Nuclear Power Reactors in the World | IAEA

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REFERENCE DATA SERIES No. 2 2018 Edition

Nuclear Power

Reactors

in the World

REFERENCE DATA SERIES No. 2

NUCLEAR POWER REACTORS IN THE WORLD

2018 Edition

INTERNATIONAL ATOMIC ENERGY AGENCY

VIENNA, 2018

NUCLEAR POWER REACTORS IN THE WORLD IAEA, VIENNA, 2018

IAEA-RDS-2/38 ISBN 978–92–0–101418–4

ISSN 1011–2642

Printed by the IAEA in Austria

May 2018

CONTENTS

Introduction . . . 5 Definitions . . . 7 Table 1. Overview of power reactors and nuclear

share, 31 Dec. 2017 . . . 10 Table 2. Type and net electrical power of

operational reactors, 31 Dec. 2017 . . . 12 Table 3. Type and net electrical power of reactors

under construction, 31 Dec. 2017 . . . 13 Table 4. Reactor years of experience,

up to 31 Dec. 2017 . . . 14 Table 5. Operational reactors and net electrical

power, from 1990 to 2017 . . . 16 Table 6. Nuclear electricity production and share,

from 1990 to 2017 . . . 18 Table 7. Annual construction starts and

connections to the grid, 1954 to 2017 . . . 20 Table 8. Number of new reactors connected

to the grid and median construction time in months . . . 21 Table 9. Construction starts during 2017 . . . 22 Table 10. Connections to the grid during 2017 . . . . 22 Table 11. Scheduled connections

to the grid during 2018 . . . 22 Table 12. Reactors planned for construction

as known on 31 Dec. 2017 . . . 23 Table 13. Reactors under construction,

31 Dec. 2017 . . . 27 Table 14. Operational reactors, 31 Dec. 2017 . . . 30 Table 15. Reactors in long term shutdown,

31 Dec. 2017 . . . 46 Table 16. Reactors permanently shut down,

31 Dec. 2017 . . . 47 Table 17. Reactors in decommissioning process or

decommissioned, 31 Dec. 2017 . . . 53

Table 18. Performance factors by reactor category, 2015 to 2017 . . . 59 Table 19. Full outage statistics during 2017 . . . 60 Table 20. Direct causes of full outages during 2017 61 Table 21. Direct causes of full outages,

2013 to 2017 . . . 62 Table 22. Countries: abbreviations and summary . . 63 Table 23. Reactor types: abbreviations

and summary . . . 64 Table 24. Operators: abbreviations and summary . . 65 Table 25. NSSS suppliers: abbreviations

and summary . . . 71 Figure 1. Number of operational reactors by type

and net electrical power

(as of 31 Dec. 2017) . . . 74 Figure 2. Reactors under construction by type and

net electrical power

(as of 31 Dec. 2017) . . . 75 Figure 3. Nuclear share of electricity generation

(as of 31 Dec. 2017) . . . 76 Figure 4. Worldwide median construction time in

months (as of 31 Dec. 2017) . . . 77 Figure 5. Number of operational reactors by age

(as of 31 Dec. 2017) . . . 78 Figure 6. Annual construction starts and connections

to the grid, 1954 to 2017 . . . 79

INTRODUCTION

Nuclear Power Reactors in the World is an annual publication that presents the most recent data pertaining to reactor units in IAEA Member States.

This thirty-eighth edition of Reference Data Series No. 2 provides a detailed comparison of various statistics up to and including 31 December 2017. The tables and figures contain the following information:

─ General statistics on nuclear reactors in IAEA Member States;

─ Technical data on specific reactors that are either planned, under construction or operational, or that have been shut down or decommissioned;

─ Performance data on reactors operating in IAEA Member States, as reported to the IAEA.

The data compiled in this publication are a product of the IAEA’s Power Reactor Information System (PRIS). The PRIS database is a comprehensive source of data on all nuclear power reactors in the world. It includes specification and performance history data on operational reactors as well as on reactors under construction or in the decommissioning process. Data are collected by the IAEA via designated national correspondents in Member States.

PRIS outputs are available in the IAEA’s annual publications and on the PRIS web page (http://www.iaea.org/pris).

Detailed outputs are accessible to registered users through on-line applications. Enquiries should be addressed to:

Director

Division of Nuclear Power

International Atomic Energy Agency Vienna International Centre

PO Box 100

1400 Vienna, Austria

Email: PrisAdmin@iaea.org

DEFINITIONS

Performance factors

(REG – PEL – UEL – XEL) EAF (%) =

× 100

REG

(REG – PEL – UEL) UCF (%) =

× 100

REG UCL (%) = UEL

× 100

REG PCL (%) = PEL

× 100

REG EG

LF (%) =

× 100 REG

On-line hours

OF (%) =

× 100 Total hours

where

EAF is the energy availability factor, expressed in per cent.

UCF is the unit capability factor, expressed in per cent.

UCL is the unplanned capability loss factor, expressed in per cent.

PCL is the planned capability loss factor, expressed in per cent.

LF is the load factor, expressed in per cent.

OF is the operating factor, expressed in per cent.

REG Reference energy generation: The net electrical

energy (MW·h), supplied by a unit continuously

operated at the reference unit power for the duration

of the entire reference period.

PEL Planned energy loss: The energy (MW·h) that was not supplied during the period because of planned shutdowns or load reductions due to causes under plant management control. Energy losses are considered to be planned if they are scheduled at least four weeks in advance.

UEL Unplanned energy loss: The energy (MW·h) that was not supplied during the period because of unplanned shutdowns, outage extensions, or load reductions due to causes under plant management control. Energy losses are considered to be unplanned if they are not scheduled at least four weeks in advance.

XEL External energy loss: The energy (MW·h) that was not supplied owing to constraints beyond plant management control that reduced plant availability.

EG The net electrical energy supplied during the reference period as measured at the unit outlet terminals after deducting the electrical energy taken by unit auxiliaries and the losses in transformers that are considered to be integral parts of the unit.

Planned reactors

The IAEA considers a reactor as planned from the date when a construction licence application has been submitted to the relevant national regulatory authorities to the construction start date.

Construction start

The date when the first major placing of concrete, usually for the base mat of the reactor building, is carried out.

First criticality

The date when the reactor is made critical for the first time.

Grid connection

The date when the plant is first connected to the electrical grid for the supply of power. After this date, the plant is considered as operational.

Commercial operation

The date when the plant is handed over by the contractors

to the owner and declared officially in commercial operation.

Long term shutdown (suspended operation)

A unit is considered to be in long term shutdown if it has been shut down for an extended period (usually several years) initially without any firm recovery schedule, but with the intention to restart the unit eventually. Suspended operation is a new term for this status.

Permanent shutdown

The date when the plant is officially declared to be shut down by the owner and taken out of operation permanently.

NSSS supplier

The supplier of a power reactor unit’s nuclear steam supply system.

Units and energy conversion

1 terawatt-hour (TW∙h) = 10

⁶

megawatt-hours (MW∙h) For an average power plant,

1 TW∙h = 0.39 megatonnes of coal equivalent (input),

= 0.23 megatonnes of oil equivalent (input)

N o. of N et c apac ity N o. of N et c apac ity N o. of N et c apac ity % o f uni ts MW (e ) uni ts MW (e ) uni ts MW (e ) to ta l

ARGENTINA3 1633 1 25 5.74.5 ARMENIA1 375 2.432.5 BANGLADESH1 1080 NANA BELARUS2 2220 NANA BELGIUM7 5918 40.249.9 BRAZIL2 1884 1 1340 14.92.7 BULGARIA2 1926 14.934.3 CANADA19 13554 95.114.6 CHINA39 34514 18 19016 232.83.9 CZECH REP.6 3930 26.833.1 FINLAND4 2769 1 1600 21.633.2 FRANCE58 63130 1 1630 381.871.6 GERMANY7 9515 72.211.6 HUNGARY4 1889 15.250.0 INDIA22 6255 7 4824 34.93.2 IRAN,ISL.REP1 915 6.42.2 JAPAN42 39752 2 2653 29.33.6 KOREA,REP.OF24 22494 4 5360 141.327.1 MEXICO2 1552 10.66.0 NETHERLANDS1 482 3.32.9 PAKISTAN5 1318 2 2028 8.16.2 ROMANIA2 1300 10.617.7 RUSSIA35 26142 7 5520 190.117.8 SLOVAKIA4 1814 2 880 14.054.0 SLOVENIA1 688 6.039.1 SOUTH AFRICA2 1860 15.16.7 SPAIN7 7121 55.621.2 SWEDEN8 8629 63.139.6

TW (e)

·

h

TA BL E 1 . O VE RV IE W O F PO W ER RE ACT O RS A ND NUCL EA R S HA RE , 3 1 DE C. 2 01 7 R eac tor s i n l ong t er m s hut dow n R eac tor s under c ons truc tion N uc lear el ec tri ci ty suppl ied i n 2017 C ount ry O per at ional reac tor s

N o. of N et c apac ity N o. of N et c apac ity N o. of N et c apac ity % o f uni ts MW (e ) uni ts MW (e ) uni ts MW (e ) to ta l

SWITZERLAND5 3333 19.633.4 UAE4 5380 NANA UK15 8918 63.919.3 UKRAINE15 13107 2 2070 80.455.1 USA99 99952 2 2234 805.620.0 Total448 391721 59 60460 2502.9NA Notes: — The total includes the following data from Taiwan, China: 6 units, 5052 MW in operation; 2 units, 2600 MW under construction; 21.6 TW(e)·h of nuclear electricity generation, representing 9.3% of the total electricity generated there; — Electricity data for India are based on the provided annual country level value, as some individual reactor data are not available.

TA BL E 1 . O VE RV IE W O F PO W ER RE ACT O RS A ND NUCL EA R S HA RE , 3 1 DE C. 2 01 7 — c on tin ue d C ount ry O per at ional reac tor s R eac tor s i n l ong t er m s hut dow n R eac tor s under c ons truc tion N uc lear el ec tri ci ty suppl ied i n 2017 TW (e)

·

h

No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e )

ARGENTINA3 1633 3 1633 ARMENIA1 375 1 375 BELGIUM7 5918 7 5918 BRAZIL2 1884 2 1884 BULGARIA2 1926 2 1926 CANADA19 13554 19 13554 CHINA36 33140 2 1354 1 20 39 34514 CZECH REP.6 3930 6 3930 FINLAND2 1009 2 1760 4 2769 FRANCE58 63130 58 63130 GERMANY6 8227 1 1288 7 9515 HUNGARY4 1889 4 1889 INDIA2 1864 2 300 18 4091 22 6255 IRAN,ISL.REP1 915 1 915 JAPAN20 17427 22 22325 42 39752 KOREA,REP.OF20 19918 4 2576 24 22494 MEXICO2 1552 2 1552 NETHERLANDS1 482 1 482 PAKISTAN4 1228 1 90 5 1318 ROMANIA2 1300 2 1300 RUSSIA18 14543 15 10219 2 1380 35 26142 SLOVAKIA4 1814 4 1814 SLOVENIA1 688 1 688 SOUTH AFRICA2 1860 2 1860 SPAIN6 6057 1 1064 7 7121 SWEDEN3 3075 5 5554 8 8629 SWITZERLAND3 1740 2 1593 5 3333 UK1 1198 14 7720 15 8918 UKRAINE15 13107 15 13107 USA65 65625 34 34327 99 99952 TOTAL292 274843 75 72941 14 7720 49 24598 15 10219 3 1400 448 391721 Notes: 1. The totals include 6 units, 5052 MW in Taiwan, China. 2. During 2017, 4 reactors, 3373 MW were newly connected to the grid.

TA BL E 2 . T YP E A ND NE T E LE CT RI CA L P O W ER O F O PE RA TI O NA L RE ACT O RS , 3 1 DE C. 2 01 7 C ount ry FBR Tot al PW R BW R PH W R LW GR G CR

No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e )

ARGENTINA1 25 1 25 BANGLADESH1 1080 1 1080 BELARUS2 2220 2 2220 BRAZIL1 1340 1 1340 CHINA17 18816 1 200 18 19016 FINLAND1 1600 1 1600 FRANCE1 1630 1 1630 INDIA2 1834 4 2520 1 470 7 4824 JAPAN2 2653 2 2653 KOREA,REP.OF4 5360 4 5360 PAKISTAN2 2028 2 2028 RUSSIA7 5520 7 5520 SLOVAKIA2 880 2 880 UAE4 5380 4 5380 UKRAINE2 2070 2 2070 USA2 2234 2 2234 TOTAL49 52017 (*) 45253 4 2520 1 470 1 200 59 60460 Notes: 1. The totals include 2 units (2 x BWR), 2600 MW in Taiwan, China. 2. During 2017, construction started on 4 reactors, 4254 MW.

Tot al TA BL E 3 . T YP E A ND NE T E LE CT RI CA L P O W ER O F RE ACT O RS UNDE R CO NS TRUCT IO N, 3 1 DE C. 2 01 7 HT G R FBR C ount ry PH W R LW GR PW R BW R

N et c apac ity N et c apac ity N et c apac ity N et c apac ity No . M W (e ) No . M W (e ) No . M W (e ) No . M W (e ) Year s M ont hs

ARGENTINA3 1633 3 1633 82 2 ARMENIA1 375 1 376 2 751 43 8 BELGIUM7 5918 1 10 8 5928 289 7 BRAZIL2 1884 2 1884 53 3 BULGARIA2 1926 4 1632 6 3558 163 3 CANADA19 13554 6 2143 25 15697 731 6 CHINA39 34514 39 34514 280 9 CZECH REP.6 3930 6 3930 158 10 FINLAND4 2769 4 2769 155 4 FRANCE58 63130 12 3789 70 66919 2164 4 GERMANY7 9515 29 16860 36 26375 832 7 HUNGARY4 1889 4 1889 130 2 INDIA22 6255 22 6255 482 11 IRAN,ISL.REP1 915 1 915 6 4 ITALY4 1423 4 1423 80 8 JAPAN42 39752 18 9046 60 48798 1823 5 KAZAKHSTAN1 52 1 52 25 10 KOREA,REP.OF24 22494 1 576 25 23070 523 5 LITHUANIA2 2370 2 2370 43 6 MEXICO2 1552 2 1552 51 11 NETHERLANDS1 482 1 55 2 537 73 PAKISTAN5 1318 5 1318 72 5 ROMANIA2 1300 2 1300 31 11 RUSSIA35 26142 6 1171 41 27313 1261 9 SLOVAKIA4 1814 3 909 7 2723 164 7 SLOVENIA1 688 1 688 36 3 SOUTH AFRICA2 1860 2 1860 66 3 SPAIN7 7121 3 1067 10 8188 329 1

TA B LE 4 . R EA C TO R Y EA R S O F EXPER IEN C E, U P TO 3 1 D EC . 2 01 7 C ount ry O per at ing ex per ienc e

O per at ional reac tor s R eac tor s i n l ong t er m shut dow n Per m anent ly s hut dow n reac tor s Tot al O per at ional and s hut dow n r eac tor s

N et c apac ity N et c apac ity N et c apac ity N et c apac ity No . M W (e ) No . M W (e ) No . M W (e ) No . M W (e ) Year s M ont hs

SWEDEN8 8629 5 2321 13 10950 451 SWITZERLAND5 3333 1 6 6 3339 214 11 UK15 8918 30 4715 45 13633 1589 7 UKRAINE15 13107 4 3515 19 16622 488 6 USA99 99952 34 14427 133 114379 4309 9 Total448 391721 166 66463 614 458184 17430 6 Notes: 1. The total includes the following data from Taiwan, China: — operational reactors : 6 units, 5052 MW; 218 years, 1 month. 2. Operating experience is counted from the grid connection excluding any long term shutdown period.

TA B LE 4 . R EA C TO R Y EA R S O F EXPER IEN C E, U P TO 3 1 D EC . 2 01 7 — c on tin ue d C ount ry O per at ional R eac tor s i n l ong t er m Per m anent ly s hut dow n Tot al reac tor s shut dow n reac tor s O per at ional and s hut dow n r eac tor s O per at ing ex per ienc e

No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e )

ARGENTINA2 935 2 935 2 978 2 935 2 935 3 1632 3 1632 3 1633 ARMENIA1 376 1 376 1 376 1 375 1 375 1 375 1 375 BELGIUM7 5501 7 5631 7 5712 7 5801 7 5926 7 5913 7 5913 7 5918 BRAZIL1 626 1 626 2 1976 2 1901 2 1884 2 1884 2 1884 2 1884 BULGARIA5 2585 6 3538 6 3760 4 2722 2 1906 2 1926 2 1926 2 1926 CANADA20 13993 21 14902 14 9998 18 12584 18 12604 19 13524 19 13554 19 13554 CHINA3 2188 3 2188 9 6587 13 10065 31 26774 36 31384 39 34514 CZECH REP.4 1632 4 1782 5 2611 6 3373 6 3675 6 3930 6 3930 6 3930 FINLAND4 2310 4 2310 4 2656 4 2676 4 2716 4 2752 4 2764 4 2769 FRANCE56 55808 56 58573 59 63080 59 63260 58 63130 58 63130 58 63130 58 63130 GERMANY21 21250 19 20972 19 21283 17 20339 17 20490 8 10799 8 10799 7 9515 HUNGARY4 1710 4 1729 4 1729 4 1755 4 1889 4 1889 4 1889 4 1889 INDIA7 1324 10 1746 14 2508 15 2993 19 4189 21 5308 22 6240 22 6255 IRAN,ISL.REP1 915 1 915 1 915 JAPAN41 30867 50 39625 52 43245 55 47593 54 46821 43 40290 42 39752 42 39752 KAZAKHSTAN1 135 1 50 KOREA,REP.OF9 7220 11 9115 16 12990 20 16810 21 18698 24 21733 25 23077 24 22494 LITHUANIA2 2760 2 2370 2 2370 1 1185 MEXICO1 640 2 1256 2 1290 2 1360 2 1300 2 1440 2 1552 2 1552 NETHERLANDS2 539 2 510 1 449 1 450 1 482 1 482 1 482 1 482 PAKISTAN1 125 1 125 2 425 2 425 2 425 3 690 4 1005 5 1318 ROMANIA1 655 1 655 2 1300 2 1300 2 1300 2 1300 RUSSIA29 18898 30 19848 30 19848 31 21743 32 22693 35 25413 35 26142 35 26142 SLOVAKIA4 1632 4 1632 6 2440 6 2442 4 1816 4 1814 4 1814 4 1814 SLOVENIA1 620 1 620 1 676 1 656 1 666 1 688 1 688 1 688 SOUTH AFRICA2 1840 2 1840 2 1840 2 1800 2 1800 2 1860 2 1860 2 1860 SPAIN9 7099 9 7097 9 7468 9 7591 8 7514 7 7121 7 7121 7 7121 SWEDEN12 9826 12 10028 11 9397 10 8905 10 9303 10 9648 9 9102 8 8629 SWITZERLAND5 2942 5 3056 5 3170 5 3220 5 3238 5 3333 5 3333 5 3333

TA BL E 5 . O PE RA TI O NA L RE ACT O RS A ND NE T E LE CT RI CA L P O W ER, 1 99 0 T O 2 01 7 2016 2015 1990 C ount ry N um ber of uni ts and net c apac ity as of 31 D ec . of gi ven y ear 2010 2005 2000 1995 2017

No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e ) No . MW (e )

UK37 11360 35 12910 33 12490 23 11852 19 10137 15 8918 15 8918 15 8918 UKRAINE15 13020 15 13045 13 11195 15 13107 15 13107 15 13107 15 13107 15 13107 USA108 96228 108 98068 103 96297 103 98145 104 101211 99 99167 99 99851 99 99952 WORLD416 318253 434 341387 435 349984 441 368125 441 375277 441 382807 447 390491 448 391721 Note: The world total includes the following data from Taiwan, China: — 1990: 6 units, 4828 MW; 1995: 6 units, 4884 MW; 2000: 6 units, 4884 MW; 2005: 6 units, 4884 MW; 2010: 6 units, 4982 MW; 2015: 6 units, 5052 MW; 2016: 6 units, 5052 MW; 2017: 6 units, 5052 MW.

TA BL E 5 . O PE RA TI O NA L RE ACT O RS A ND NE T E LE CT RI CA L P O W ER, 1 99 0 T O 2 01 7 — c on tin ue d C ount ry N um ber of uni ts and net c apac ity as of 31 D ec . of gi ven y ear 1990 1995 2000 2005 2010 2015 2016 2017

TW ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta l

ARGENTINA6.72 19.8 6.57 11.8 5.74 7.3 6.37 6.9 6.69 5.9 6.52 4.8 7.68 5.6 5.72 4.5 ARMENIA1.84 33.0 2.50 42.7 2.29 39.4 2.57 34.5 2.19 31.4 2.41 32.5 BELGIUM40.59 60.1 39.30 55.5 45.81 56.8 45.34 55.6 45.73 50.0 24.83 37.5 41.43 51.7 40.19 49.9 BRAZIL2.06 1.0 2.33 1.0 5.59 1.9 9.20 2.5 13.77 3.1 13.89 2.8 14.97 2.9 14.85 2.7 BULGARIA13.51 35.7 16.22 46.4 16.79 45.0 17.38 44.1 14.24 33.1 14.70 31.3 15.08 35.0 14.87 34.3 CANADA69.87 14.8 93.98 17.3 69.12 11.8 86.83 14.5 85.50 15.1 95.64 16.6 95.65 15.6 95.13 14.6 CHINA12.13 1.2 16.02 1.2 50.33 2.0 70.96 1.8 161.20 3.0 197.83 3.6 232.80 3.9 CZECH REP.11.77 NA12.23 20.0 12.71 18.7 23.25 30.5 26.44 33.3 25.34 32.5 22.73 29.4 26.78 33.1 FINLAND18.13 35.1 18.13 29.9 21.58 32.2 22.36 32.9 21.89 28.4 22.33 33.7 22.28 33.7 21.57 33.2 FRANCE297.61 74.5 358.71 76.1 395.39 76.4 431.18 78.5 410.09 74.1 419.04 76.3 386.45 72.3 381.85 71.6 GERMANY139.37 33.1 146.13 29.6 160.66 30.6 154.61 26.6 133.01 22.6 86.81 14.1 80.07 13.1 72.16 11.6 HUNGARY12.89 51.4 13.20 42.3 13.35 40.6 13.02 37.2 14.66 42.1 14.96 52.7 15.18 51.3 15.22 50.0 INDIA5.29 2.2 6.99 1.9 14.23 3.1 15.73 2.8 20.48 2.9 34.64 3.5 35.01 3.4 34.90 3.2 IRAN,ISL.REP3.20 1.3 5.92 2.1 6.37 2.2 JAPAN187.19 27.1 275.51 33.4 306.24 33.8 280.50 29.3 280.25 29.2 4.35 0.5 17.54 2.2 29.29 3.6 KAZAKHSTAN0.08 0.1 KOREA,REP.OF50.26 49.1 60.21 36.1 103.54 40.7 137.59 44.7 141.89 32.2 157.20 31.7 154.31 30.3 141.28 27.1 LITHUANIA15.70 NA10.64 86.1 7.42 73.9 9.54 70.3 MEXICO2.78 2.6 7.53 6.0 7.92 3.9 10.32 5.0 5.59 3.6 11.18 6.8 10.27 6.2 10.57 6.0 NETHERLANDS3.29 4.9 3.78 4.9 3.70 4.3 3.77 3.9 3.75 3.4 3.86 3.7 3.75 3.4 3.26 2.9 PAKISTAN0.38 1.1 0.46 0.9 0.90 1.7 2.41 2.8 2.56 2.6 4.33 4.4 5.44 4.4 8.11 6.2 ROMANIA5.05 10.9 5.11 8.6 10.70 19.5 10.71 17.3 10.39 17.1 10.58 17.7 RUSSIA109.62 NA91.59 11.8 120.10 15.0 137.64 15.8 159.41 17.1 182.81 18.6 184.05 17.1 190.12 17.8 SLOVAKIA11.16 NA11.35 44.1 15.17 53.4 16.34 56.1 13.54 51.8 14.08 55.9 13.73 54.1 14.02 54.0 SLOVENIA4.39 NA4.57 39.5 4.55 37.4 5.61 42.4 5.38 37.3 5.37 38.0 5.43 35.2 5.97 39.1 SOUTH AFRICA8.47 5.6 11.29 6.5 13.00 6.6 12.24 5.5 12.90 5.2 10.97 4.7 15.21 6.6 15.09 6.7 SPAIN51.98 35.9 53.49 34.1 59.49 27.6 54.99 19.6 59.26 20.1 54.76 20.3 56.10 21.4 55.63 21.2 SWEDEN65.27 45.9 67.17 46.6 54.81 39.0 69.58 44.9 55.73 38.1 54.46 34.3 60.65 40.0 63.06 39.6 SWITZERLAND22.40 42.6 23.58 39.9 25.05 38.2 22.11 38.0 25.34 38.0 22.16 33.5 20.30 34.4 19.59 33.4

TA BL E 6 . NUCL EA R E LE CT RI CI TY P RO DUCT IO N AND S HA RE , F RO M 1 99 0 T O 2 01 7 2016 2015 1990 C ount ry N uc lear el ec tri ci ty s uppl ied ( TW

·

h) and per cent age of nuc lear s har e i n gi ven y ear 2010 2005 2000 1995 2017

TW ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta lT W ·h % o f to ta l

UK58.77 19.7 70.64 25.4 72.99 21.9 75.34 20.0 56.85 15.6 63.89 18.9 65.15 19.3 63.89 19.3 UKRAINE71.26 NA65.78 37.8 72.56 47.3 83.40 48.5 83.95 48.1 82.41 56.5 76.08 52.3 80.41 55.1 USA578.08 20.6 673.52 22.5 755.55 19.8 783.35 19.3 807.08 19.6 798.01 19.5 805.96 19.7 805.65 20.1 WORLD1890.35 2190.94 2443.85 2626.34 2629.82 2441.34 2477.30 2502.88 Notes: — The world total includes the following data from Taiwan, China: 1990: 31.54 TW(e)·h of nuclear electricity generation, representing 38.32% of the total electricity generated there; 1995: 33.8 TW(e)·h of nuclear electricity generation, representing 28.79% of the total electricity generated there; 2000: 37 TW(e)·h of nuclear electricity generation, representing 21.19% of the total electricity generated there; 2005: 38.4 TW(e)·h of nuclear electricity generation, representing 17.93% of the total electricity generated there; 2010: 39.89 TW(e)·h of nuclear electricity generation, representing 19.3% of the total electricity generated there; 2015: 35.14 TW(e)·h of nuclear electricity generation, representing 16.32% of the total electricity generated there; 2016: 30.46 TW(e)·h of nuclear electricity generation, representing 13.72% of the total electricity generated there; 2017: 21.56 TW(e)·h of nuclear electricity generation, representing 9.33% of the total electricity generated there. — In 2017, the electricity suppy of India is based on country annual data, as some individual reactor unit data are not available.

TA BL E 6 . NUCL EA R E LE CT RI CI TY P RO DUCT IO N AND S HA RE , F RO M 1 99 0 T O 2 01 7 — c on tin ue d C ount ry N uc lear el ec tri ci ty s uppl ied ( TW

·

h) and per cent age of nuc lear s har e i n gi ven y ear 1990 1995 2000 2005 2010 2015 2016 2017

TABLE 7. ANNUAL CONSTRUCTION STARTS AND CONNECTIONS TO THE GRID, 1954 TO 2017

Number of units

Design capacity (MW(e))

Number of units

Design capacity (MW(e))

Number of units

Updated capacity (MW(e))

1954 1 60 1 5 1 5

1955 8 260 1 5

1956 5 577 1 35 2 65

1957 13 1836 3 119 5 209

1958 6 476 1 35 6 269

1959 7 976 5 176 11 548

1960 11 1010 4 438 15 1087

1961 7 1529 1 15 16 1104

1962 8 1379 9 955 25 2223

1963 5 1722 9 500 33 2677

1964 9 2932 8 1022 40 3686

1965 9 3291 8 1879 48 5910

1966 15 7052 8 1528 55 7539

1967 25 16287 11 2165 64 9595

1968 37 26859 7 1086 69 10648

1969 13 9277 10 3670 78 14121

1970 37 25489 6 3410 84 17656

1971 18 12623 16 7711 99 24320

1972 28 21163 16 8880 113 32797

1973 30 24657 20 12727 132 43761

1974 38 35222 26 17149 154 61021

1975 38 36434 15 10236 169 70414

1976 43 41729 19 14232 186 83992

1977 23 21849 18 13199 199 96202

1978 23 21735 20 15782 218 111740

1979 27 23007 8 6909 225 117814

1980 20 19084 21 15088 245 133037

1981 17 16029 23 20352 267 153832

1982 19 19765 19 15313 284 168317

1983 14 11286 23 19266 306 187756

1984 13 11332 33 30980 336 218452

1985 19 15337 33 31061 363 245779

1986 8 7286 27 27134 389 272074

1987 13 11202 22 22191 407 295812

1988 7 7722 14 13574 416 305212

1989 6 4018 12 10536 420 311942

1990 5 3267 10 10543 416 318253

1991 2 2246 4 3669 415 321924

1992 3 3094 6 4809 418 325261

1993 4 3515 9 9012 427 333914

1994 2 1334 5 4302 429 336904

1995 5 3536 434 341387

1996 1 610 6 7080 438 347281

1997 5 4410 3 3557 434 347880

1998 3 2150 4 2973 430 344900

1999 4 4540 4 2729 432 347353

2000 7 5356 6 3063 435 349984

2001 1 1304 3 2696 438 352715

2002 6 3440 6 5049 439 357481

2003 1 202 2 1627 437 359827

2004 2 1336 5 4785 438 364673

2005 3 2907 4 3823 441 368125

2006 4 3444 2 1492 435 369581

2007 8 6644 3 1842 439 371707

2008 10 10633 438 371557

2009 12 13500 2 1068 437 370697

2010 16 15948 5 3776 441 375277

2011 4 1888 7 4013 435 368921

2012 7 7054 3 2963 437 373245

2013 10 11323 4 4060 434 371775

2014 3 2480 5 4660 438 376262

2015 8 8481 10 9450 441 382807

2016 3 3014 10 9531 447 390491

2017 4 4254 4 3373 448 391721

Year

Construction

starts Operational

reactors Connections

to the grid

No . M ont hs No . M ont hs No . M ont hs No . M ont hs No . M ont hs No . M ont hs No . M ont hs No . M ont hs

ARGENTINA1 396 BRAZIL1 176 BULGARIA1 89 1 113 CANADA5 101 2 97 CHINA3 73 6 59 4 68 18 67 5 68 3 57 CZECH REP.3 93 1 167 1 191 FRANCE15 86 3 93 4 124 GERMANY6 103 HUNGARY2 90 INDIA1 152 3 120 4 122 1 64 4 81 2 123 1 170 IRAN,ISL.REP1 222 JAPAN8 49 10 46 3 42 4 47 1 53 KOREA,REP.OF4 62 2 61 5 56 4 54 1 51 3 56 1 88 LITHUANIA1 116 MEXICO1 151 1 210 PAKISTAN1 83 1 64 1 66 1 68 ROMANIA1 169 1 161 RUSSIA4 72 1 109 2 233 1 323 3 108 1 99 SLOVAKIA2 150 SPAIN2 96 UK4 98 1 80 UKRAINE6 58 1 113 2 227 USA22 146 1 221 1 272 1 250 TOTAL85 93 29 82 23 121 20 59 12 77 29 68 10 76 4 59 Notes: 1. Construction time is measured from the first pouring of concrete to the connection of the unit to the grid.

1990

2001 to 2005

1996 1991 to 1995

TA BL E 8 . NUM BE R O F NE W RE ACT O RS CO NNE CT ED T O T HE G RI D A ND M EDI AN CO NS TRUCT IO N T IM E I N M O NT HS to 2000 2016 2017 2011 to 2015

2006 to 2010

1986 C ount ry to

TypeModel CodeNameThermalGross Net BANGLADESH BD -1ROOPPUR-1PWRVVER V-5233200 1200 1080 NPCBLAEM 2017-11—— INDIA IN -35KUDANKULAM-3PWRVVER V-4123000 1000 917 NPCILJSC ASE 2017-6—2023-3 IN -36KUDANKULAM-4PWRVVER V-4123000 1000 917 NPCILJSC ASE 2017-10—2023-11 KOREA,REP.OF KR -29SHIN-KORI-5PWRAPR-14003983 1400 1340 KHNPDHICKOPC 2017-4—— Note: During 2017, construction started on 4 reactors (4254 MW).

TA BL E 9 . CO NS TRUCT IO N S TA RT S DURI NG 2 01 7

CountryReactorCapacity (MW) OperatorCommercial operationNSSS supplier Construction startGrid connection

C ode N ame Ther m al G ro ss Ne t

CHINA CN -43FUQING-4PWRCNP-1000290510891000 FQNPNPIC 2012-112017-72017-7 CN -45TIANWAN-3PWRVVER V-428M300011261060 JNPCIZ 2012-122017-92017-12 CN -41YANGJIANG-4PWRCPR-1000290510861000 YJNPCCFHI 2012-112016-122017-1 PAKISTAN PK -5CHASNUPP-4PWRCNP-300999340313 PAECCNNC 2011-122017-32017-7 Note: During 2017, 4 reactors (3373 MW) were newly connected to the grid.

TA BL E 1 0. CO NNE CT IO NS T O T HE G RI D DURI NG 2 01 7 G rid c onnec tion N SSS suppl ier C ons truc tion st ar t Fi rst cr itic alit y C apac ity (M W ) C ount ry R eac tor Typ e M odel O per at or C ode N ame Ther m al G ro ss Ne t

FINLAND FI -5OLKILUOTO-3PWR430017201600 TVOAREVA 2005-8—— RUSSIA RU -163LENINGRAD 2-1PWR320011991111 REAAEM 2008-102018-22018-3 RU -162NOVOVORONEZH 2-2PWR320011951114 REAAEM 2009-72018-112018-12 RU -64ROSTOV-4PWR300010701011 REAAEM 2010-62017-122018-2 Note: During 2018, 4 reactors (4836 MW) are expected to achieve connection to the grid.

TA BL E 1 1. S CHE DUL ED CO NNE CT IO NS T O T HE G RI D DURI NG 2 01 8 Gr id dat e N SSS suppl ier C ons truc tion st ar t Fi rst cr itic alit y C apac ity (M W ) C ount ry R eac tor Typ e O per at or

C ode N ame Ther m al G ro ss Ne t

BANGLADESH BD -2ROOPPUR-2 PWR VVER V-523320012001080 NPCBLAEM — CHINA CN -73BAMAOSHANPWRCPR-100029051080900 — CN -57CHANGJIANG-3PWR1930650610 — CN -58CHANGJIANG-4PWR1930650610 — CN -59FANGCHENGGANG-5PWR1000 — CN -60FANGCHENGGANG-6PWR1000 — CN -85GUOHE-1PWRCAP-1400404015341400 SNPDP — CN -86GUOHE-2PWRCAP-1400404015341400 SNPDP — CN -76HAIYANG-3PWRAP-1000341512531000 SDNPCWH — CN -77HAIYANG-4PWRAP-1000341512531000 SDNPCWH — CN -80HONGSHIDING-1PWR0 — CN -81HONGSHIDING-2PWRACPR10000 HSDNPCDEC — CN -65JIYANG-1PWR1000 — CN -66JIYANG-2PWR1000 — CN -67JIYANG-3PWR1000 — CN -68JIYANG-4PWR1000 — CN -87LUFENG-1PWRCPR-10001000 LFNPC — CN -88LUFENG-2PWRCPR-10001000 LFNPC — CN -61PENGZE-1PWR1250 — CN -62PENGZE-2PWR1250 — CN -63PENGZE-3PWR1250 — CN -64PENGZE-4PWR1250 — CN -78SANMEN-3PWRAP-1000340012511157 SMNPCWH/MHI — CN -79SANMEN-4PWRAP-1000340012511157 SMNPCWH/MHI — CN -71SANMING-1FBRBN-8002100860800 FSNPC — CN -72SANMING-2FBRBN-8002100860800 FSNPC — CN -74TAOHUAJIANG-1PWR0 — CN -75TAOHUAJIANG-2PWR0 —

TA BL E 1 2. RE ACT O RS P LA NNE D F O R CO NS TRUCT IO N A S KNO W N O N 3 1 DE C. 2 01 7 C apac ity (M W ) O per at or Ex pec ted cons truc tion st ar t

N SSS suppl ier C ount ry R eac tor Typ e M odel

C ode N ame Ther m al G ro ss Ne t

CHINA CN -69XIANNING-1PWR0 — CN -70XIANNING-2PWR0 — CN -82XUDABU-1PWRCPR-1000290510801000 LNPCDEC — CN -83XUDABU-2PWRCPR-1000290510801000 LNPCDEC — FINLAND FI -6HANHIKIVI-1PWRVVER V-51132001200 FVAEM — HUNGARY HU -5PAKS-5PWRVVER V-491320012001113 PAKS IIAEM — HU -6PAKS-6PWRVVER V-491320012001113 PAKS IIAEM — INDIA IN -33GORAKHPUR-1PHWRPHWR-700700630 NPCIL — IN -34GORAKHPUR-2PHWRPHWR-700700630 NPCIL — IRAN,ISL.REP IR -2BUSHEHR-2PWRVVER V-52830001000915 NPPDCOJSC ASE — IR -5BUSHEHR-3PWRVVER V-52830001000915 NPPDCOJSC ASE — IR -9DARKHOVAINPWRIR-3601113360330 NPPDCO — JAPAN JP -76HAMAOKA-6BWRABWR392614001350 CHUBU — JP -69HIGASHI DORI-1 (TEPCO)BWRABWR392613851343 TEPCOH/G — JP -74HIGASHI DORI-2 (TEPCO)BWRABWR392613851343 TEPCO — JP -72HIGASHI DORI-2 (TOHOKU)BWRABWR1067 TOHOKU — JP -62KAMINOSEKI-1BWRABWR392613731325 CHUGOKU — JP -63KAMINOSEKI-2BWRABWR392613731325 CHUGOKU — JP -75SENDAI-3PWRAPWR446615901590 KYUSHU — JP -67TSURUGA-3PWRAPWR446615381538 JAPCOMHI — JP -68TSURUGA-4PWRAPWR446615381538 JAPCOMHI — KOREA,REP.OF KR -30SHIN-KORI-6PWRAPR-1400398314001340 KHNPDHICKOPC — RUSSIA RU -171BALTIC-2PWRVVER V-491320011941109 REAAEM —

TA BL E 1 2. RE ACT O RS P LA NNE D F O R CO NS TRUCT IO N A S KNO W N O N 3 1 DE C. 2 01 7 — c on tin ue d C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier

Ex pec ted cons truc tion st ar t

C ode N ame Ther m al G ro ss Ne t

RUSSIA RU -202BASHKIR-1PWRVVER V-510330012551115 REAAEM — RU -203BASHKIR-2PWRVVER V-510330012551115 REAAEM — RU -207BELOYARSK-5FBRBN-1200300012200 REAAEM — RU -177CENTRAL-1PWRVVER V-510330012550 REAAEM — RU -178CENTRAL-2PWRVVER V-510330012550 REAAEM — RU -175KOLA 2-1PWR-320012000 REAAEM — RU -176KOLA 2-2PWR-320012001100 REAAEM — RU -166KURSK 2-1PWRVVER V-510330012551175 REAAEM 2018-4 RU -189KURSK 2-2PWRVVER V-510330012551175 REAAEM 2019-5 RU -190KURSK 2-3PWRVVER V-510330012551175 REAAEM — RU -191KURSK 2-4PWRVVER V-510330012551175 REAAEM — RU -165LENINGRAD 2-3PWRVVER V-491320011991111 REAAEM — RU -167LENINGRAD 2-4PWRVVER V-491320011991111 REAAEM — RU -181NIZHEGORODSK-1PWR330012551175 REAAEM — RU -182NIZHEGORODSK-2PWR330012551175 REAAEM — RU -187SEVERSK-1PWRVVER V-510330012550 REAAEM — RU -188SEVERSK-2PWRVVER V-510330012550 REAAEM — RU -198SMOLENSK 2-1PWRVVER V-510330012550 REAAEM — RU -199SMOLENSK 2-2PWRVVER V-510330012550 REAAEM — RU -204SOUTH URALS-1FBRBN-1200300012200 REAAEM — RU -205SOUTH URALS-2FBRBN-1200300012200 REAAEM — TURKEY TR -1AKKUYU-1PWRVVER V-509320012001114 ANCAEM 2018-4 TR -2AKKUYU-2PWRVVER V-509320012001114 ANCAEM — TR -3AKKUYU-3PWRVVER V-509320012001114 ANCAEM — TR -4AKKUYU-4PWRVVER V-509320012001114 ANCAEM — UK GB -25AHINKLEY POINT C-1PWREPR-1750452417201630 EDF-CGNAREVA — GB -25BHINKLEY POINT C-2PWREPR-1750452417201630 EDF-CGNAREVA — USA US -5033FERMI-3BWRESBWR450016001520 —

TA BL E 1 2. RE ACT O RS P LA NNE D F O R CO NS TRUCT IO N A S KNO W N O N 3 1 DE C. 2 01 7 — c on tin ue d C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier

Ex pec ted cons truc tion st ar t

C ode N ame Ther m al G ro ss Ne t

USA US -5017NORTH ANNA-3PWRUS-APWR1500 — US -5012SOUTH TEXAS-3BWRABWR392614001350 — US -5013SOUTH TEXAS-4BWRABWR392614001350 — US -5040TURKEY POINT-6PWRAP-1000375012501117 — US -5041TURKEY POINT-7PWRAP-1000375012501117 — US -5018WILLIAM STATES LEE III-1PWRAP-1000375012501117 — US -5019WILLIAM STATES LEE III-2PWRAP-1000375012501117 — Note: Status as of 31 December 2017, 86 reactors (79134 MW) were known as planned.

TA BL E 1 2. RE ACT O RS P LA NNE D F O R CO NS TRUCT IO N A S KNO W N O N 3 1 DE C. 2 01 7 — c on tin ue d C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier

Ex pec ted cons truc tion st ar t

C ode N ame Ther m al G ro ss Ne t

ARGENTINA AR -4CAREM25 PWRCAREM Prototyp1002925 CNEACNEA2014-2——— BANGLADESH BD -1ROOPPUR-1PWRVVER V-523320012001080 NPCBLAEM2017-11——— BELARUS BY -1BELARUSIAN-1PWRVVER V-491320011941110 BelNPPJSC ASE2013-11——— BY -2BELARUSIAN-2PWRVVER V-491320011941110 BelNPPJSC ASE2014-4——— BRAZIL BR -3ANGRA-3PWRPRE KONVOI390014051340 ELETRONUKWU2010-62024-92024-92025-1 CHINA CN -53FANGCHENGGANG-3PWRHPR1000315011801000 GFNPCCFHI2015-12——— CN -54FANGCHENGGANG-4PWRHPR1000315011801000 GFNPCCFHI2016-12——— CN -51FUQING-5PWRHPR1000306011501000 FQNPNPIC2015-5——— CN -52FUQING-6PWRHPR1000306011501000 FQNPNPIC2015-12——— CN -30HAIYANG-1PWRAP-1000341512501000 SDNPCWH2009-9——— CN -31HAIYANG-2PWRAP-1000341512501000 SDNPCWH2010-6——— CN -49HONGYANHE-5PWRACPR-1000290511191061 LHNPCDEC2015-3——— CN -50HONGYANHE-6PWRACPR-1000290511191061 LHNPCDEC2015-7——— CN -28SANMEN-1PWRAP-1000340012511157 SMNPCWH/MHI2009-4——— CN -29SANMEN-2PWRAP-1000340012511157 SMNPCWH/MHI2009-12——— CN -44SHIDAO BAY-1HTGRHTR-PM500211200 HSNPCTSINGHUA2012-12——— CN -32TAISHAN-1PWREPR-1750459017501660 TNPCAREVA2009-11——— CN -33TAISHAN-2PWREPR-1750459017501660 TNPCAREVA2010-4——— CN -46TIANWAN-4PWRVVER V-428M300011261060 JNPCIZ2013-9——— CN -55TIANWAN-5PWRCNP-1000290511181000 JNPCSHE2015-12——— CN -56TIANWAN-6PWRCNP-1000290511181000 JNPCCFHI2016-9——— CN -47YANGJIANG-5PWRACPR-1000290510861000 YJNPCCFHI2013-9——— CN -48YANGJIANG-6PWRACPR-1000290510861000 YJNPCCFHI2013-12——— FINLAND FI -5OLKILUOTO-3PWREPR430017201600 TVOAREVA2005-8——2018-12

O per at or TA BL E 1 3. RE ACT O RS UNDE R CO NS TRUCT IO N, 3 1 DE C. 2 01 7 C ount ry R eac tor Typ e M odel C apac ity (M W ) C om m er ci al oper at ion N SSS suppl ier C ons truc tion st ar t Gr id connec tion Fi rst cr itic alit y

C ode N ame Ther m al G ro ss Ne t

FRANCE FR -74FLAMANVILLE-3PWREPR430016501630 EDFAREVA2007-12——— INDIA IN -30KAKRAPAR-3PHWRPHWR-7002166700630 NPCILNPCIL2010-11——— IN -31KAKRAPAR-4PHWRPHWR-7002166700630 NPCILNPCIL2010-11——— IN -35KUDANKULAM-3PWRVVER V-41230001000917 NPCILJSC ASE2017-62022-9—2023-3 IN -36KUDANKULAM-4PWRVVER V-41230001000917 NPCILJSC ASE2017-102023-5—2023-11 IN -29PFBRFBRPrototype1253500470 BHAVINI2004-10——— IN -21RAJASTHAN-7PHWRHorizontal Pre2177700630 NPCILNPCIL2011-7——— IN -22RAJASTHAN-8PHWRHorizontal Pre2177700630 NPCILNPCIL2011-9——— JAPAN JP -66OHMABWRABWR392613831328 EPDCH/G2010-5——— JP -65SHIMANE-3BWRABWR392613731325 CHUGOKUHITACHI2007-10——— KOREA,REP.OF KR -27SHIN-HANUL-1PWRAPR-1400398314001340 KHNPDHICKOPC2012-7——— KR -28SHIN-HANUL-2PWRAPR-1400398314001340 KHNPDHICKOPC2013-6——— KR -26SHIN-KORI-4PWRAPR-1400398314001340 KHNPDHICKOPC2009-8——— KR -29SHIN-KORI-5PWRAPR-1400398314001340 KHNPDHICKOPC2017-4——— PAKISTAN PK -6KANUPP-2PWRACP-1000306011001014 PAECCZEC2015-82020-62020-72020-7 PK -7KANUPP-3PWRACP-1000306011001014 PAECCZEC2016-5——— RUSSIA RU -151AKADEMIK LOMONOSOV-1PWRKLT-40S 'Float1503832 REAAEM2007-4——2019-12 RU -152AKADEMIK LOMONOSOV-2PWRKLT-40S 'Float1503832 REAAEM2007-4——2019-12 RU -170BALTIC-1PWRVVER V-491320011941109 REAAEM2012-2——— RU -163LENINGRAD 2-1PWRVVER V-491320011991111 REAAEM2008-102018-22018-32018-11 RU -164LENINGRAD 2-2PWRVVER V-491320011991111 REAAEM2010-42011-112021-122022-1 RU -162NOVOVORONEZH 2-2PWRVVER V-392M320011951114 REAAEM2009-72018-112018-122019-12 RU -64ROSTOV-4PWRVVER V-320300010701011 REAAEM2010-62017-122018-22018-10 SLOVAKIA SK -10MOCHOVCE-3PWRVVER V-2131375471440 SESKODA1987-12019-22019-22019-4

TA BL E 1 3. RE ACT O RS UNDE R CO NS TRUCT IO N, 3 1 DE C. 2 01 7 — c on tin ue d C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Fi rst cr itic alit y Gr id connec tion C om m er ci al oper at ion

C ode N ame Ther m al G ro ss Ne t

SLOVAKIA SK -11MOCHOVCE-4PWRVVER V-2131375471440 SESKODA1987-12020-22020-22020-4 UAE AE -01BARAKAH-1PWRAPR-1400398314001345 NAWAHKEPCO2012-7——— AE -02BARAKAH-2PWRAPR-1400398314001345 NAWAHKEPCO2013-4——— AE -03BARAKAH-3PWRAPR-1400398314001345 NAWAHKEPCO2014-9——— AE -04BARAKAH-4PWRAPR-1400398314001345 NAWAHKEPCO2015-7——— UKRAINE UA -51KHMELNITSKI-3PWRVVER313210891035 NNEGCJSC ASE1986-3——— UA -52KHMELNITSKI-4PWRVVER313210891035 NNEGCJSC ASE1987-2——— USA US -5025VOGTLE-3PWRAP-1000340012501117 SOUTHERNWH2013-3——— US -5026VOGTLE-4PWRAP-1000340012501117 SOUTHERNWH2013-11——— Note: Status as of 31 December 2017, 59 reactors (60460 MW) were under construction, including 2 units (2600 MW) in Taiwan, China. TAIWAN, CN TW -7LUNGMEN 1BWRABWR392613501300 TPCGE1999-3——— TAIWAN, CN TW -8LUNGMEN 2BWRABWR392613501300 TPCGE1999-8———

TA BL E 1 3. RE ACT O RS UNDE R CO NS TRUCT IO N, 3 1 DE C. 2 01 7 — c on tin ue d C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Fi rst cr itic alit y Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

ARGENTINA AR -1ATUCHA-1PHWRPHWR KWU1179362340 NASASIEMENS1968-61974-31974-680.180.3- AR -3ATUCHA-2PHWRPHWR KWU2160745693 NASASIEMENS1981-72014-62016-566.766.7- AR -2EMBALSEPHWRCANDU 62015648600 NASAAECL1974-41983-41984-153.853.8- ARMENIA AM -19ARMENIAN-2PWRVVER V-2701375408375 ANPPCJSCFAEA1975-71980-11980-569.271.6- BELGIUM BE -2DOEL-1PWRWH 2LP1311454433 ELECTRABACECOWEN1969-71974-81975-291.191.9- BE -4DOEL-2PWRWH 2LP1311454433 ELECTRABACECOWEN1971-91975-81975-1287.888.7- BE -5DOEL-3PWRWH 3LP305410561006 ELECTRABFRAMACEC1975-11982-61982-1047.047.1- BE -7DOEL-4PWRWH 3LP298810901038 ELECTRABACECOWEN1978-121985-41985-782.783.1- BE -3TIHANGE-1PWRFramatome 3 lo28731009962 ELECTRABACLF1970-61975-31975-1061.762.2- BE -6TIHANGE-2PWRWH 3LP306410551008 ELECTRABFRAMACEC1976-41982-101983-651.952.0- BE -8TIHANGE-3PWRWH 3LP300010891038 ELECTRABACECOWEN1978-111985-61985-989.991.3- BRAZIL BR -1ANGRA-1PWRWH 2LP1882640609 ELETRONUWH1971-51982-41985-179.379.4- BR -2ANGRA-2PWRPRE KONVOI376413501275 ELETRONUKWU1976-12000-72001-290.691.2- BULGARIA BG -5KOZLODUY-5PWRVVER V-32030001000963 KOZNPPAEE1980-71987-111988-1287.788.2DH BG -6KOZLODUY-6PWRVVER V-32030001000963 KOZNPPAEE1982-41991-81993-1287.188.1DH CANADA CA -8BRUCE-1PHWRCANDU 7912620830760 BRUCEPOWOH/AECL1971-61977-11977-988.888.9- CA -9BRUCE-2PHWRCANDU 7912620830760 BRUCEPOWOH/AECL1970-121976-91977-987.887.8- CA -10BRUCE-3PHWRCANDU 750A2550830750 BRUCEPOWOH/AECL1972-71977-121978-281.381.3- CA -11BRUCE-4PHWRCANDU 750A2550830750 BRUCEPOWOH/AECL1972-91978-121979-182.082.1- CA -18BRUCE-5PHWRCANDU 750B2832872817 BRUCEPOWOH/AECL1978-61984-121985-387.487.6- CA -19BRUCE-6PHWRCANDU 750B2690891817 BRUCEPOWOH/AECL1978-11984-61984-986.686.8- CA -20BRUCE-7PHWRCANDU 750B2832872817 BRUCEPOWOH/AECL1979-51986-21986-488.088.1- CA -21BRUCE-8PHWRCANDU 750B2690872817 BRUCEPOWOH/AECL1979-81987-31987-588.488.5- CA -22DARLINGTON-1PHWRCANDU 8502776934878 OPGOH/AECL1982-41990-121992-1180.781.6- Note: The column "Non-electrical applications" indicates the use of the facility to provide: DH district heating.

TA BL E 1 4. O PE RA TI O NA L RE ACT O RS , 3 1 DE C. 2 01 7 Gr id connec tion C om m er ci al oper at ion O per at or N SSS suppl ier C ons truc tion st ar t C ount ry R eac tor Typ e M odel C apac ity (M W )

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

CANADA CA -23DARLINGTON-2PHWRCANDU 8502776934878 OPGOH/AECL1981-91990-11990-1064.264.9- CA -24DARLINGTON-3PHWRCANDU 8502776934878 OPGOH/AECL1984-91992-121993-287.988.7- CA -25DARLINGTON-4PHWRCANDU 8502776934878 OPGOH/AECL1985-71993-41993-684.284.8- CA -4PICKERING-1PHWRCANDU 500A1744542515 OPGOH/AECL1966-61971-41971-768.368.8- CA -7PICKERING-4PHWRCANDU 500A1744542515 OPGOH/AECL1968-51973-51973-677.377.7- CA -13PICKERING-5PHWRCANDU 500B1744540516 OPGOH/AECL1974-111982-121983-575.776.7- CA -14PICKERING-6PHWRCANDU 500B1744540516 OPGOH/AECL1975-101983-111984-281.882.7- CA -15PICKERING-7PHWRCANDU 500B1744540516 OPGOH/AECL1976-31984-111985-178.879.2- CA -16PICKERING-8PHWRCANDU 500B1744540516 OPGOH/AECL1976-91986-11986-273.673.9- CA -17POINT LEPREAUPHWRCANDU 62180705660 NBEPCAECL1975-51982-91983-278.978.9- CHINA CN -84CEFRFBRBN-20652520 CIAEIZ2000-52011-7—- CN -36CHANGJIANG-1PWRCNP-6001930650601 HNPCDEC2010-42015-112015-1287.087.0- CN -37CHANGJIANG-2PWRCNP-6001930650601 HNPCDEC2010-112016-62016-890.590.5- CN -2DAYA BAY-1PWRM3102905984944 DNMCFRAM1987-81993-81994-290.290.3- CN -3DAYA BAY-2PWRM3102905984944 DNMCFRAM1988-41994-21994-587.187.2- CN -38FANGCHENGGANG-1PWRCPR-1000290510861000 GFNPCDEC2010-72015-102016-188.388.4- CN -39FANGCHENGGANG-2PWRCPR-1000290510861000 GFNPCDEC2010-122016-72016-1084.284.3- CN -24FANGJIASHAN-1PWRCPR-1000290510891012 QNPCNPIC2008-122014-112014-1288.688.8- CN -25FANGJIASHAN-2PWRCPR-1000290510891012 QNPCNPIC2009-72015-12015-288.488.6- CN -20FUQING-1PWRCNP-1000290510891000 FQNPNPIC2008-112014-82014-1188.188.1- CN -21FUQING-2PWRCNP-1000290510891000 FQNPNPIC2009-62015-82015-1085.285.2- CN -42FUQING-3PWRCNP-1000290510891000 FQNPNPIC2010-122016-92016-1084.784.7- CN -43FUQING-4PWRCNP-1000290510891000 FQNPNPIC2012-112017-72017-9100.0100.0- CN -16HONGYANHE-1PWRCPR-1000290511191061 LHNPCDEC2007-82013-22013-684.785.3- CN -17HONGYANHE-2PWRCPR-1000290511191061 LHNPCDEC2008-32013-112014-582.783.3- CN -26HONGYANHE-3PWRCPR-1000290511191061 LHNPCDEC2009-32015-32015-889.690.3- CN -27HONGYANHE-4PWRCPR-1000290511191061 LHNPCDEC2009-82016-42016-988.088.5- CN -6LING AO-1PWRM3102905990950 DNMCFRAM1997-52002-22002-589.489.8- CN -7LING AO-2PWRM3102905990950 DNMCFRAM1997-112002-92003-191.992.4-

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

CHINA CN -12LING AO-3PWRCPR-1000290510861007 DNMCDEC2005-122010-72010-989.289.6- CN -13LING AO-4PWRCPR-1000290510861007 DNMCDEC2006-62011-52011-889.589.7- CN -18NINGDE-1PWRCPR-1000290510891018 NDNPDEC2008-22012-122013-484.484.6- CN -19NINGDE-2PWRCPR-1000290510891018 NDNPSHE2008-112014-12014-590.690.6- CN -34NINGDE-3PWRCPR-1000290510891018 NDNPCFHI2010-12015-32015-689.189.1- CN -35NINGDE-4PWRCPR-1000290510891018 NDNPCFHI2010-92016-32016-788.988.9- CN -4QINSHAN 2-1PWRCNP-6001930650610 NPQJVCCNNC1996-62002-22002-489.989.9- CN -5QINSHAN 2-2PWRCNP-6001930650610 NPQJVCCNNC1997-42004-32004-588.388.3- CN -14QINSHAN 2-3PWRCNP-6001930660619 NPQJVCCNNC2006-42010-82010-1091.992.0- CN -15QINSHAN 2-4PWRCNP-6001930660619 NPQJVCCNNC2007-12011-112011-1289.389.5- CN -8QINSHAN 3-1PHWRCANDU 62064728677 TQNPCAECL1998-62002-112002-1288.588.7- CN -9QINSHAN 3-2PHWRCANDU 62064728677 TQNPCAECL1998-92003-62003-792.993.2- CN -1QINSHAN-1PWRCNP-300966310298 CNNOCNNC1985-31991-121994-491.291.4- CN -10TIANWAN-1PWRVVER V-42830001060990 JNPCIZ1999-102006-52007-588.989.1- CN -11TIANWAN-2PWRVVER V-42830001060990 JNPCIZ2000-92007-52007-891.091.1- CN -45TIANWAN-3PWRVVER V-428M300011261060 JNPCIZ2012-122017-12—- CN -22YANGJIANG-1PWRCPR-1000290510861000 YJNPCCFHI2008-122013-122014-389.689.7- CN -23YANGJIANG-2PWRCPR-1000290510861000 YJNPCCFHI2009-62015-32015-686.686.7- CN -40YANGJIANG-3PWRCPR-1000290510861000 YJNPCCFHI2010-112015-102016-188.689.1- CN -41YANGJIANG-4PWRCPR-1000290510861000 YJNPCCFHI2012-112017-12017-390.791.0- CZECH REP. CZ -4DUKOVANY-1PWRVVER V-2131444500468 CEZSKODA1979-11985-21985-579.880.8- CZ -5DUKOVANY-2PWRVVER V-2131444500471 CEZSKODA1979-11986-11986-374.575.7- CZ -8DUKOVANY-3PWRVVER V-2131444500468 CEZSKODA1979-31986-111986-1272.473.3- CZ -9DUKOVANY-4PWRVVER V-2131444500471 CEZSKODA1979-31987-61987-781.282.1- CZ -23TEMELIN-1PWRVVER V-320312010801026 CEZSKODA1987-22000-122002-680.881.5DH CZ -24TEMELIN-2PWRVVER V-320312010801026 CEZSKODA1987-22002-122003-474.574.5DH FINLAND FI -1LOVIISA-1PWRVVER V-2131500531507 FORTUMPHAEE1971-51977-21977-591.792.7- FI -2LOVIISA-2PWRVVER V-2131500526502 FORTUMPHAEE1972-81980-111981-191.992.9- Note: The column "Non-electrical applications" indicates the use of the facility to provide: DH district heating.

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

FINLAND FI -3OLKILUOTO-1BWRAA-III, BWR-252500910880 TVOASEASTAL1974-21978-91979-1093.994.9- FI -4OLKILUOTO-2BWRAA-III, BWR-252500910880 TVOASEASTAL1975-111980-21982-790.391.0- FRANCE FR -54BELLEVILLE-1PWRP4 REP 1300381713631310 EDFFRAM1980-51987-101988-675.977.3- FR -55BELLEVILLE-2PWRP4 REP 1300381713631310 EDFFRAM1980-81988-71989-179.580.8- FR -32BLAYAIS-1PWRCP12785951910 EDFFRAM1977-11981-61981-1278.984.4- FR -33BLAYAIS-2PWRCP12785951910 EDFFRAM1977-11982-71983-279.681.2- FR -34BLAYAIS-3PWRCP12785951910 EDFFRAM1978-41983-81983-1166.667.8- FR -35BLAYAIS-4PWRCP12785951910 EDFFRAM1978-41983-51983-1074.575.2- FR -13BUGEY-2PWRCP02785945910 EDFFRAM1972-111978-51979-375.278.3- FR -14BUGEY-3PWRCP02785945910 EDFFRAM1973-91978-91979-378.880.4- FR -15BUGEY-4PWRCP02785917880 EDFFRAM1974-61979-31979-781.282.1- FR -16BUGEY-5PWRCP02785917880 EDFFRAM1974-71979-71980-149.149.8- FR -50CATTENOM-1PWRP4 REP 1300381713621300 EDFFRAM1979-101986-111987-471.372.4- FR -53CATTENOM-2PWRP4 REP 1300381713621300 EDFFRAM1980-71987-91988-282.784.6- FR -60CATTENOM-3PWRP4 REP 1300381713621300 EDFFRAM1982-61990-71991-282.484.9- FR -65CATTENOM-4PWRP4 REP 1300381713621300 EDFFRAM1983-91991-51992-176.179.0- FR -40CHINON B-1PWRCP22785954905 EDFFRAM1977-31982-111984-272.473.7- FR -41CHINON B-2PWRCP22785954905 EDFFRAM1977-31983-111984-866.671.8- FR -56CHINON B-3PWRCP22785954905 EDFFRAM1980-101986-101987-380.280.9- FR -57CHINON B-4PWRCP22785954905 EDFFRAM1981-21987-111988-482.883.8- FR -62CHOOZ B-1PWRN4 REP 1450427015601500 EDFFRAM1984-11996-82000-579.281.4- FR -70CHOOZ B-2PWRN4 REP 1450427015601500 EDFFRAM1985-121997-42000-980.082.3- FR -72CIVAUX-1PWRN4 REP 1450427015611495 EDFFRAM1988-101997-122002-170.675.3- FR -73CIVAUX-2PWRN4 REP 1450427015611495 EDFFRAM1991-41999-122002-479.881.7- FR -42CRUAS-1PWRCP22785956915 EDFFRAM1978-81983-41984-468.469.5- FR -43CRUAS-2PWRCP22785956915 EDFFRAM1978-111984-91985-479.382.6- FR -44CRUAS-3PWRCP22785956915 EDFFRAM1979-41984-51984-972.273.2- FR -45CRUAS-4PWRCP22785956915 EDFFRAM1979-101984-101985-272.773.7- FR -22DAMPIERRE-1PWRCP12785937890 EDFFRAM1975-21980-31980-980.181.4-

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

FRANCE FR -29DAMPIERRE-2PWRCP12785937890 EDFFRAM1975-41980-121981-277.479.7- FR -30DAMPIERRE-3PWRCP12785937890 EDFFRAM1975-91981-11981-575.980.1- FR -31DAMPIERRE-4PWRCP12785937890 EDFFRAM1975-121981-81981-1178.780.0- FR -11FESSENHEIM-1PWRCP02785920880 EDFFRAM1971-91977-41978-172.775.2- FR -12FESSENHEIM-2PWRCP02785920880 EDFFRAM1972-21977-101978-455.357.6- FR -46FLAMANVILLE-1PWRP4 REP 1300381713821330 EDFFRAM1979-121985-121986-1278.179.2- FR -47FLAMANVILLE-2PWRP4 REP 1300381713821330 EDFFRAM1980-51986-71987-374.776.5- FR -61GOLFECH-1PWRP4 REP 1300381713631310 EDFFRAM1982-111990-61991-285.086.9- FR -68GOLFECH-2PWRP4 REP 1300381713631310 EDFFRAM1984-101993-61994-385.586.7- FR -20GRAVELINES-1PWRCP12785951910 EDFFRAM1975-21980-31980-1170.374.6- FR -21GRAVELINES-2PWRCP12785951910 EDFFRAM1975-31980-81980-1267.972.5- FR -27GRAVELINES-3PWRCP12785951910 EDFFRAM1975-121980-121981-681.382.3- FR -28GRAVELINES-4PWRCP12785951910 EDFFRAM1976-41981-61981-1073.476.1- FR -51GRAVELINES-5PWRCP12785951910 EDFFRAM1979-101984-81985-161.462.9- FR -52GRAVELINES-6PWRCP12785951910 EDFFRAM1979-101985-81985-1080.083.4- FR -58NOGENT-1PWRP4 REP 1300381713631310 EDFFRAM1981-51987-101988-284.086.6- FR -59NOGENT-2PWRP4 REP 1300381713631310 EDFFRAM1982-11988-121989-583.884.7- FR -36PALUEL-1PWRP4 REP 1300381713821330 EDFFRAM1977-81984-61985-1275.378.2- FR -37PALUEL-2PWRP4 REP 1300381713821330 EDFFRAM1978-11984-91985-1243.544.1- FR -38PALUEL-3PWRP4 REP 1300381713821330 EDFFRAM1979-21985-91986-265.873.0- FR -39PALUEL-4PWRP4 REP 1300381713821330 EDFFRAM1980-21986-41986-676.980.6- FR -63PENLY-1PWRP4 REP 1300381713821330 EDFFRAM1982-91990-51990-1282.584.0- FR -64PENLY-2PWRP4 REP 1300381713821330 EDFFRAM1984-81992-21992-1183.485.5- FR -48ST. ALBAN-1PWRP4 REP 1300381713811335 EDFFRAM1979-11985-81986-577.882.8- FR -49ST. ALBAN-2PWRP4 REP 1300381713811335 EDFFRAM1979-71986-71987-380.384.6- FR -17ST. LAURENT B-1PWRCP22785956915 EDFFRAM1976-51981-11983-870.574.2- FR -23ST. LAURENT B-2PWRCP22785956915 EDFFRAM1976-71981-61983-870.172.9- FR -18TRICASTIN-1PWRCP12785955915 EDFFRAM1974-111980-51980-1269.173.4- FR -19TRICASTIN-2PWRCP12785955915 EDFFRAM1974-121980-81980-1273.477.5- FR -25TRICASTIN-3PWRCP12785955915 EDFFRAM1975-41981-21981-571.980.8-

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

FRANCE FR -26TRICASTIN-4PWRCP12785955915 EDFFRAM1975-51981-61981-1175.577.5- GERMANY DE -32BROKDORFPWRPWR390014801410 E.ONKWU1976-11986-101986-1283.783.8- DE -33EMSLANDPWRKonvoi385014061335 KLEKWU1982-81988-41988-692.893.6- DE -27GROHNDEPWRPWR390014301360 KWGKWU1976-61984-91985-281.983.3- DE -28GUNDREMMINGEN-CBWRBWR-72384013441288 KGGKWU1976-71984-111985-186.787.9- DE -31ISAR-2PWRKonvoi395014851410 E.ONKWU1982-91988-11988-491.692.1- DE -44NECKARWESTHEIM-2PWRKonvoi385014001310 EnKKKWU1982-111989-11989-491.291.7- DE -24PHILIPPSBURG-2PWRPWR395014681402 EnKKKWU1977-71984-121985-478.278.2- HUNGARY HU -1PAKS-1PWRVVER V-2131485500470 PAKS ZrtAEE1974-81982-121983-887.487.6- HU -2PAKS-2PWRVVER V-2131485500473 PAKS ZrtAEE1974-81984-91984-1190.791.0DH HU -3PAKS-3PWRVVER V-2131485500473 PAKS ZrtAEE1979-101986-91986-1288.188.6DH HU -4PAKS-4PWRVVER V-2131485500473 PAKS ZrtAEE1979-101987-81987-1189.990.8DH INDIA IN -13KAIGA-1PHWRHorizontal Pre801220202 NPCILNPCIL1989-92000-102000-1187.394.4- IN -14KAIGA-2PHWRHorizontal Pre801220202 NPCILNPCIL1989-121999-122000-387.193.9- IN -15KAIGA-3PHWRHorizontal Pre800220202 NPCILNPCIL2002-32007-42007-580.484.5- IN -16KAIGA-4PHWRHorizontal Pre800220202 NPCILNPCIL2002-52011-12011-184.587.1- IN -9KAKRAPAR-1PHWRHorizontal Pre801220202 NPCILNPCIL1984-121992-111993-560.160.1- IN -10KAKRAPAR-2PHWRHorizontal Pre801220202 NPCILNPCIL1985-41995-31995-945.646.2- IN -25KUDANKULAM-1PWRVVER V-41230001000932 NPCILMAEP2002-32013-102014-1249.249.2- IN -26KUDANKULAM-2PWRVVER V-41230001000932 NPCILMAEP2002-72016-82017-348.648.6- IN -5MADRAS-1PHWRHorizontal Pre801220205 NPCILNPCIL1971-11983-71984-175.892.3DS IN -6MADRAS-2PHWRHorizontal Pre801220205 NPCILNPCIL1972-101985-91986-362.477.9DS IN -7NARORA-1PHWRHorizontal Pre801220202 NPCILNPCIL1976-121989-71991-181.592.5- IN -8NARORA-2PHWRHorizontal Pre801220202 NPCILNPCIL1977-111992-11992-780.291.8- IN -3RAJASTHAN-1PHWRHorizontal Pre34610090 NPCILAECL1965-81972-111973-120.00.0PH IN -4RAJASTHAN-2PHWRHorizontal Pre693200187 NPCILAECL/DAE1968-41980-111981-475.778.4PH IN -11RAJASTHAN-3PHWRHorizontal Pre801220202 NPCILNPCIL1990-22000-32000-691.692.6PH Note: The column "Non-electrical applications" indicates the use of the facility to provide: DS desalination, DH district heating, PH process heating.

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

INDIA IN -12RAJASTHAN-4PHWRHorizontal Pre801220202 NPCILNPCIL1990-102000-112000-1293.293.4PH IN -19RAJASTHAN-5PHWRHorizontal Pre801220202 NPCILNPCIL2002-92009-122010-293.493.4- IN -20RAJASTHAN-6PHWRHorizontal Pre801220202 NPCILNPCIL2003-12010-32010-376.376.3- IN -1TARAPUR-1BWRBWR-1 (Mark 2)530160150 NPCILGE1964-101969-41969-1063.363.3- IN -2TARAPUR-2BWRBWR-1 (Mark 2)530160150 NPCILGE1964-101969-51969-1064.864.8- IN -23TARAPUR-3PHWRHorizontal Pre1730540490 NPCILNPCIL2000-52006-62006-889.190.3- IN -24TARAPUR-4PHWRHorizontal Pre1730540490 NPCILNPCIL2000-32005-62005-987.691.4- IRAN,ISL.REP IR -1BUSHEHR-1PWRVVER V-44630001000915 NPPDCOJSC ASE1975-52011-92013-970.270.6- JAPAN JP -25FUKUSHIMA-DAINI-1BWRBWR-5329311001067 TEPCOTOSHIBA1976-31981-71982-40.00.0- JP -26FUKUSHIMA-DAINI-2BWRBWR-5329311001067 TEPCOHITACHI1979-51983-61984-20.00.0- JP -35FUKUSHIMA-DAINI-3BWRBWR-5329311001067 TEPCOTOSHIBA1981-31984-121985-60.00.0- JP -38FUKUSHIMA-DAINI-4BWRBWR-5329311001067 TEPCOHITACHI1981-51986-121987-80.00.0- JP -27GENKAI-2PWRM (2-loop)1650559529 KYUSHUMHI1977-21980-61981-30.00.0- JP -45GENKAI-3PWRM (4-loop)342311801127 KYUSHUMHI1988-61993-61994-30.00.0DS JP -46GENKAI-4PWRM (4-loop)342311801127 KYUSHUMHI1992-71996-111997-70.00.0DS JP -36HAMAOKA-3BWRBWR-5329311001056 CHUBUTOSHIBA1983-41987-11987-80.00.0- JP -49HAMAOKA-4BWRBWR-5329311371092 CHUBUTOSHIBA1989-101993-11993-90.00.0- JP -60HAMAOKA-5BWRABWR392613801325 CHUBUTOSHIBA2000-72004-42005-10.00.0- JP -58HIGASHI DORI-1 (TOHOKU)BWRBWR-5329311001067 TOHOKUTOSHIBA2000-112005-32005-120.00.0- JP -32IKATA-2PWRM (2-loop)1650566538 SHIKOKUMHI1978-81981-81982-30.00.0DS JP -47IKATA-3PWRM (3-loop)2660890846 SHIKOKUMHI1990-101994-31994-1222.522.5DS JP -33KASHIWAZAKI KARIWA-1BWRBWR-5329311001067 TEPCOTOSHIBA1980-61985-21985-90.00.0- JP -39KASHIWAZAKI KARIWA-2BWRBWR-5329311001067 TEPCOTOSHIBA1985-111990-21990-90.00.0- JP -52KASHIWAZAKI KARIWA-3BWRBWR-5329311001067 TEPCOTOSHIBA1989-31992-121993-80.00.0- JP -53KASHIWAZAKI KARIWA-4BWRBWR-5329311001067 TEPCOHITACHI1990-31993-121994-80.00.0- JP -40KASHIWAZAKI KARIWA-5BWRBWR-5329311001067 TEPCOHITACHI1985-61989-91990-40.00.0- JP -55KASHIWAZAKI KARIWA-6BWRABWR392613561315 TEPCOTOSHIBA1992-111996-11996-110.00.0- JP -56KASHIWAZAKI KARIWA-7BWRABWR392613561315 TEPCOHITACHI1993-71996-121997-70.00.0- Note: The column "Non-electrical applications" indicates the use of the facility to provide: DS desalination, PH process heating.

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

JAPAN JP -14MIHAMA-3PWRM (3-loop)2440826780 KEPCOMHI1972-81976-21976-120.00.0- JP -15OHI-1PWRWH 4LP342311751120 KEPCOWH1972-101977-121979-3DS JP -19OHI-2PWRWH 4LP342311751120 KEPCOWH1972-121978-101979-12DS JP -50OHI-3PWRM (4-loop)342311801127 KEPCOMHI1987-101991-61991-1213.313.4- JP -51OHI-4PWRM (4-loop)342311801127 KEPCOMHI1988-61992-61993-214.114.1- JP -22ONAGAWA-1BWRBWR-41593524498 TOHOKUTOSHIBA1980-71983-111984-60.00.0- JP -54ONAGAWA-2BWRBWR-52436825796 TOHOKUTOSHIBA1991-41994-121995-70.00.0- JP -57ONAGAWA-3BWRBWR-52436825796 TOHOKUTOSHIBA1998-12001-52002-10.00.0- JP -28SENDAI-1PWRM (3-loop)2660890846 KYUSHUMHI1979-121983-91984-743.643.6- JP -37SENDAI-2PWRM (3-loop)2660890846 KYUSHUMHI1981-101985-41985-1139.739.7- JP -48SHIKA-1BWRBWR-51593540505 HOKURIKUHITACHI1989-71993-11993-7- JP -59SHIKA-2BWRABWR392612061108 HOKURIKUHITACHI2001-82005-72006-30.00.0- JP -41SHIMANE-2BWRBWR-52436820789 CHUGOKUHITACHI1985-21988-71989-20.00.0- JP -8TAKAHAMA-1PWRM (3-loop)2440826780 KEPCOWH/MHI1970-41974-31974-110.00.0- JP -13TAKAHAMA-2PWRM (3-loop)2440826780 KEPCOMHI1971-31975-11975-110.00.0- JP -29TAKAHAMA-3PWRM (3-loop)2660870830 KEPCOMHI1980-121984-51985-128.228.2DS JP -30TAKAHAMA-4PWRM (3-loop)2660870830 KEPCOMHI1981-31984-111985-633.233.2DS JP -21TOKAI-2BWRBWR-5329311001060 JAPCOGE1973-101978-31978-110.00.0- JP -43TOMARI-1PWRM (2-loop)1650579550 HEPCOMHI1985-41988-121989-60.00.0- JP -44TOMARI-2PWRM (2-loop)1650579550 HEPCOMHI1985-61990-81991-40.00.0- JP -64TOMARI-3PWRM (3-loop)2660912866 HEPCOMHI2004-112009-32009-120.00.0- JP -34TSURUGA-2PWRM (4-loop)341111601108 JAPCOMHI1982-111986-61987-20.00.0- KOREA,REP.OF KR -7HANBIT-1PWRWH F27871032996 KHNPWH1981-61986-31986-881.982.5- KR -8HANBIT-2PWRWH F27871028988 KHNPWH1981-121986-111987-670.971.1- KR -11HANBIT-3PWROPR-100028251039986 KHNPDHICKAEC1989-121994-101995-373.874.2- KR -12HANBIT-4PWROPR-100028251022970 KHNPDHICKAEC1990-51995-71996-172.973.5- KR -17HANBIT-5PWROPR-100028251052994 KHNPDHICKOPC1997-62001-122002-585.886.2- KR -18HANBIT-6PWROPR-100028251050993 KHNPDHICKOPC1997-112002-92002-1282.182.4- KR -9HANUL-1PWRFrance CPI27751008968 KHNPFRAM1983-11988-41988-984.284.3- Note: The column "Non-electrical applications" indicates the use of the facility to provide: DS desalination.

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

KOREA,REP.OF KR -10HANUL-2PWRFrance CPI27751012969 KHNPFRAM1983-71989-41989-989.489.6- KR -13HANUL-3PWROPR-100028251049997 KHNPDHICKOPC1993-71998-11998-877.177.4- KR -14HANUL-4PWROPR-100028251053999 KHNPDHICKOPC1993-111998-121999-1274.674.8- KR -19HANUL-5PWROPR-100028151051998 KHNPDHICKOPC1999-102003-122004-785.886.0- KR -20HANUL-6PWROPR-100028251051997 KHNPDHICKOPC2000-92005-12005-488.188.2- KR -2KORI-2PWRWH F1882681640 KHNPWH1977-121983-41983-783.485.3- KR -5KORI-3PWRWH F291210441011 KHNPWH1979-101985-11985-973.773.8- KR -6KORI-4PWRWH F291210441012 KHNPWH1980-41985-121986-473.873.9- KR -21SHIN-KORI-1PWROPR-100028251044997 KHNPDHICKOPC2006-62010-82011-263.363.6- KR -22SHIN-KORI-2PWROPR-100028251046997 KHNPDHICKOPC2007-62012-12012-779.379.6- KR -25SHIN-KORI-3PWRAPR-1400398314551416 KHNPDHICKOPC2008-102016-12016-1299.8100.0- KR -23SHIN-WOLSONG-1PWROPR-100028251045997 KHNPDHICKOPC2007-112012-12012-778.078.2- KR -24SHIN-WOLSONG-2PWROPR-100028251050993 KHNPDHICKOPC2008-92015-22015-781.081.2- KR -3WOLSONG-1PHWRCANDU 62061682661 KHNPAECL1977-101982-121983-473.478.2- KR -4WOLSONG-2PHWRCANDU 62061655632 KHNPAECL/DHI1992-91997-41997-785.490.2- KR -15WOLSONG-3PHWRCANDU 62061670648 KHNPAECL/DHI1994-31998-31998-774.879.5- KR -16WOLSONG-4PHWRCANDU 62061656635 KHNPAECL/DHI1994-71999-51999-1086.889.6- MEXICO MX -1LAGUNA VERDE-1BWRBWR-52317805777 CFEGE1976-101989-41990-781.584.0- MX -2LAGUNA VERDE-2BWRBWR-52317810775 CFEGE1977-61994-111995-485.086.8- NETHERLANDS NL -2BORSSELEPWRKWU 2LP1366515482 EPZS/KWU1969-71973-71973-1081.882.9- PAKISTAN PK -2CHASNUPP-1PWRCNP-300999325300 PAECCNNC1993-82000-62000-981.181.4- PK -3CHASNUPP-2PWRCNP-300999325300 PAECCNNC2005-122011-32011-584.784.8- PK -4CHASNUPP-3PWRCNP-300999340315 PAECCNNC2011-52016-102016-1294.094.6- PK -5CHASNUPP-4PWRCNP-300999340313 PAECCNNC2011-122017-72017-995.295.2- PK -1KANUPP-1PHWRCANDU-137 MW33710090 PAECCGE1966-81971-101972-1248.048.0DS ROMANIA RO -1CERNAVODA-1PHWRCANDU 62180706650 SNNAECL1982-71996-71996-1292.893.5DH Note: The column "Non-electrical applications" indicates the use of the facility to provide: DS desalination, DH district heating.

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion

EAF % UCF % N on- 2013- 2013- el ec tri cal C ode N ame Ther m al G ro ss Ne t 2017 2017 appl ic s

ROMANIA RO -2CERNAVODA-2PHWRCANDU 62180705650 SNNAECL1983-72007-82007-1093.294.1DH RUSSIA RU -96BALAKOVO-1PWRVVER V-32030001000950 REAAEM1980-121985-121986-590.791.0DH, PH RU -97BALAKOVO-2PWRVVER V-32030001000950 REAAEM1981-81987-101988-183.683.8DH, PH RU -98BALAKOVO-3PWRVVER V-32030001000950 REAAEM1982-111988-121989-490.290.5DH, PH RU -99BALAKOVO-4PWRVVER V-32032001000950 REAAEM1984-41993-41993-1289.189.3DH, PH RU -21BELOYARSK-3FBRBN-6001470600560 REAAEM1969-11980-41981-1183.083.1DH, PH RU -116BELOYARSK-4FBRBN-8002100885820 REAAEM2006-72015-122016-1073.374.4- RU -141BILIBINO-1LWGREGP-6621211 REAAEM1970-11974-11974-480.580.5DH RU -142BILIBINO-2LWGREGP-6621211 REAAEM1970-11974-121975-281.181.1DH RU -143BILIBINO-3LWGREGP-6621211 REAAEM1970-11975-121976-283.583.5DH RU -144BILIBINO-4LWGREGP-6621211 REAAEM1970-11976-121977-183.383.3DH RU -30KALININ-1PWRVVER V-33830001000950 REAAEM1977-21984-51985-680.980.9DH, PH RU -31KALININ-2PWRVVER V-33830001000950 REAAEM1982-21986-121987-385.385.3DH, PH RU -36KALININ-3PWRVVER V-32032001000950 REAAEM1985-102004-122005-1180.080.0DH, PH RU -37KALININ-4PWRVVER V-32032001000950 REAAEM1986-82011-112012-1284.984.9DH, PH RU -12KOLA-1PWRVVER V-2301375440411 REAAEM1970-51973-61973-1281.782.2DH, PH RU -13KOLA-2PWRVVER V-2301375440411 REAAEM1970-51974-121975-284.184.3DH, PH RU -32KOLA-3PWRVVER V-2131375440411 REAAEM1977-41981-31982-1283.383.3DH, PH RU -33KOLA-4PWRVVER V-2131375440411 REAAEM1976-81984-101984-1281.981.9DH, PH RU -17KURSK-1LWGRRBMK-100032001000925 REAAEM1972-61976-121977-1077.378.2DH, PH RU -22KURSK-2LWGRRBMK-100032001000925 REAAEM1973-11979-11979-862.162.7DH, PH RU -38KURSK-3LWGRRBMK-100032001000925 REAAEM1978-41983-101984-386.987.5DH, PH RU -39KURSK-4LWGRRBMK-100032001000925 REAAEM1981-51985-121986-283.584.3DH, PH RU -15LENINGRAD-1LWGRRBMK-100032001000925 REAAEM1970-31973-121974-1157.958.0DH, PH RU -16LENINGRAD-2LWGRRBMK-100032001000925 REAAEM1970-61975-71976-262.162.4DH, PH RU -34LENINGRAD-3LWGRRBMK-100032001000925 REAAEM1973-121979-121980-686.686.8DH, PH RU -35LENINGRAD-4LWGRRBMK-100032001000925 REAAEM1975-21981-21981-885.785.7DH, PH RU -161NOVOVORONEZH 2-1PWRVVER V-392M320011801114 REAAEM2008-62016-82017-262.365.1- RU -11NOVOVORONEZH-4PWRVVER V-1791375417385 REAAEM1967-71972-121973-387.688.7DH, PH Note: The column "Non-electrical applications" indicates the use of the facility to provide: DH district heating, PH process heating.

TA B LE 14. O PE R AT IO N AL R EA C TO R S, 31 D EC . 2017 — co nt in ued C ount ry R eac tor Typ e M odel C apac ity (M W ) O per at or N SSS suppl ier C ons truc tion st ar t Gr id connec tion C om m er ci al oper at ion