List of commercial nuclear reactors explained

This is a list of all the commercial nuclear reactors in the world, sorted by country, with operational status. The list only includes civilian nuclear power reactors used to generate electricity for a power grid. All commercial nuclear reactors use nuclear fission. As of July 2024, there are 415 operable power reactors in the world, with a combined electrical capacity of 373.7 GW. Additionally, there are 61 reactors under construction and 92 reactors planned, with a combined capacity of 68 GW and 90 GW, respectively, while 343 more reactors are proposed.[1] For non-power reactors, see List of nuclear research reactors. For fuel plants see List of nuclear reprocessing plants. Where not otherwise specified, all information is sourced from the Power Reactor Information System (PRIS) of the International Atomic Energy Agency (IAEA).[2]

In the following tables, the capacity (expressed in megawatt, MW) refers to the net capacity, or the maximum electricity output under reference ambient conditions, after deducting the losses within the system including the energy transformers.[3]

Argentina

See main article: Nuclear power in Argentina.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
Atucha[4] 1 Siemens-KWU 362
2 Siemens-KWU 745
3 [5] 1200
Embalse[6] 1 CANDU-6 683 [7]
1 CAREM25 25

Armenia

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-440/V-270 376
2 VVER-440/V-270 375 (2026)[8]

Austria

See main article: Nuclear power in Austria.

Bangladesh

See main article: Nuclear power in Bangladesh.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-1200/V-523 1080 [9]
2 VVER-1200/V-523 1080

Belarus

See main article: Nuclear power in Belarus.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-1200/V-491 1109 10 Jun 2021[10]
2 VVER-1200/V-491 1109 [11]
1 963
2 963

Belgium

See main article: Nuclear power in Belgium.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 Westinghouse (WH) BR-310
1 WH 2 loops 445
2 WH 2 loops 445
3 Framatome 3 loops 1006 [12]
4 Belgian firms plus WH 3 loops 1039 [13]
1 Framatome 3 loops 962
2 Framatome 3 loops 1008 [14]
3 Belgian firms plus WH 3 loops 1046

Brazil

See main article: Nuclear power in Brazil.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 WH 2 loops 609
2 1275
3 1245 (2028)[15]

Bulgaria

See main article: Nuclear power in Bulgaria.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-440/V-230 408
2 VVER-440/V-230 408
3 VVER-440/V-230 408
4 VVER-440/V-230 408
5 VVER-1000/V-320 1003
6 VVER-1000/V-320 1003
7 1150 [16]
8 1150
1 VVER-1000/V-320
VVER-1000/V-446B 		953
1011 		1987
2008
2 VVER-1000/V-320
VVER-1000/V-446B 		953
1011 		1987
2008

Canada

See main article: Nuclear power in Canada.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 CANDU 500A 515
2 CANDU 500A 515 [17]
3 CANDU 500A 515
4 CANDU 500A 515
5 CANDU 500B 516
6 CANDU 500B 516
7 CANDU 500B 516
8 CANDU 500B 516 [18]
1 CANDU 850 878
2 CANDU 850 878
3 CANDU 850 878
4 CANDU 850 878
5[19] 300 (2023)
6300
7 300
8 300 [20]
1 CANDU 791 823
2 CANDU 791 823[21]
3 CANDU 750A 817 [22]
4 CANDU 750A 817
5 CANDU 750B 817
6 CANDU 750B 880[23]
7 CANDU 750B 817
8 CANDU 750B 817
1 19
1 CANDU 200 200
1 CANDU BLWR 250 250
2 635
1 635

China

See main article: Nuclear power in China.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 1100
2 CAP-1000 1100
I-1 601
I-2 CNP-600 601
I-3[24] 1200 [25]
I-4 Hualong One 1200
II-1 ACP-100 100
II-2 ACP-100 100
1 M-310 944
2 M-310 944
1 1000
2 CPR-1000 1000
3 Hualong One 1000
4 Hualong One 1000
5 Hualong One 1117
6 Hualong One 1117
1 CPR-1000 1012
2 CPR-1000 1012
1 CPR-1000 1000
2 CPR-1000 1000
3 CPR-1000 1000
4 CPR-1000 1000
5 Hualong One 1000 [26]
6 Hualong One 1000 [27]
1 1170 [28]
2 AP1000 1170 [29]
3 CAP-1000 1100 [30]
4 CAP-1000 1100 [31]
Haixing[32] 1 CAP-1000 1100
2 CAP-1000 1100
1 CPR-1000 1061
2 CPR-1000 1061
3 CPR-1000 1061
4 CPR-1000 1061
5 1061 [33]
6 ACPR-1000 1061
1 Hualong One 1126
2 Hualong One 1126
Lianjiang[34] 1 CAP-1000 1100
2 CAP-1000 1100
1 M-310 950
2 M-310 950
3 CPR-1000 1007
4 CPR-1000 1007
Lufeng1 CAP-1000 1100
2 CAP-1000 1100
3 CAP-1000 1100
4 CAP-1000 1100
5 Hualong One 1000 [35]
6 Hualong One 1000 [36]
1 CPR-1000 1018
2 CPR-1000 1018
3 CPR-1000 1018
4 CPR-1000 1018
5 Hualong One 1080
6 Hualong One 1080
Pengze1 CAP-1000 1100
2 CAP-1000 1100
I-1 308
II-1 610
II-2 CNP-600 610
II-3 CNP-600 619
II-4 CNP-600 619
III-1 677
III-2 CANDU-6 677
San'ao[37] 1 Hualong One 1117
2 Hualong One 1000 [38]
1 AP1000 1157 [39]
2 AP1000 1157 [40]
3 CAP-1000 1163 [41]
4 CAP-1000 1100 [42]
I-1 200 [43]
II-1 CAP-1400 1500[44]
II-2 CAP-1400 1500[45]
1 Hualong One 1116
2 Hualong One 1116 [46]
3 Hualong One 1116
4 Hualong One 1116
1 1660 [47]
2 EPR 1660 [48]
3 EPR 1660
4 EPR 1660
Taohuajiang1 CAP-1000 1100
2 CAP-1000 1100
3 CAP-1000 1100
4 CAP-1000 1100
1 VVER-1000/V-428 990
2 VVER-1000/V-428 990
3 VVER-1000/V-428M 1045
4 VVER-1000/V-428M 1045 [49]
5 ACPR-1000 1000 [50]
6 ACPR-1000 1000 [51]
7 VVER-1200/V-491 1150 (2027–2028)
8 VVER-1200/V-491 1150 [52] (2027–2028)
1 CAP-1000 1100
2 CAP-1000 1100
Xiapu[53] I-1 642
I-2 CFR-600 642 [54]
II-1 CAP-1000 1100
II-2 CAP-1000 1100
II-3 CAP-1000 1100
II-4 CAP-1000 1100
1 CAP-1000 1250 [55]
2 CAP-1000 1100
3 VVER-1200/V-491 1150 [56] (2027)
4 VVER-1200/V-491 1150 [57] (2028)
1 Hualong One 1116
2 Hualong One 1116
3 600
1 CPR-1000 1000
2 CPR-1000 1000
3 CPR-1000+ 1000
4 CPR-1000+ 1000
5 ACPR-1000 1000 [58]
6 ACPR-1000 1000
1 Hualong One 1126 [59]
2 Hualong One 1126
3 Hualong One 1126
4 Hualong One 1000
1 Hualong One 1116
2 Hualong One 1116

Cuba

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-440/V-318 440
2 VVER-440/V-318 440

Czech Republic

See main article: Nuclear power in the Czech Republic.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-440/V-213 468
2 VVER-440/V-213 471
3 VVER-440/V-213 468
4 VVER-440/V-213 471
5 TBD 1200
6PWRTBD1200
1 VVER-1000/V-320 1003
2 VVER-1000/V-320 1003
3PWRTBD1200
4PWRTBD1200

Egypt

See main article: Nuclear program of Egypt.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-1200/V-5291200 20 Jul 2022[60]
2 VVER-1200/V-529 1200 19 Nov 2022[61]
3 VVER-1200/V-529 1200 3 May 2023[62]
4 VVER-1200/V-529 1200 23 Jan 2024

Finland

See main article: Nuclear power in Finland.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)[63] 		Begin
building		Commercial
operation		Closed
1 VVER-1200/V-491 1200 (2023) (2029) 2 May 2022[64] [65]
1 VVER-440/V-213 507
2 VVER-440/V-213 507
1 ASEA-III, BWR-2500 890
2 ASEA-III, BWR-2500 890 [66]
3 1600 [67]

France

See main article: Nuclear power in France.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 1310
2 P4 REP 1300 1310
1 910
2 CP1 910
3 CP1 910
4 CP1 910
1 HWGCR /in decommissioning 70
1 540
2 910
3 CP0 910
4 CP0 880
5 CP0 880
6 EPR2 1670
7 EPR2 1670
1 P4 REP 1300 1300
2 P4 REP 1300 1300
3 P4 REP 1300 1300
4 P4 REP 1300 1300
A-1 GCR 70
A-2 180
A-3 360
B-1 905
B-2 CP2 905
B-3 CP2 905
B-4 CP2 905
A-1 CHOOZ-A 305
B-1 1500
B-2 N4 REP 1450 1500
1 N4 REP 1450 1495
2 N4 REP 1450 1495
1 CP2 915
2 CP2 915
3 CP2 915
4 CP2 915
1 CP1 890
2 CP1 890
3 CP1 890
4 CP1 890
1 CP0 880
2 CP0 880
1 P4 REP 1300 1330
2 P4 REP 1300 1330
3 1600 (2024)[68]
1 P4 REP 1300 1310
2 P4 REP 1300 1310
1 CP1 910
2 CP1 910
3 CP1 910
4 CP1 910
5 CP1 910
6 CP1 910
7 EPR2 1670
8 EPR2 1670
1 P4 REP 1300 1310
2 P4 REP 1300 1310
1 P4 REP 1300 1330
2 P4 REP 1300 1330
3 P4 REP 1300 1330
4 P4 REP 1300 1330
1 P4 REP 1300 1330
2 P4 REP 1300 1330
3 1670 (2024)
4 1670 (2024)[69]
1 PH-250 130
1 P4 REP 1300 1335
2 P4 REP 1300 1335
A-1 GCR 390
A-2 465
B-1 CP2 915
B-2 CP2 915
1 Na-1200 /in decommissioning 1200
1 CP1 915
2 CP1 915
3 CP1 915
4 CP1 915

Germany

See main article: Nuclear power in Germany.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 HTGR PBR Prototype 13
1 Siemens-KWU 1167
2 KWU 1240
1 KWU 1410
1 BWR-69 771
1 Konvoi (KWU) 1329 data-sort-value=2022-12-31
1 KWU 1275
1 VVER-440/V-230 408
2 VVER-440/V-230 408
3 VVER-440/V-230 408
4 VVER-440/V-230 408
5 VVER-440/V-213 408
6 VVER-440/V-213 408
1 KWU 1360 [70]
1 BWR 25
A GE, BWR-1 237
B BWR-72 (KWU) 1284 [71]
C BWR-72 (KWU) 1288
1 BWR-69 878
2 Konvoi (KWU) 1410 data-sort-value=2022-12-31
1 15
1
KNK II 1 17
1 BWR-69 (KWU) 1346
1 183
1 B & W 1219
MZFR 1 PHWR 52
1 KWU 785
2 Konvoi (KWU) 1310 data-sort-value=2022-12-31
Niederaichbach1 HWGCR Pressure tube reactor 100
1 340
1 BWR-69 890
2 KWU 1402 [72]
1 VVER-70 62
1 Siemens 640
1 VVER-1000/V-320
2 VVER-1000/V-320
1 HTGR PBR 296
1 KWU 1345
Würgassen1 BWR-69 (AEG) 640

Hungary

See main article: Nuclear power in Hungary.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-440/V-213 470
2 VVER-440/V-213 473
3 VVER-440/V-213 473
4 VVER-440/V-213 471
5 1114
6 VVER-1200 1114

India

See main article: Nuclear power in India.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 630
2 630
1 630 (2029)
2 630 (2030)
3 630
4 630
1 202
2 IPHWR-220[73] 202
3 202
4 202
5 630 (2029)
6 630 (2030)
1 202
2 202
3 IPHWR-700 630
4 IPHWR-700 630
1 490 (2025)
1 VVER-1000/V-412 932
2 VVER-1000/V-412 932
3 VVER-1000/V-412 917 (2025)
4 VVER-1000/V-412 917 (2026)
5 VVER-1000/V-412 917 (2029)
6 VVER-1000/V-412 917 [74] (2030)
1 202
2 202
Mahi Banswara1 630
2 630
3 630
4 630
1 202
2 202
1 90 [75]
2 187
3 202
4 202
5 202
6 202
7 IPHWR-700[76] 630 (2025)
8 IPHWR-700 630 (2026)
1 BWR-1 (Mark 2) 150
2 BWR-1 (Mark 2) 150
3 IPHWR-540 490
4 IPHWR-540 490

Iran

See main article: Nuclear program of Iran.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-1000/V-446 915
2 VVER-1000/V-528 915
3 VVER-1000 915
1 360

Italy

See main article: Nuclear power in Italy.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 BWR-4 Mark2 860
1 WH 4-loop 260
1 BWR-1 150
1 153
1 982
2 982
1 950
2 950

Japan

See main article: Nuclear power in Japan.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 HWLWR ATR 148
1 BWR-3 439
2 BWR-4 760
3 BWR-4 760
4 BWR-4 760
5 BWR-4 760
6 BWR-5 1067
1 BWR-5 1067
2 BWR-5 1067
3 BWR-5 1067
4 BWR-5 1067
1 Mitsubishi (2-loop) 529
2 Mitsubishi (2-loop) 529
3 Mitsubishi (4-loop) 1127
4 Mitsubishi (4-loop) 1127
1 BWR-4 515
2 BWR-4 806
3 BWR-5 1056
4 BWR-5 1092
5 1325
Higashidōri (Tōhoku) 1 BWR-5 1067
Higashidōri (Tokyo) 1 BWRABWR1350 [77]
1 Mitsubishi (2-loop) 538
2 Mitsubishi (2-loop) 538
3 Mitsubishi (3-loop) 846
1 BWR-5 1067
2 BWR-5 1067
3 BWR-5 1067
4 BWR-5 1067
5 BWR-5 1067
6 1315
7 1315
1 Mitsubishi (2-loop) 320
2 Mitsubishi (2-loop) 470
3 Mitsubishi (3-loop) 780
1 246
1 W (4-loop) 1120
2 Westinghouse (4-loop) 1120
3 Mitsubishi (4-loop) 1127
4 Mitsubishi (4-loop) 1127
1 1325
1 BWR-4 498
2 BWR-5 796
3 BWR-5 796
1 Mitsubishi (3-loop) 846
2 Mitsubishi (3-loop) 846
1 BWR-5 505
2 1108
1 BWR-3 439
2 BWR-5 789
3 1325
1 Mitsubishi (3-loop) 780
2 Mitsubishi (3-loop) 780
3 Mitsubishi (3-loop) 830
4 Mitsubishi (3-loop) 830
1 137
2 BWR-5 1060
1 Mitsubishi (2-loop) 550
2 Mitsubishi (2-loop) 550
3 Mitsubishi (3-loop) 866
1 BWR-2 340
2 Mitsubishi (4-loop) 1108

Kazakhstan

See main article: Nuclear power in Kazakhstan.

Lithuania

See main article: Nuclear power in Lithuania.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 LWGR 1185
2 LWGR 1185
3 LWGR 1185

Mexico

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 BWR-5 777
2 BWR-5 775

Netherlands

See main article: Nuclear power in the Netherlands.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 KWU 2LP482
1 BWR-255

North Korea

See main article: Nuclear power in North Korea.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 Magnox (Pu-production) 5
2 LWR[78] 30
1 200
1 1000
2 1000

Pakistan

See main article: Nuclear power in Pakistan.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 300
2 CNP-300 300
3 CNP-300 315
4 CNP-300 313
5 1080
1 90
2 Hualong One 1014 [79]
3 Hualong One 1014

Philippines

See main article: Nuclear power in the Philippines.

Poland

See main article: Nuclear power in Poland.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 440
2 440
Choczewo[80] 1 AP10001250[81]
2 AP10001250 (–2036)
3 AP10001250 (–2039)
Pątnów[82] 1 APR-14001340
2 APR-14001340
1 300
1 300
1 300
1 300
1 300
1 300
1 300 [83]

Romania

See main article: Nuclear power in Romania.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 650
2 CANDU-6 650
3 CANDU-6 650
4 CANDU-6 650
5 CANDU-6 650

Russia

See main article: Nuclear power in Russia.

See also: List of cancelled nuclear reactors in Russia.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 32 [84]
2 32
1 VVER-1000/V-320 950
2 VVER-1000/V-320 950
3 VVER-1000/V-320 950
4 VVER-1000/V-320 950
1 AMB-100 102
2 LWGR AMB-200 146
3 560
4 789
5 1100
1 LWGR 11
2 LWGR 11
3 LWGR 11
4 LWGR 11
1 VVER-1000/V-338 950
2 VVER-1000/V-338 950
3 VVER-1000/V-320 950
4 VVER-1000/V-320 950
1 VVER-1200/V-491 1109
2 VVER-1200/V-491 1109
1 VVER-440/V-230 441
2 VVER-440/V-230 441
3 VVER-440/V-213 441
4 VVER-440/V-213 441
Kola II[85] [86] 1 VVER-S-600 600 (2028) (2034)
2 VVER-S-600 600 (2028) (2034)
Kostroma1 1300
2 1300
3 1300
4 1300
1 925
2 925 [87]
3 925
4 925
5 925
6 925
1 VVER-TOI/V-510 1115 (2025)[88]
2 VVER-TOI/V-510 1115 [89] (2026)
3 VVER-TOI 1115
4 VVER-TOI 1115
1 925 [90]
2 925
3 925
4 925
Leningrad II[91] 1 VVER-1200/V-491 1085
2 VVER-1200/V-491 1085
3 VVER-1200 1085 [92] (2030)
4 VVER-1200 1085 (2025) (2032)
No. 1[93] [94] [95] 1 RITM-200S 53 [96] (2027)
2 RITM-200S 53 (2027)
No. 21 RITM-200S 53 (2022) (2027)
2 RITM-200S 53 (2022) (2027)
No. 3 1 RITM-200S 53 (2022) (2028)
2 RITM-200S 53 (2022) (2028)
No. 41 RITM-200S 53 (2022) (2031)
2 RITM-200S 53 (2022) (2031)
Nizhny Novgorod1 1300
2 1300
3 1300
4 1300
1 VVER/V-210 197
2 VVER/V-365 336
3 VVER-440/V-179 385
4 VVER 440/V-179 385
5 VVER-1000/V-187 950
1 VVER-1200/V-392M 1114
2 VVER-1200/V-392M 1114
3 VVER-1200 1175
4 VVER-1200 1175
1 LWGR AM-1 5
1 VVER-1000/V-320 950
2 VVER-1000/V-320 950
3 VVER-1000/V-320 950
4 VVER-1000/V-320 1011
Sakha1 RITM-200N 55 (2024)[97] (2028)
Seversk1 280 [98] (2026)
South Urals1 1100
2 1100
3 1100
1 LWGR 925
2 LWGR 925
3 LWGR 925
Smolensk II[99] [100] 1 1300
2 1300
Tatar1 1300
2 1300

Slovakia

See main article: Nuclear power in Slovakia.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
A-1[101] HWGCR KS 150 93
1[102] VVER-440/V-230 408
2 VVER-440/V-230 408
3 VVER-440/V-213 472
4 VVER-440/V-213 471
1 VVER-440 V-213 436
2 VVER-440/V-213 436
3 VVER-440/V-213 440 [103]
4 VVER-440/V-213 440

Slovenia

See main article: Nuclear power in Slovenia.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 WH 2 loops 688 (2043)[104]
2 TBD 1100 (2030)[105]

South Africa

See main article: Nuclear power in South Africa.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 CP1 (France) 930
2 CP1 (France) 930

South Korea

See main article: Nuclear power in South Korea.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation
(planned)		Closed
1 WH F 960
2 WH F 958
3 997
4 997
5 997
6 995
1 CP1 (France) 960
2 CP1 (France) 962
3 994
4 998
5 996
6 996
1 1340 [106]
2 1340 [107]
3 [108] 1340 30 Oct 2024 (2032)
4 1340 30 Oct 2024 (2033)
1 WH 60 576
2 WH F 640
3 WH F 1011
4 WH F 1012
1 996
2 996
1 1416
2 1418 [109]
3 1400
4 1400
1 657
2 CANDU-6 655
3 CANDU-6 684
4 CANDU-6 688
1 991
2 960

Spain

See main article: Nuclear power in Spain.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 WH 3 loops 1011
2 WH 3 loops 1006
1 WH 3 loops 995
2 WH-3 loops 997
1 BWR-6 1064
1 WH 1 loop 141
1
2
1 BWR-3 446
1 KWU 3 loops 1003
1
2
1 UNGG 480
2 WH 3 loops 1045

Sweden

See main article: Nuclear power in Sweden.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 R3 /in decommissioning 10
1 ASEA-II /in decommissioning 600
2 ASEA-II /in decommissioning 600
1 ASEA-III, BWR-2500 986
2 ASEA-III, BWR-2500 1116
3 ASEA-IV, BWR-3000 1167
1 ASEA-I /in decommissioning 473
2 ASEA-II /in decommissioning 638
3 ASEA-IV, BWR-3000 1450
1 R4 196
1 ASEA-I /in decommissioning 881
2 WH 3-loops /in decommissioning 904
3 WH 3-loops 1062
4 WH 3-loops 1104

Switzerland

See main article: Nuclear power in Switzerland.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed[110]
1 WH 2-loops 365
2 WH 2-loops 365
1 KWU 3-loops 1010
1 BWR-6 1220
1 HWGCR HWGCR 6
1 BWR-4 /in decommissioning 373

Taiwan

See main article: Nuclear power in Taiwan.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 BWR-4 636
2 BWR-4 636
1 BWR-6 985 1 Jul 2021[111]
2 BWR-6 985
1 1350 [112]
2 1350
1 WH 312 3-loop 951
2 WH 312 3-loop 951

Turkey

See main article: Nuclear power in Turkey.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 VVER-1200/V-509 1114 3 Apr 2018 (2025)[113]
2 VVER-1200/V-509 1114 8 Apr 2020 (2026)
3 VVER-1200/V-509 1114 10 Mar 2021 (2027)
4 VVER-1200/V-509 1114 21 Jul 2022[114] (2028)
Sinop[115] [116] 1 Atmea-1 1100
2 Atmea-1 1100
3 Atmea-1 1100
4 Atmea-1 1100

Ukraine

See main article: Nuclear power in Ukraine.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 740
2 925
3 925
4 925
5 925
6 925
Chyhyryn[117] 1 1100
2 1100
3 1100
4 1100
1 950
2 950
1 900
2 900
1 VVER-1000/V-320 950
2 VVER-1000/V-320 950
3 VVER-1000 950 [118]
4 VVER-1000 950
5 [119] 1100
6 [120] 1100
1 900
2 900
1 VVER-440/V-213 381
2 VVER-440/V-213 376
3 VVER-1000/V-320 950
4 VVER-1000/V-320 950
5 1100
1 VVER-1000/V-302 950
2 VVER-1000/V-338 950
3 VVER-1000/V-320 950
4 1100
1 VVER-1000/V-320 950
2 VVER-1000/V-320 950
3 VVER-1000/V-320 950
4 VVER-1000/V-320 950
5 VVER-1000/V-320 950
6 VVER-1000/V-320 950
7 1100

United Arab Emirates

See main article: Nuclear power in the United Arab Emirates.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 1345 [121]
2 1345 [122]
3 1345 24 Feb 2023[123]
4 1345 [124]

United Kingdom

See main article: Nuclear power in the United Kingdom.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 138
2 138
1 123
2 123
1 /in decommissioning 49
2 /in decommissioning 49
3 /in decommissioning 49
4 /in decommissioning 49
1 /in decommissioning 48
2 /in decommissioning 48
3 /in decommissioning 48
4 /in decommissioning 48
1 /in decommissioning 11
2 /in decommissioning 234
A-1 /in decommissioning 225
A-2 /in decommissioning 225
B-1 520
B-2 520
1 595
2 585
A-1 585
A-2 575
B-1 610 [125]
B-2 610
1 /in decommissioning 235
2 /in decommissioning 235
1 435 [126]
2 435 [127]
1 1600 (2029)[128]
2 1600 (2030)[129]
1 /in decommissioning 150
2 /in decommissioning 150
1 460
2 460 [130]
1 /in decommissioning 217
2 /in decommissioning 217
1 /in decommissioning 210
2 /in decommissioning 210
1 1191
1 1600 (2024)[131]
2 1600
1 595
2 595
1 /in decommissioning 195
2 /in decommissioning 195
Winfrith[132] 1 SGHWR /in decommissioning 92
1 /in decommissioning 490
2 /in decommissioning 490
1 1600
2 1600

United States

See main article: Nuclear power in the United States.

See also: List of cancelled nuclear reactors in the United States, Army Nuclear Power Program and List of United States Naval reactors.

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 B & W (DRY-Cont) 836
2 CE (DRY) 988
1 WH 3-loop (DRY) 908
2 WH 3-loop (DRY) 905
Big Rock Point[133] 1 BWRBWR-1 67
1[134] WH 4-loop (DRY) 1194
2[135] WH 4-loop (DRY) 1160
1 BWRBWR-4 (WET) 1200
2 BWR-4 (WET) 1200
3 BWR-4 (WET) 1210
1 BWR-4 (WET) 938 [136]
2 BWR-4 (WET) 932 [137]
1 WH 4-loop (DRY) 1164
2 WH 4-loop (DRY) 1136
1 WH 4-loop (DRY) 1215
1 CE 2-loop (DRY)877
2 CE 2-loop (DRY) 855
Carbon Free Power Project[138] [139] 1 77 data-sort-value="2029-01-01"
2 77 data-sort-value="2029-01-01"
3 77 data-sort-value="2029-01-01"
4 77 data-sort-value="2029-01-01"
5 77 data-sort-value="2029-01-01"
6 77 data-sort-value="2029-01-01"
1 WH 4-loop (ICECOND) 1160
2 WH 4-loop (ICECOND) 1150
1 300
1 BWR-6 (WET) 1062
1 BWR-5 (WET) 1131
1 WH 4-loop (DRY) 1205
2 WH 4-loop (DRY) 1195
1 PWRWH (DRY) 582
1 BWRBWR-4 (WET) 769
1 B & W (DRY)860
1 B & W (DRY) 894
1 WH 4-Loop (DRY) 1138
2 WH 4-Loop (DRY) 1118
1 WH 4-Loop (ICECOND) 1020
2 WH 4-Loop (ICECOND) 1090
1 BWR-1 197
2 BWR-3 (WET) 894
3 BWR-3 (WET) 879
1 BWR-4 (WET) 601
1 BWR-4 (WET) 924
2 BWR-4 (WET) 924
1 22
1 Prototype 61
2 BWR-4 (WET) 1115
1 CE 2-loop (WET) 482
1 General Atomics 330
1 WH 2-loop (DRY) 560
1 BWR-6 (WET) 1401
1 WH 3-loop (DRY) 735
1 SGR 75
A1[140] 1285 [141]
A2 1285
B1 1285
B2 1285
1 BWR-4 (WET) 1172
1 BWR-1 63
1 257
2 PWRWH 4-loop (DRY) 998 [142]
3 WH 4-loop (DRY) 1030
1 BWR-4 (WET) 813
1 WH 3-Loop (DRY) 874
2 WH 3-Loop (DRY) 883
1 345
1 WH 2-loop (DRY) 566
1 BWR-1 48
1 BWR-5 (WET) 1137
2 BWR-5 (WET) 1140
1 BWR-5 (WET) 1134
2 BWR-5 (WET) 1134
1 WH (DRY) 860
1 WH (DRY) 1130
1 WH 4-Loop (ICECOND) 1158
2 WH 4-Loop (ICECOND) 1158
1 BWR-3 (WET) 641
2 CE 2-loop (DRY) 869
3 WH 4-Loop (DRY) 1210
1 BWR-3 (WET) 628
1 BWR-2 (WET) 613
2 BWR-5 (WET) 1277
1 WH 3-Loop (DRY) 948
2 WH 3-Loop (DRY) 944
1 B & W (DRY) 847
2 B & W (DRY) 848
3 B & W (DRY) 859
1 BWR-2 (WET) 619
1 CE 2-loop (DRY) 805
1 CE80 2-loop (DRY) 1311
2 CE80 2-loop (DRY) 1314
3 CE80 2-loop (DRY) 1312
1 17
1 BWR-1 59
1 Prototype 40
2 BWR-4 (WET) 1300
3 BWR-4 (WET) 1331
1 BWR-6 (WET) 1240
1 BWR-3 (WET) 677
1 12
1 WH 2-loop (DRY) 591
2 WH 2-loop (DRY) 591
1 PWRWH 2-loop (DRY) 522
2 PWRWH 2-loop (DRY) 519
1 BWR-4 (WET) 908
2 BWR-4 (WET) 911
1 WH (DRY) 873
1 BWR-6 (WET) 967
1 WH 4-loop (DRY) 1169
2 WH 4-loop (DRY) 1158
1 WH (DRY) 436
2 CE (DRY) 1070
3 CE (DRY) 1180
1 3
1 WH 4-Loop (DRY) 1246
1 Xe-100 80
2 Xe-100 80
3 Xe-100 80
4 Xe-100 80
1 WH 4-Loop (ICECOND) 1152
2 WH 4-Loop (ICECOND) 1139
1 WH 3-Loop (DRY)964
1 WH 60
1 GE 820
1 6.5
1 PWRWH 4-loop (DRY) 1280
2 WH 4-loop (DRY) 1280
1 CE (DRY) 981
2 CE (DRY) 987
1 WH 3-loop (DRY) 838
2 WH 3-loop (DRY) 838
1 BWRBWR-5 (WET) 1257
2 BWR-5 (WET) 1257
1 B & W (DRY) 819
2 B & W (DRY) 880
1 WH (DRY) 1095
3 WH 3-Loop (DRY) 829
4 WH 3-Loop (DRY) 821
6 1117
7 1117
1 BWR-1 25
1 BWR-4 (WET) 605[143] [144]
1 WH 3-Loop (DRY) 973
2 1117
3 1117
1 WH 4-Loop (DRY) 1150
2 WH 4-Loop (DRY) 1152
3 1117 [145]
4 1117 [146]
1 CE 2-loop (DRY) 1168
1 WH 4-Loop (ICECOND) 1157
2 WH 4-Loop (ICECOND) 1164
1 PWRWH 4-Loop (DRY) 1200
1 WH (DRY) 167
1 WH (DRY) 1040
2 WH (DRY) 1040

Uzbekistan

Plant
name		Unit
No.		TypeModelStatusCapacity
(MW)		Begin
building		Commercial
operation		Closed
1 1200
2 1200

See also

External links

Notes and References

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  2. Web site: PRIS – Home . pris.iaea.org.
  3. https://pris.iaea.org/PRIS/Glossary.aspx "Reference Unit Power"
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  5. News: 2 Feb 2022. China inks $8 bln nuclear power plant deal in Argentina. en. Reuters. 2 Feb 2022.
  6. Web site: NASA fact sheet. https://web.archive.org/web/20070708162652/http://www.candu.org/nasa.html. Yulia Kosarenko. 8 Jul 2007. 20 Aug 2015.
  7. Web site: The Embalse Nuclear Power Plant returns to service for a new cycle of 30 years. BNamericas.com.
  8. Web site: Metsamor 2 to operate until 2026 : Corporate – World Nuclear News.
  9. Web site: Nuclear Power in Bangladesh – World Nuclear Association . world-nuclear.org . 17 Jul 2018.
  10. Web site: Росатом Госкорпорация "Росатом" ядерные технологии атомная энергетика АЭС ядерная медицина. rosatom.ru.
  11. Web site: Second Belarus unit enters commercial operation. world-nuclear-news.org.
  12. Web site: Doel 3: Shutdown confirmed for Friday. 23 Sep 2022. RTBF Info. 25 Sep 2022.
  13. Web site: RTBF Info of 21 Dec 2018. 21 Dec 2018. RTBF Info. 28 Dec 2018.
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  15. Web site: Plans for New Nuclear Reactors Worldwide - World Nuclear Association .
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  21. Web site: Unit 2 sets record run ahead of planned maintenance outage . brucepower.com . 6 May 2022 . 7 July 2023.
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  42. Web site: Begin
    buildings on fourth Sanmen unit    . 23 Mar 2023 . world-nuclear-news.org.
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  44. Web site: Shidaowan Guohe One 1.
  45. Web site: Shidaowan Guohe One 2.
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    buildings on eighth Tianwan unit: New Nuclear – World Nuclear News    .
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  56. Web site: Дан старт сооружению новых блоков российского дизайна атомных станций "Тяньвань" и "Сюйдапу" (Китай). ruscable.ru.
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  58. News: Yangjiang 5 enters Opened . 16 Jul 2018 . world-nuclear-news.org.
  59. News: Begin
    buildings on first Zhangzhou unit – World Nuclear News     . 18 Oct 2019 . world-nuclear-news.org.
  60. Web site: Construction of Egypt's first nuclear power plant under way : New Nuclear – World Nuclear News .
  61. Web site: PRIS – Reactor Details .
  62. Web site: Construction begins of third unit at Egypt's el Dabaa nuclear power plant : New Nuclear - World Nuclear News .
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  65. News: Fennovoima terminates contract for Hanhikivi 1 NPP construction. TASS. 2 May 2022.
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  67. Web site: Faulty seals replaced in Olkiluoto EPR : Regulation & Safety - World Nuclear News .
  68. Web site: Further delay to Flamanville EPR start up. World Nuclear News.
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  72. News: Germany shuts down Philippsburg 2. 8 Jan 2020. energycentral.com.
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  76. Web site: Status report 105 – Indian 700 MWe PHWR (IPHWR-700).
  77. Web site: 東通原子力発電所１号機の着工について . 27 Jun 2023 . Tokyo Electric Power Company Holdings, Inc..
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  87. News: Kursk's second unit retires after 45 years operation. 31 Jan 2024.
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  100. Web site: VVER units planned for Leningrad and Smolensk.
  101. Shut down after a 1977 refuelling incident; decommission in progress since 1979
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  104. Web site: Krško gets an overhaul : Corporate – World Nuclear News .
  105. Web site: 30 Nov 2022 . Drugi blok NE Krško prve megavate mogao bi dati nakon 2030. . The second block of NPP Krško could provide the first megawatts after 2030. . 14 Apr 2023 . Točka na I . hr.
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  107. Web site: Unit 2 at South Korean nuclear reactor enters commercial operation . 9 April 2024 .
  108. Web site: South Korea breaks ground for two new reactors. 30 October 2024.
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  110. admin.ch, The Federal Authorities, Federal Council decides to gradually phase out nuclear energy as part of its new energy strategy, 25 May 2011
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  112. Web site: 封存核四 馬英九：為下一代保留選擇權 . 自由時報電子報 . 2024-11-08 . 2014-04-27 . 馬英九總統、閣揆江宜樺下午邀集黨籍縣市首長舉行會議，會後國民黨發言人范姜泰基轉述，今日會議達成兩點共識，分別是「核四一號機不施工、只安檢，安檢後封存；核四二號機全部停工」，以及「行政院承諾儘速召開全國能源會議，以確保未來供電無虞」。 . zh-tw.
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  120. Web site: Is it sensible to invest in the construction of new nuclear reactors during post-war reconstruction? – Ecoclub Rivne is an environmental NGO .
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  122. Web site: Barakah / Unit 2 Begins Opened at Arab World's First Nuclear Station :: NucNet | the Independent Nuclear News Agency . 23 February 2022 .
  123. Web site: Third Barakah unit begins Opened : New Nuclear - World Nuclear News .
  124. News: UAE Celebrates Historic Milestone as Unit 4 of the Barakah Plant Commences Commercial Operation: Delivering Full-fleet Operations. 5 Sep 2024.
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  126. Web site: Hinkley Point B enters retirement : Corporate – World Nuclear News . 2 Aug 2022 . world-nuclear-news.org.
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