List of nuclear reactors in Japan

After the nuclear disaster in Fukushima , all Japanese nuclear power plants were shut down by the beginning of May 2012 and from September 2013, which was practically equivalent to a nuclear phase-out . A total of 54 reactors were in operation in the 17 nuclear power plants before the disaster. July 2018 8 nuclear reactors are in operation.

So far there are no concrete plans for a repository for radioactive waste in Japan . The spent fuel assemblies are used for reprocessing to France ( La Hague ) and Great Britain ( Sellafield brought). The radioactive waste that arises is temporarily stored in Rokkasho . In 2010, more than a third of the electricity demand was covered by nuclear energy. In 1999 there was an accident in the Tomsk nuclear facility in which large amounts of short-lived radioactive substances were released. As a result, one hundred square kilometers in the Seversk region were contaminated; thereupon the resistance in the population increased. However, to date there has been no environmental movement like in Europe. As a result of the Tōhoku earthquake on March 11, 2011, several nuclear power plants had to be shut down and a number of catastrophic accidents and a meltdown in units 1, 2 and 3 occurred at the Fukushima Daiichi nuclear power plant . This changed the picture of usage of nuclear energy in public opinion. In the year of these incidents, 70% of the Japanese were in favor of abandoning nuclear power. Japan's Prime Minister Yoshihiko Noda spoke of restructuring the energy sector ( energy transition ) and the long-term phase-out of nuclear energy by 2040. A few days later, however, the relevant strategy paper was rejected in a cabinet meeting. The government approved the energy transition, but left the time for the decommissioning of the nuclear power plants open. Since the core meltdown in Fukushima, 21, including the destroyed reactors, have been shut down for good, theoretically allowing 33 reactors to continue operating, plus two reactors under construction whose future is pending.

At the end of October 2018, nine reactors were in operation. These were exclusively Mitsubishi pressurized water reactors. The Reuters news agency predicted that only six more reactors would be connected to the grid with high probability in the next five years.

Nuclear power plants

The nuclear power plants group includes all power reactors and prototype systems that are used for commercial electricity generation. The Japanese nuclear power plants are all on the seashore or near the coast; most have pressurized (PWR) and boiling water (BWR) reactors .

Performance data

This list is sorted in alphabetical order (as of February 2019+).

Operating Decommissioned stoppage of Under Construction




Location	prefecture	Net power	Gross output	Reactor type	Manufacturer	status	commissioning acceptance	(planned) switching off processing
Joints ATR	Fukui	148 MW	165 MW	Advanced Thermal Reactor		Shut down	1979	2003
Fukushima-Daiichi 1	Fukushima	439 MW	460 MW	Boiling water reactor	General Electric	Shut down	1971	Destroyed in 2011
Fukushima-Daiichi 2	Fukushima	760 MW	784 MW	Boiling water reactor	General Electric	Shut down	1974	Destroyed in 2011
Fukushima-Daiichi 3	Fukushima	760 MW	784 MW	Boiling water reactor	Toshiba	Shut down	1976	Destroyed in 2011
Fukushima-Daiichi 4	Fukushima	760 MW	784 MW	Boiling water reactor	Hitachi	Shut down	1978	Shut down in 2010; Destroyed in 2011
Fukushima-Daiichi 5	Fukushima	760 MW	784 MW	Boiling water reactor	Toshiba	Shut down	1978	2011 abandoned
Fukushima-Daiichi 6	Fukushima	1,067 MW	1,100 MW	Boiling water reactor	General Electric	Shut down	1979	2011 abandoned
Fukushima-Daini 1	Fukushima	1,067 MW	1,100 MW	Boiling water reactor	Toshiba	Shut down	1982	2019; in fact 2011
Fukushima-Daini 2	Fukushima	1,067 MW	1,100 MW	Boiling water reactor	Hitachi	Shut down	1984	2019; in fact 2011
Fukushima-Daini 3	Fukushima	1,067 MW	1,100 MW	Boiling water reactor	Toshiba	Shut down	1985	2019; in fact 2011
Fukushima-Daini 4	Fukushima	1,067 MW	1,100 MW	Boiling water reactor	Hitachi	Shut down	1987	2019; in fact 2011
Genkai 1	saga	529 MW	559 MW	Pressurized water reactor	Mitsubishi	Shut down	1975	2015; in fact 2011
Genkai 2	saga	529 MW	559 MW	Pressurized water reactor	Mitsubishi	Shut down	1981	2019; de facto 1/2011
Genkai 3	saga	1,127 MW	1,180 MW	Pressurized water reactor	Mitsubishi	In operation	1994	(2034)
Genkai 4	saga	1,127 MW	1,180 MW	Pressurized water reactor	Mitsubishi	in operation	1997	(2037)
Hamaoka 1	Shizuoka	515 MW	540 MW	Boiling water reactor		Shut down	1976	2009
Hamaoka 2	Shizuoka	806 MW	840 MW	Boiling water reactor		Shut down	1978	2009
Hamaoka 3	Shizuoka	1,056 MW	1,100 MW	Boiling water reactor		Operation shutdown since 11/2010, strong resistance to the planned restart requested in 6/2015, location in a highly tectonically active region, little progress in the approval process, assessment of tsunami and earthquake security is not yet available, the governor of the region has announced that he will be during his will not agree to a restart for the term of office that will last until 2021. Recommissioning uncertain	1987	(2027)
Hamaoka 4	Shizuoka	1,092 MW	1,137 MW	Boiling water reactor		Operation shutdown since 5/2011, strong resistance to the planned restart requested in 2/2014, location in a highly tectonically active region, little progress in the approval process, assessment of tsunami and earthquake security is not yet available, the governor of the region has announced that he will be during his Will not agree to a restart during the term of office that will last until 2021, restarting is uncertain	1993	(2033)
Hamaoka 5	Shizuoka	1,212 MW	1,267 MW	ABWR		Stop of operation since 5/2011, no restart request, not ready for operation due to salt water flooding. Recommissioning unlikely in 2011	2005	(2045)
Higashidōri 1	Aomori	1,067 MW	1,100 MW	Boiling water reactor	Toshiba	Stop of operation since 3/2011, restart application (6/2014 submitted) in progress, ongoing construction work until 3/2022, suspected active crevice under the reactor not confirmed. Recommissioning likely	2005	(2045)
Ikata 1	Ehime	538 MW	566 MW	Pressurized water reactor	Mitsubishi	Shut down	1977	2016; in fact 2011
Ikata 2	Ehime	538 MW	566 MW	Pressurized water reactor	Mitsubishi	Shut down	1982	2018; in fact 2012
Ikata 3	Ehime	846 MW	890 MW	Pressurized water reactor	Mitsubishi / Westinghouse	Downtime	1994	(2034)
JPDR	Ibaraki	13 MW	13 MW	Boiling water reactor		Shut down	1965	1976
Kashiwazaki kariwa 1	Niigata	1,067 MW	1,100 MW	Boiling water reactor	Toshiba	Operation stop since 8/2011, no restart application, operating license expires in 2025, the governor demands the decommissioning of at least one reactor for the restart of units 6 and 7, high legal and investment risk, long approval process to be expected, due to public confidence in TEPCO, others are already planned Reactor restarts uncertain, the area under reactors 1–4 shows significantly higher soil activity than under units 5–7. Recommissioning unlikely	1985	(2025)
Kashiwazaki kariwa 2	Niigata	1,067 MW	1,100 MW	Boiling water reactor	Toshiba	Operation stoppage since 7/2007 due to earthquake damage, no restart application, high investment costs and extensive construction work required, long approval process to be expected, high legal risk, governor demands decommissioning of at least one reactor for the restart of units 6 and 7, due to public confidence in TEPCO is already the Time of this nuclear power plant restart cannot be foreseen, the area under reactors 1–4 shows significantly higher soil activity than under than under units 5–7. Recommissioning is unlikely	1990	(2030)
Kashiwazaki kariwa 3	Niigata	1,067 MW	1,100 MW	Boiling water reactor	Toshiba	Operation stoppage since 7/2007 due to earthquake damage, no restart application, high investment costs and extensive construction work required, long approval process to be expected, high legal risk, governor demands decommissioning of at least one reactor for the restart of units 6 and 7, due to public confidence in TEPCO is already the The time of this nuclear power plant restart cannot be foreseen, the area under reactors 1–4 shows significantly higher soil activity than under units 5–7. Recommissioning unlikely	1993	(2033)
Kashiwazaki kariwa 4	Niigata	1,067 MW	1,100 MW	Boiling water reactor	Hitachi	Operation stoppage since 7/2007 due to earthquake damage, no restart application, high investment costs and extensive construction work required, long approval process to be expected, high legal risk, governor demands decommissioning of at least one reactor for the restart of units 6 and 7, due to public confidence in TEPCO is already the The time of this nuclear power plant restart cannot be foreseen, the area under reactors 1–4 shows significantly higher soil activity than under units 5–7. Recommissioning unlikely	1994	(2034)
Kashiwazaki kariwa 5	Niigata	1,067 MW	1,100 MW	Boiling water reactor	Hitachi	Operation stoppage since 1/2012, no restart application, governor demands decommissioning of at least one reactor for the restart of units 6 and 7, high legal and investment risk, long approval process expected, due to public confidence in TEPCO, other planned reactor restarts are uncertainly unlikely	1990	(2030)
Kashiwazaki kariwa 6	Niigata	1,315 MW	1,356 MW	ABWR	General Electric / Toshiba	Stop of operations since 3/2012, very strong resistance to the planned restart, which was approved in 12/2017: The public considers TEPCO to be unable to operate nuclear power plants safely, the governor demands the shutdown of at least one block for the restart of blocks 6 & 7, recommissioning uncertain	1996	(2036)
Kashiwazaki kariwa 7	Niigata	1,315 MW	1,356 MW	ABWR	General Electric / Hitachi	Operation stop since 8/2011, very strong opposition to the planned and approved 12/2017 restart: public keeps TEPCO incapable of operating nuclear power plants safely, Governor urges closure of at least one block for the restart of the blocks 6 & 7th restart uncertain	1997	(2037)
Mihama 1	Fukui	320 MW	340 MW	Pressurized water reactor	Mitsubishi / Westinghouse	Shut down	1970	2015; in fact 2011
Mihama 2	Fukui	470 MW	500 MW	Pressurized water reactor	Mitsubishi	Shut down	1972	2015; in fact 2011
Mihama 3	Fukui	780 MW	826 MW	Pressurized water reactor	Mitsubishi	Stop of operation since 5/2011, extension of the term by 20 years 10/2016 granted, restart application since 3/2015 in process, restart 9/2020 planned restart likely	1976	(2036)
Monju	Fukui	246 MW	280 MW	Fast breeder reactor		Shut down	1995	2016; de facto December 1995
Ōi 1	Fukui	1,120 MW	1,175 MW	Pressurized water reactor	Westinghouse	shut down	1979	2017; in fact 2011
Ōi 2	Fukui	1,120 MW	1,175 MW	Pressurized water reactor	Westinghouse	shut down	1979	2017; in fact 2011
Ōi 3	Fukui	1,127 MW	1,180 MW	Pressurized water reactor	Mitsubishi	in operation	1991	(2031)
Ōi 4	Fukui	1,127 MW	1,180 MW	Pressurized water reactor	Mitsubishi	in operation	1993	(2033)
Granny	Aomori	1,325 MW	1,383 MW	ABWR	Hitachi	Under construction	(Planned for 2026)	-
Onagawa 1	Miyagi	498 MW	524 MW	Boiling water reactor	Toshiba	Shut down	1984	2018, de facto since 3/2011
Onagawa 2	Miyagi	796 MW	825 MW	Boiling water reactor	Toshiba	Stop of operations since 11/2010, application for restart since 12/2013 in progress, reactor building damaged since Tohoku earthquake in 2011, ongoing construction work likely to be restarted until 03/2021	1995	(2035)
Onagawa 3	Miyagi	796 MW	825 MW	Boiling water reactor	Toshiba	Stop of operation since 3/2011, earthquake damage, no restart application for restart uncertain	2002	(2042)
Sendai 1	Kagoshima	846 MW	890 MW	Pressurized water reactor	Mitsubishi	In operation	1984	(2024)
Sendai 2	Kagoshima	846 MW	890 MW	Pressurized water reactor	Mitsubishi	In operation	1985	(2025)
Shika 1	Ishikawa	505 MW	540 MW	Boiling water reactor	Hitachi	Stop of operation since 3/2011, no restart request, nuclear power plant may be on an active crevice and would have to be shut down in this case. Recommissioning unlikely	1993	(2033)
Shika 2	Ishikawa	1,304 MW	1,358 MW	ABWR	Hitachi	Stop of operation since 3/2011, restart permit 8/2014 applied for, nuclear power plant may be on an active crevice and would have to be shut down in this case. Recommissioning unlikely	2006	(2046)
Shimane 1	Shimane	439 MW	460 MW	Boiling water reactor	Hitachi	Shut down	1974	2015; in fact 2011
Shimane 2	Shimane	789 MW	820 MW	Boiling water reactor	Hitachi	Stop of operation since 1/2012, 12/2013 requested restart 2/2018 approves recommissioning likely	1989	(2029)
Shimane 3	Shimane	1,325 MW	1,373 MW	ABWR	Hitachi	Under construction	uncertain	-
Takahama 1	Fukui	780 MW	826 MW	Pressurized water reactor	Mitsubishi	Stop of operation since 1/2011, extension of term (20 years) approved 6/2016, restart planned 7/2020, restart likely	1974	(2034)
Takahama 2	Fukui	780 MW	826 MW	Pressurized water reactor	Mitsubishi	Stop of operations since 11/2011, extension of term (20 years) approved 6/2016, restart planned 3/2021, restart likely	1975	(2035)
Takahama 3	Fukui	830 MW	870 MW	Pressurized water reactor	Mitsubishi	In operation	1985	(2025)
Takahama 4	Fukui	830 MW	870 MW	Pressurized water reactor	Mitsubishi	In operation	1985	(2025)
Tōkai 1	Ibaraki	159 MW	166 MW	Magnox (GCR)		Shut down	1966	1998
Tōkai 2	Ibaraki	1,060 MW	1,100 MW	Boiling water reactor		Stop of operations since 3/2011, restart 5/2014 requested, 7/2018 approved, 20-year license extension 11/2017 requested 11/2018 approved; 3/2018: Operator agrees to request approval from six surrounding communities for a restart, strong local resistance because the nuclear power plant is closest to Tokyo, local governments refuse to restart operations uncertain	1978	(2038)
Tomari 1	Hokkaidō	550 MW	575 MW	Pressurized water reactor	Mitsubishi	Stop of operations since 4/2011, restart request since 7/2013 in processing, nuclear supervisory authority is investigating possible active crevices next to the reactors, earthquake 9/2018 could influence the result, tsunami protective wall may need to be renewed Recommissioning unlikely	1989	(2029)
Tomari 2	Hokkaidō	550 MW	575 MW	Pressurized water reactor	Mitsubishi	Stop of operations since 8/2011, restart request since 7/2013 in processing, nuclear supervisory authority is investigating possible active crevices next to the reactors, earthquake 9/2018 could influence the result, tsunami protective wall may need to be renewed Recommissioning unlikely	1991	(2031)
Tomari 3	Hokkaidō	866 MW	912 MW	Pressurized water reactor	Mitsubishi	Operation stop since 5/2012, restart application since 7/2013 in processing, operator prefers to start up this reactor, nuclear supervisory authority is investigating possible active crevices directly next to the reactors, earthquake 9/2018 could influence the result, tsunami protective wall possibly in need of renewal, recommissioning uncertain	2009	(2049)
Tsuruga 1	Fukui	340 MW	357 MW	Boiling water reactor	General Electric	Shut down	1969	2015; in fact 2011
Tsuruga 2	Fukui	1,110 MW	1,160 MW	Pressurized water reactor	Mitsubishi	Operation stop since 5/2011, restart application 11/2015 submitted, nuclear power plant may be on an active crevice and would have to be shut down in this case. Recommissioning unlikely	1986	(2026)

photos

• 

  Fukushima Daini nuclear power plant

• 

  The construction progress of the second block at the Hamaoka nuclear power plant in 1975

• 

  Hamaoka Nuclear Power Plant in 1988

• 

  Genkai nuclear power plant , units 3 and 4

• 

  Ikata nuclear power plant in 2006

• 

  Ikata nuclear power plant

• 

  Kashiwazaki-Kariwa nuclear power plant from the air

• 

  Mihama nuclear power plant

• 

  Monju nuclear power plant

• 

  Units 3 and 4 of the Ōi nuclear power plant

• 

  Onagawa Nuclear Power Plant

• 

  Sendai nuclear power plant

• 

  Shika Nuclear Power Plant

• 

  Shimane nuclear power plant

• 

  Takahama Nuclear Power Plant (1975, from above)

• 

  Tōkai Nuclear Power Plant

• 

  Tomari Nuclear Power Plant

• 

  Tsuruga nuclear power plant and Fugen nuclear power plant

Nuclear power plants without starting operations

The grouping of nuclear power plants without starting operations includes all power reactors and prototype systems that were to be used for commercial electricity generation but have not yet been completed or whose planning and construction have finally been discontinued, as well as all power reactors that are not yet under construction but are firmly planned .

Performance data

This list is sorted in alphabetical order.

Construction and planning finally stopped Planned


Location	prefecture	Net power	Gross output	Reactor type	construction commencing	Planned commissioning
Ashihama 1	Mie	1,315 MW	0 MW	Boiling water reactor	-
Ashihama 2	Mie	1,315 MW	0 MW	Boiling water reactor	-
Fukushima I 7	Fukushima	1,339 MW	1,380 MW	ABWR	-	Planning canceled
Fukushima I 8	Fukushima	1,339 MW	1,380 MW	ABWR	-	Planning canceled
Hamaoka 6	Shizuoka	0 MW	1,400 MW	ABWR	-	-
Higashidōri 1 (TEPCO) *	Aomori	1,343 MW	1,385 MW	ABWR	-
Higashidōri 2 (TEPCO) *	Aomori	1,343 MW	1,385 MW	ABWR	-
Higashidōri 2 (TOHOKU)	Aomori	1,067 MW	- MW	ABWR	-
Kaminoseki 1	Yamaguchi	0 MW	1,373 MW	Boiling water reactor	-	?
Kaminoseki 2	Yamaguchi	0 MW	1,373 MW	Boiling water reactor	-	?
Ōma demonstration ATR	Aomori	606 MW	606 MW	LWCHWR	December 01, 1993
Sendai 3	Kagoshima	0 MW	1,590 MW	Pressurized water reactor	-	-
Suzu 1	Ishikawa	1,315 MW	1,350 MW	ABWR	-
Suzu 2	Ishikawa	1,300 MW	1,350 MW	Pressurized water reactor	-
Tsuruga 3	Fukui	0 MW	1,538 MW	Pressurized water reactor	-	?
Tsuruga 4	Fukui	0 MW	1,538 MW	Pressurized water reactor	-	?

* Since the Japanese government has announced a switch to renewable energies, shareholders have demanded the shutdown of the existing Tepco plants and the company has financial problems, the commissioning of the Higashidōri nuclear power plant is questionable. Construction of units 7 and 8 of the Fukushima-Daiichi NPP was abandoned in May 2011.

Research reactors

The research reactor grouping includes nuclear reactors that are not used to generate electricity, but are primarily used for research purposes (nuclear and material research, isotope production for medicine and technology ).

Performance data

This list is sorted in alphabetical order.

In operation Shut down Shutdown



Location	Thermal performance	Reactor type	status	commissioning acceptance
DCA	1 kW	CRIT ASSEMBLY	Shut down	1969
FCA	2 kW	CRIT FAST	Shut down	1967
HTR	100 kW	POOL	Shut down	1961
HTTR	30,000 kW	HIGH TEMP GAS	Switched off	1998
JMTR	50,000 kW	TANK	Shut down	1968
JMTRC	0.10 kW	POOL	Shut down	1965
JOYO	140,000 kW	FAST, NA COOLED	Switched off	1977
JRR-2	10,000 kW	TANK	Shut down	1960
JRR-3	10,000 kW	HEAVY WATER	Shut down	1962
JRR-3M	20,000 kW	POOL	Switched off	1990
JRR-4	3500 kW	POOL	Shut down	1965
KUCA	0.10 kW	CRIT ASSEMBLY	In operation	1974
Cure	5000 kW	TANK	In operation	1964
MUSASHI REACTOR	100 kW	TRIGA MARK II	Shut down	1963
NSRR	300 kW	TRIGA ACPR	Switched off	1975
STACY	0.20 kW	HOMOG	Switched off	1995
TCA TANK TYPE CRIT. ASSBLY	0.20 kW	CRIT ASSEMBLY	Shut down	1962
TOSHIBA NCA	0.20 kW	CRIT ASSEMBLY	Switched off	1963
TRACY	10 kW	PULSING	Shut down	1995
TRIGA-II RIKKOYO	100 kW	TRIGA MARK II	Shut down	1961
TTR	100 kW	POOL	Shut down	1962
UTR KINKI	0 kW	ARGONAUT	In operation	1961
VHTRC	0.01 kW	CRIT ASSEMBLY	Shut down	1985
YAYOI	2 kW	TANK	Shut down	1971

See also

• List of nuclear power plants in Asia
• List of nuclear power plants
• List of nuclear power plants
• List of nuclear reactors with the highest annual production
• List of accidents in nuclear facilities

Web links

Commons : Nuclear Reactors in Japan  - Collection of Pictures, Videos and Audio Files

• Nuclear and Industrial Security Agency NISA Japanese Agency for Nuclear and Industrial Security NISA
• Japan Atomic Industrial Forum JAIF Japanese Atomic Industrial Forum JAIF
• CNIC table : On August 26, 2011 only 18 of the former 55 nuclear reactors were still running

Individual evidence

1. ↑ DIW Berlin: Nuclear Environmental Hazard in Russia ( Memento of the original from August 8, 2007 in the Internet Archive ) Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. , February 26, 2007 
2. ↑ Luene-Info Information about Lüneburg - Disposal issue for nuclear waste not only unsolved in Germany
3. ↑ Tens of thousands protest against nuclear power in Japan . In: Hamburger Abendblatt , September 19, 2011. Retrieved September 19, 2011.
4. ↑ Prime Minister Noda introduces the cabinet. Japan to phase out nuclear power in the medium term , FAZ , September 2, 2011. Retrieved September 19, 2011.
5. ↑ Energy transition: Japan restricts nuclear phase-out again at zeit.de, September 19, 2012 (accessed on September 20, 2012).
6. ↑ Power Reactor Information System of the IAEA : "Japan: Nuclear Power Reactors - Alphabetic" (English)
7. ↑ ^{a b} Spiegel Online: Pressure in Reactor 3 rises uncontrollably , accessed on March 13, 2011
8. ↑ Protective reactor jacket damaged
9. ↑ NZZ according to Kyodo agency March 15, 2011
10. ^ ^{A b} Fukushima nuclear plant shut for good. The Australian , March 20, 2011, accessed March 20, 2011 . 
11. ↑ http://www.nuklearforum.ch/de/aktuell/e-bulletin/aus-fuer-zwei-weiter-japanische-kernkraftwerkeinheitheiten .
12. ↑ https://www.japantimes.co.jp/news/2019/02/13/national/kyushu-electric-scrap-no-2-reactor-genkai-nuclear-plant-due-cost-upgrading-safety-aging -site /
13. ↑ ^{a b c d e f g h i j k l m n o p q r s t u v w x} https://in.reuters.com/article/idINL3N1X51AX
14. ↑ https://sumikai.com/japan/nachrichten-aus-japan/westjapanischer-kernreaktor-wird-stilllege-216960/
15. ↑ Radio Dreyeckland: "Japan: Nuclear exit or - re-entry? | 3 times on / off for AKW Ikata" from January 27, 2020 , accessed January 29, 2020
16. ↑ ^{a b c} https://www.iaea.org/sites/default/files/documents/review-missions/osart_mission_to_mihama_jan_2009_150.pdf
17. ↑ http://www.nuklearforum.ch/de/aktuell/e-bulletin/aus-fuer-zwei-weiter-japanische-kernkraftwerkeinheitheiten .
18. ↑ http://www.nuklearforum.ch/de/aktuell/e-bulletin/aus-fuer-zwei-weiter-japanische-kernkraftwerkeinheitheiten .
19. ↑ ^{a b c} http://www.world-nuclear-news.org/Articles/Kansai-reschedules-restarts-of-three-reactors
20. ↑ http://www.world-nuclear-news.org/WR-Kansai-applies-to-decommission-Ohi-1-and-2-0103184.html
21. ↑ Media release Nuclear Forum CH
22. ↑ see Oi 1
23. ↑ http://www.greenpeace.de/themen/fukui-bleiben-akw-vom-netz
24. ↑ http://www.greenpeace.de/themen/fukui-bleiben-akw-vom-netz
25. ↑ https://www.japantimes.co.jp/news/2018/10/25/national/tohoku-electric-scrap-aging-no-1-unit-onagawa-nuclear-plant/
26. ↑ http://www.nuklearforum.ch/de/aktuell/e-bulletin/aus-fuer-zwei-weiter-japanische-kernkraftwerkeinheitheiten .
27. ↑ http://www.asahi.com/ajw/articles/AJ201803300032.html
28. ↑ http://www.nuklearforum.ch/de/aktuell/e-bulletin/aus-fuer-zwei-weiter-japanische-kernkraftwerkeinheitheiten .
29. ↑ World Nuclear Association: References - Japan (English)
30. ↑ This field remains empty if the planning / construction has been discontinued or if there is no data for the planned commissioning of planned reactors.
31. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - FUKUSHIMA-DAIICHI-7" ( Memento from July 18, 2011 in the Internet Archive ) (English)
32. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - FUKUSHIMA-DAIICHI-8" ( Memento from July 18, 2011 in the Internet Archive ) (English)
33. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - HAMAOKA-6" (English)
34. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - HIGASHI DORI 1 (TEPCO)" (English)
35. ↑ This is not the already operating block Higashidōri 1 (TOHOKU) of the Tohoku Electric Power Company, but a planned reactor of the Tokyo Electric Power Company at the same location.
36. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - HIGASHI DORI 2 (TEPCO)" (English)
37. ↑ This is not the already in operation Higashidōri 1 (TOHOKU) block of the Tohoku Electric Power Company, but another planned reactor of the Tokyo Electric Power Company (TEPCO) at the same location.
38. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - HIGASHI DORI 2 (TOHOKU)" (English)
39. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - KAMINOSEKI 1" (English)
40. ↑ The IAEA's Power Reactor Information System does not (any longer) list the reactors Kaminoseki 1 and 2 and Tsuruga 3 and 4.
41. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - KAMINOSEKI 2" (English)
42. ↑ The IAEA's Power Reactor Information System does not (any longer) list the reactors Kaminoseki 1 and 2 and Tsuruga 3 and 4.
43. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - SENDAI-3" (English)
44. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - TSURUGA-3" (English)
45. ↑ The IAEA's Power Reactor Information System does not (any longer) list the Tsuruga 3 and 4 reactors.
46. ↑ Power Reactor Information System of the IAEA : "Nuclear Power Reactor Details - TSURUGA-4" (English)
47. ↑ The IAEA's Power Reactor Information System does not (any longer) list the Tsuruga 3 and 4 reactors.
48. ^ Research Reactor Database of the IAEA