP100 CNNC/Guodian Opérationnelle 2020 2030 2030 Total Tongren Changde construction Jiangxi or Fujian Ruijin or Wan'an 1-2 2x600 (3x2x100) HTR-600 CNEC/CGN Xiaomoshan Guangdong 10 10 12 10 42 Hubei (inland) Xianning (Dafan) 1-2 Xianning (Dafan) 3-4 Xianning 5-6 6x1250 AP1000 CGN Xiangtan Zhejiang 10 4 4 8 26 Hubei Guangshui 1-4 4x1250 AP1000 CGN Fujian 福建 Fujian 7 6 10 3 26 Hubei Zhingxiang 1-4 4x1250 AP1000 CNNC/Datang Liaoning 2 4 6 10 22 Hunan (inland) Taohuajiang 1-4 4x1250 AP1000 CNNC Ningde Shandong - 6 8 2 16
Changde (Chenzhou, CNNC/Guodi- Côtier Hunan 4x1150 Hualong 1 Guangxi 2 6 8 - 16 Hengyang) 1-4 an?, or CGN Fuqing Jiangsu 2 2 2 - 6 Hunan Xiaomoshan 1-4 Xiaomoshan 5-6 6x1250 AP1000 SPI Putian Hebei - 2 2 2 6 Intérieur Hunan Xiangtan 1-4 4x1250 AP1000 Huadian? Zhangzhou Hainan 2 4 - 6 Henan Nanyang 1-6 6x1250? AP1000 (if CPI) CNNC, or SPI Guangxi 广西 广东 Xiapu Shanghai - - - 2 2 Henan Xinyang 1-4 4x1150 Hualong 1 CGN Guangdong Fangchenggang Anhui Wuhu 1-2 Wuhu 3-4 2x1250 AP1000 CGN Daya Bay Gulei Légende Hunan - 4 8 6 18 Anhui Jiyang/Chizhou 1-2 Jiyang/Chizhou 3-4 2x1250? AP1000? CNNC Bailong Yangjiang unknown site Jiangxi - 2 10 - 12 Chongqing Fuling 1-2 Fuling 3-4 2x1250 AP1000 SPI Côtier Pingnan/Baisha Henan - - 10 - 10 Ling Ao Phase I Chongqing Shizu 1-2 2x CNNC Intérieur Anhui - - 4 4 8 Nanchong (Nanchun, Huizhou/Taipingling Sichuan 4x1150 Hualong 1 CGN Ling Ao Phase II Sanba) 1-4 Opérationnelle côtier Chongqing - - 4 4 8 Hainan 海南 Haijia/Haifeng Sichuan Yibin 1-2 2x1250 AP1000 CNNC Taishan Intérieur Sichuan - - 4 2 6 En construction côtier Changjiang 1-2 Hubei - 2 2 - 4 Guizhou Tongren 1-2 2x1250 AP1000 CGN Lufeng (Shanwei) Heyuan/Jieyang Jilin Jingyu 1-2 Jingyu 3-4 2x1250 AP1000 CPI/Guodian Prevu côtier Changjiang SMR Jilin - - 2 2 4 Huizhou/Taipingling Zhanjiang Huaneng/ Heilongjiang - - 2 2 Heilongjiang Jiamusi 1-2 2x1150 Hualong 1 CNNC, or CGN Prevu intérieur Hebaodao Shaoguan (inland) Guizhou - - 2 2 futurerisk Contacter: Tristan Kenderdine [email protected] [email protected] Phone: +7 778 1393 869 skype: tristan_leonard ftrsk.com twitter: @futurerisks ALMATY—BEIJING Futurerisk créé par Tristan Kenderdine www.ftrsk.com source: Association nucléaire mondiale