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REFERENCE DATA SERIES No. 22013 Edition
Nuclear Power Reactors in the World
INTERNATIONAL ATOMIC ENERGY AGENCYVIENNA
ISBN 978–92–0–144110–2ISSN 1011–2642
13-23691_PUB-RDS-2-33_cover.indd All Pages 2013-07-02 09:02:44
REFERENCE DATA SERIES No. 2
NUCLEAR POWER REACTORSIN THE WORLD
2013 Edition
INTERNATIONAL ATOMIC ENERGY AGENCYVIENNA, 2013
NUCLEAR POWER REACTORS IN THE WORLDIAEA, VIENNA, 2013
IAEA-RDS-2/33ISBN 978–92–0–144110–2
ISSN 1011–2642
Printed by the IAEA in AustriaJune 2013
CONTENTS
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5Definitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
Table 1. Reactors in operation, in long term shutdown and under construction, 31 Dec. 2012 . . . . . . . . . . . . . . . . . . . . . . 10
Table 2. Type and net electrical power of reactors connected to the grid, 31 Dec. 2012 . . . . . 12
Table 3. Type and net electrical power of reactors under construction, 31 Dec. 2012 . . . . . . . 13
Table 4. Reactor years of experience, up to 31 Dec. 2012 . . . . . . . . . . . . . . . . . . 14
Table 5. Operating reactors and net electrical power, 1985 to 2012 . . . . . . . . . . . . . . . . . 16
Table 6. Nuclear electricity production and share, 1985 to 2012 . . . . . . . . . . . . . . . . . . . . . . . 18
Table 7. Annual construction starts and connections to the grid, 1954 to 2012 . . . . . . . . . . . . . . 20
Table 8. Number of new reactors connected to the grid and median construction time in months . . . . . . . . . . . . . . . . . . . . . . . . . . 21
Table 9. Construction starts during 2012 . . . . . . . . 22Table 10. Connections to the grid during 2012 . . . . . 23Table 11. Scheduled connections to the grid
during 2013 . . . . . . . . . . . . . . . . . . . . . . . . 23Table 12. Reactors planned for construction
as known on 31 Dec. 2012 . . . . . . . . . . . . 24Table 13. Reactors under construction,
31 Dec. 2012 . . . . . . . . . . . . . . . . . . . . . . 28Table 14. Reactors in operation, 31 Dec. 2012 . . . . 31Table 15. Reactors in long term shutdown,
31 Dec. 2012 . . . . . . . . . . . . . . . . . . . . . . 46Table 16. Reactors permanently shut down,
31 Dec. 2012 . . . . . . . . . . . . . . . . . . . . . . 47Table 17. Reactors in decommissioning process
or decommissioned, 31 Dec. 2012 . . . . . . 52
Table 18. Performance factors by reactor category, 2010 to 2012 . . . . . . . . . . . . . . . . . . . . . . . 57
Table 19. Full outage statistics during 2012 . . . . . . . 58Table 20. Direct causes of full outages
during 2012 . . . . . . . . . . . . . . . . . . . . . . . . 59Table 21. Direct causes of full outages,
2008 to 2012 . . . . . . . . . . . . . . . . . . . . . . . 60Table 22. Countries: abbreviations and summary . . 61Table 23. Reactor types: abbreviations
and summary . . . . . . . . . . . . . . . . . . . . . . 63Table 24. Operators: abbreviations and summary . . 64Table 25. NSSS suppliers: abbreviations
and summary . . . . . . . . . . . . . . . . . . . . . . 70Figure 1. Number of operational reactors by type
and net electrical power (as of 31 Dec. 2012) . . . . . . . . . . . . . . . . . 74
Figure 2. Reactors under construction by type and net electrical power (as of 31 Dec. 2012) . . . . . . . . . . . . . . . . . 75
Figure 3. Nuclear share of electricity generation (as of 31 Dec. 2012) . . . . . . . . . . . . . . . . . 76
Figure 4. Worldwide median construction time in months (as of 31 Dec. 2012) . . . . . . . . . . 77
Figure 5. Number of reactors in operation by age (as of 31 Dec. 2012) . . . . . . . . . . . . . . . . . 78
Figure 6. Annual construction starts and connections to the grid, 1954 to 2012 . . . . . . . . . . . . . . 79
5
INTRODUCTION
Nuclear Power Reactors in the World is an annual publication that presents the most recent data pertaining to nuclear power reactors in IAEA Member States.
This thirty-third edition of Reference Data Series No. 2 provides a detailed comparison of various statistics through 31 December 2012. 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 is 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. The IAEA collects data through 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: [email protected]
7
DEFINITIONS
Performance factors
(REG – PEL – UEL – XEL) EAF (%) = × 100 REG
(REG – PEL – UEL) UCF (%) = × 100 REG
UELUCL (%) = × 100 REG
PELPCL (%) = × 100 REG
EGLF (%) = × 100 REG
On-line HoursOF (%) = × 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 during the entire reference period.
8
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 man-agement 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 external 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 trans-formers that are considered to be integral parts of the unit.
Construction StartDate when first major placing of concrete, usually for the base mat of the reactor building, is done.
First CriticalityDate when the reactor is made critical for the first time.
Grid ConnectionDate when the plant is first connected to the electrical grid for the supply of power. After this date, the plant is considered to be in operation.
Commercial OperationDate when the plant is handed over by the contractors to the owner and declared officially in commercial operation.
Permanent ShutdownDate when the plant is officially declared to be shut down by the owner and taken out of operation permanently.
9
Long Term ShutdownA unit is considered to be in long term shutdown if it has been shut down for an extended period (usually several years) without any firm recovery schedule at the beginning but with the intention to restart the unit eventually.
Units and Energy Conversion1 terawatt-hour (TW∙h) = 106 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).
10
No.
of
Tota
lN
o. o
fTo
tal
No.
of
Tota
l%
of
units
MW
(e)
units
MW
(e)
units
MW
(e)
tota
l A
RG
EN
TIN
A2
93
5
1
692
5.
94.
7 A
RM
EN
IA1
37
5
2.1
26.6
BE
LGIU
M7
59
27
38.5
51.0
BR
AZI
L2
18
84
1
1245
15
.23.
1 B
ULG
AR
IA2
19
06
14.9
31.7
CA
NA
DA
19
1350
0
89.1
15.3
CH
INA
17
1286
0
29
2884
4
92.7
2.0
CZE
CH
RE
P.
6
3804
28
.635
.3 F
INLA
ND
4
2752
1
16
00
22.1
32.6
FR
AN
CE
58
6313
0
1
1600
40
7.4
74.8
GE
RM
AN
Y9
12
068
94
.116
.1 H
UN
GA
RY
4
1889
14
.845
.9 IN
DIA
20
4391
7
48
24
29.7
3.6
IRA
N, I
SL.
RE
P.
1
915
1.
30.
6 J
AP
AN
50
4421
5
1
246
2
26
50
17.2
2.1
KO
RE
A, R
EP
. OF
23
2073
9
4
4980
14
3.6
30.4
ME
XIC
O2
15
30
8.4
4.7
NE
THE
RLA
ND
S1
48
2
3.7
4.4
PA
KIS
TAN
3
725
2
63
0
5.3
5.3
RO
MA
NIA
2
1300
10
.619
.4 R
US
SIA
33
2364
3
11
9297
16
6.3
17.8
SLO
VA
KIA
4
1816
2
88
0
14.4
53.8
SLO
VE
NIA
1
688
5.
236
.0 S
OU
TH A
FRIC
A2
18
60
12.4
5.1
SP
AIN
8
7560
58
.720
.5 S
WE
DE
N10
93
95
61.5
38.1
SW
ITZE
RLA
ND
5
3278
24
.535
.9 U
AE
1
1345
N
AN
A
TW(e)∙h
TAB
LE 1
. REA
CTO
RS
IN O
PER
ATIO
N, I
N L
ON
G T
ERM
SH
UTD
OW
N A
ND
UN
DER
CO
NST
RU
CTI
ON
, 31
DEC
. 201
2
Rea
ctor
s in
long
term
shu
tdow
nR
eact
ors
unde
r con
stru
ctio
nN
ucle
ar e
lect
ricity
supp
lied
in 2
012
Cou
ntry
Rea
ctor
s in
ope
ratio
n
11
No.
of
Tota
lN
o. o
fTo
tal
No.
of
Tota
l%
of
units
MW
(e)
units
MW
(e)
units
MW
(e)
tota
l U
K16
92
31
64.0
18.1
UK
RA
INE
15
1310
7
2
1900
84
.946
.2 U
SA
104
10
2136
1
11
65
770.
719
.0
Tot
al43
7
3730
69
1
246
67
64
252
23
46.2
NA
Not
e: T
he to
tal in
clud
es th
e fo
llow
ing
data
from
Tai
wan
, Chi
na:
— 6
uni
ts, 5
028
MW
in o
pera
tion;
2 u
nits
, 260
0 M
W u
nder
con
stru
ctio
n;—
38.
73 T
W(e
)∙h o
f nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 18
.37%
of t
he to
tal e
lect
ricity
gen
erat
ed th
ere.
TAB
LE 1
. REA
CTO
RS
IN O
PER
ATIO
N, I
N L
ON
G T
ERM
SH
UTD
OW
N A
ND
UN
DER
CO
NST
RU
CTI
ON
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
s in
ope
ratio
nR
eact
ors
in lo
ng te
rm s
hutd
own
Rea
ctor
s un
der c
onst
ruct
ion
Nuc
lear
ele
ctric
itysu
pplie
d in
201
2
TW(e
)∙h
12
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
AR
GEN
TIN
A2
935
2 93
5 A
RM
ENIA
1 37
5 1
375
BEL
GIU
M7
5927
7
5927
B
RAZ
IL2
1884
2
1884
B
ULG
ARIA
2 19
06
2 19
06
CAN
ADA
19
1350
0 19
13
500
CH
INA
14
1154
0 2
1300
1
20
17
1286
0 C
ZEC
H R
EP.
6 38
04
6 38
04
FIN
LAN
D2
992
2 17
60
4 27
52
FR
ANC
E58
63
130
58
6313
0 G
ERM
ANY
7 94
96
2 25
72
9 12
068
HU
NG
ARY
4 18
89
4 18
89
IND
IA2
300
18
4091
20
43
91
IRAN
, ISL
. REP
.1
915
1 91
5 J
APAN
24
1928
4 26
24
931
50
4421
5 K
OR
EA, R
EP. O
F19
18
029
4 27
10
23
2073
9 M
EXIC
O2
1530
2
1530
N
ETH
ERLA
ND
S1
482
1 48
2 P
AKIS
TAN
2 60
0 1
125
3 72
5 R
OM
ANIA
2 13
00
2 13
00
RU
SSIA
17
1286
4 15
10
219
1 56
0 33
23
643
SLO
VAKI
A4
1816
4
1816
S
LOVE
NIA
1 68
8 1
688
SO
UTH
AFR
ICA
2 18
60
2 18
60
SPA
IN6
6050
2
1510
8
7560
S
WED
EN3
2869
7
6526
10
93
95
SW
ITZE
RLA
ND
3 17
15
2 15
63
5 32
78
UK
1 11
91
15
8040
16
92
31
UKR
AIN
E15
13
107
15
1310
7 U
SA69
67
927
35
3420
9 10
4 10
2136
TO
TAL
273
2521
90
84
7807
9 15
80
40
48
2396
1 15
10
219
2 58
0 43
7 37
3069
Not
e: T
he to
tals
incl
ude
6 un
its, 5
028
MW
in T
aiw
an, C
hina
.
Dur
ing
2012
, 3 re
acto
rs, 3
012
MW
wer
e ne
wly
con
nect
ed to
the
grid
.
TAB
LE 2
. TYP
E AN
D N
ET E
LEC
TRIC
AL P
OW
ER O
F R
EAC
TOR
S C
ON
NEC
TED
TO
TH
E G
RID
, 31
DEC
. 201
2 C
ount
ryFB
RTo
tal
PW
RB
WR
PH
WR
LWG
RG
CR
13
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
AR
GEN
TIN
A1
692
1 69
2 B
RAZ
IL1
1245
1
1245
CH
INA
28
2864
4 1
200
2928
844
FIN
LAN
D1
1600
1
1600
FR
ANC
E1
1600
1
1600
IND
IA2
1834
4
2520
1
470
748
24 J
APAN
2 26
50
226
50 K
OR
EA, R
EP. O
F4
4980
4
4980
PAK
ISTA
N2
630
263
0 R
USS
IA9
7593
1
915
1 78
9 11
9297
SLO
VAKI
A2
880
288
0 U
AE1
1345
1
1345
UKR
AIN
E2
1900
2
1900
USA
1 11
65
111
65
TO
TAL
54
5341
6 4
5250
5
3212
1
915
2 12
59
1 20
0 67
6425
2
Not
e: T
he to
tals
incl
ude
2 un
its (
2 x
BWR
), 26
00 M
W in
Tai
wan
, Chi
na.
D
urin
g 20
12, c
onst
ruct
ion
star
ted
on 7
reac
tors
, 704
4 M
W.
Tota
l
TAB
LE 3
. TYP
E AN
D N
ET E
LEC
TRIC
AL P
OW
ER O
F R
EAC
TOR
S U
ND
ER C
ON
STR
UC
TIO
N, 3
1 D
EC. 2
012
HTG
RFB
RC
ount
ryP
HW
RLW
GR
PW
RB
WR
14
Net
cap
acity
Net
cap
acity
Net
cap
acity
Net
cap
acity
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
Year
sM
onth
s A
RG
ENTI
NA
2
935
2
93
5
68
7
AR
MEN
IA1
37
5
1
376
2
75
1
38
4
BEL
GIU
M7
59
27
1
10
8
5937
25
4
7
BR
AZIL
2
1884
2
18
84
43
3
BU
LGAR
IA2
19
06
4
1632
6
35
38
153
3
C
ANAD
A19
13
500
6
21
43
25
1564
3
634
5
C
HIN
A17
12
860
17
12
860
14
1
10
CZE
CH
REP
.6
38
04
6
3804
12
8
10
FIN
LAN
D4
27
52
4
2752
13
5
4
FR
ANC
E58
63
130
12
37
89
70
6691
9
1874
4
G
ERM
ANY
9
1206
8
27
1430
1
36
2636
9
790
2
H
UN
GAR
Y4
18
89
4
1889
11
0
2
IND
IA20
43
91
20
4391
37
7
3
IRAN
, ISL
. REP
.1
91
5
1
915
1
4
IT
ALY
4
1423
4
14
23
81
JAP
AN50
44
215
1
24
6
9
4337
60
48
798
15
96
2
KAZ
AKH
STAN
1
52
1
52
25
10
KO
REA
, REP
. OF
23
2073
9
23
2073
9
404
1
L
ITH
UAN
IA2
23
70
2
2370
43
6
M
EXIC
O2
15
30
2
1530
41
11
N
ETH
ERLA
ND
S1
48
2
1
55
2
537
68
P
AKIS
TAN
3
725
3
72
5
55
8
RO
MAN
IA2
13
00
2
1300
21
11
R
USS
IA33
23
643
5
78
6
38
2442
9
1091
4
S
LOVA
KIA
4
1816
3
90
9
7
2725
14
4
7
SLO
VEN
IA1
68
8
1
688
31
3
S
OU
TH A
FRIC
A2
18
60
2
1860
56
3
S
PAIN
8
7560
2
62
1
10
8181
29
3
6
TAB
LE 4
. REA
CTO
R Y
EAR
S O
F EX
PER
IEN
CE,
UP
TO 3
1 D
EC. 2
012
Cou
ntry
Ope
ratin
g ex
perie
nce
Ope
ratin
gre
acto
rsR
eact
ors
in lo
ng te
rm
shut
dow
nP
erm
anen
tly s
hut d
own
reac
tors
Tota
l, op
erat
ing
and
shut
dow
n
15
Net
cap
acity
Net
cap
acity
Net
cap
acity
Net
cap
acity
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
Year
sM
onth
s S
WED
EN10
93
95
3
1210
13
10
605
40
2
6
SW
ITZE
RLA
ND
5
3278
1
6
6
32
84
189
11
U
K16
92
31
29
4225
45
13
456
15
11
8
UKR
AIN
E15
13
107
4
35
15
19
1662
2
413
6
U
SA10
4
1021
36
28
9764
13
2
1119
00
3835
1
Tot
al43
7
3730
69
1
246
14
3
5152
4
581
42
4839
15
247
5
Not
e: T
he to
tal i
nclu
des
the
follo
win
g da
ta fr
om T
aiw
an, C
hina
:
— re
acto
rs c
onne
cted
to th
e gr
id: 6
uni
ts;
—
exp
erie
nce:
188
yea
rs, 1
mon
th.
O
pera
ting
expe
rienc
e is
cou
nted
from
the
grid
con
nect
ion
excl
udin
g an
y lo
ng te
rm s
hutd
own
perio
d.
TAB
LE 4
. REA
CTO
R Y
EAR
S O
F EX
PER
IEN
CE,
UP
TO 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Ope
ratin
g R
eact
ors
in lo
ng te
rm
Per
man
ently
shu
t dow
nTo
tal,
oper
atin
gre
acto
rssh
utdo
wn
reac
tors
and
shut
dow
nO
pera
ting
expe
rienc
e
16
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
AR
GEN
TIN
A2
935
2 93
5 2
935
2 97
8 2
935
2 93
5 2
935
2 93
5 A
RM
ENIA
2 81
6 1
376
1 37
6 1
376
1 37
5 1
375
1 37
5 B
ELG
IUM
8 54
64
7 55
01
7 56
31
7 57
12
7 58
01
7 59
26
7 59
27
7 59
27
BR
AZIL
1 62
6 1
626
1 62
6 2
1976
2
1901
2
1884
2
1884
2
1884
B
ULG
ARIA
4 16
32
5 25
85
6 35
38
6 37
60
4 27
22
2 19
06
2 19
06
2 19
06
CAN
ADA
16
9741
20
13
993
21
1490
2 14
99
98
18
1258
4 18
12
604
18
1260
4 19
13
500
CH
INA
3 21
88
3 21
88
9 65
87
13
1006
5 16
11
816
17
1286
0 C
ZEC
H R
EP.
1 39
1 4
1632
4
1782
5
2611
6
3373
6
3675
6
3760
6
3804
F
INLA
ND
4 23
00
4 23
10
4 23
10
4 26
56
4 26
76
4 27
16
4 27
36
4 27
52
FR
ANC
E43
37
478
56
5580
8 56
58
573
59
6308
0 59
63
260
58
6313
0 58
63
130
58
6313
0 G
ERM
ANY
24
1811
0 21
21
250
19
2097
2 19
21
283
17
2033
9 17
20
490
9 12
068
9 12
068
HU
NG
ARY
2 82
5 4
1710
4
1729
4
1729
4
1755
4
1889
4
1889
4
1889
IN
DIA
6 11
43
7 13
24
10
1746
14
25
08
15
2993
19
41
89
20
4391
20
43
91
IRAN
, ISL
. REP
.1
915
1 91
5 IT
ALY
3 12
73
JAP
AN33
23
612
41
3086
7 50
39
625
52
4324
5 55
47
593
54
4682
1 50
44
215
50
4421
5 K
AZAK
HST
AN1
135
1 13
5 1
50
KO
REA
, REP
. OF
5 36
92
9 72
20
11
9115
16
12
990
20
1681
0 21
18
698
21
1875
1 23
20
739
LIT
HU
ANIA
1 13
80
2 27
60
2 23
70
2 23
70
1 11
85
MEX
ICO
1 64
0 2
1256
2
1290
2
1360
2
1300
2
1300
2
1530
N
ETH
ERLA
ND
S2
508
2 53
9 2
510
1 44
9 1
450
1 48
2 1
482
1 48
2 P
AKIS
TAN
1 13
7 1
125
1 12
5 2
425
2 42
5 2
425
3 72
5 3
725
RO
MAN
IA1
655
1 65
5 2
1300
2
1300
2
1300
R
USS
IA28
15
841
29
1889
8 30
19
848
30
1984
8 31
21
743
32
2269
3 33
23
643
33
2364
3 S
LOVA
KIA
4 16
32
4 16
32
4 16
32
6 24
40
6 24
42
4 18
16
4 18
16
4 18
16
SLO
VEN
IA1
632
1 62
0 1
620
1 67
6 1
656
1 66
6 1
688
1 68
8 S
OU
TH A
FRIC
A2
1840
2
1840
2
1840
2
1840
2
1800
2
1800
2
1830
2
1860
S
PAIN
8 56
08
9 70
99
9 70
97
9 74
68
9 75
91
8 75
14
8 75
67
8 75
60
SW
EDEN
12
9455
12
98
26
12
1004
3 11
94
12
10
8905
10
93
03
10
9326
10
93
95
TAB
LE 5
. OPE
RAT
ING
REA
CTO
RS
AND
NET
ELE
CTR
ICAL
PO
WER
, 198
5 TO
201
2
2011
2010
1985
Cou
ntry
Num
ber o
f uni
ts a
nd n
et c
apac
ity (M
W(e
)) co
nnec
ted
to th
e gr
id a
t 31
Dec
. of g
iven
yea
r20
0520
0019
9519
9020
12
17
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
SW
ITZE
RLA
ND
5 28
81
5 29
42
5 30
56
5 31
70
5 32
20
5 32
38
5 32
63
5 32
78
UK
38
1007
7 37
11
360
35
1291
0 33
12
490
23
1185
2 19
10
137
18
9953
16
92
31
UKR
AIN
E10
83
24
15
1302
0 15
13
045
13
1119
5 15
13
107
15
1310
7 15
13
107
15
1310
7 U
SA90
74
401
108
9622
8 10
8 98
068
103
9629
7 10
3 98
145
104
1012
11
104
1016
01
104
1021
36
WO
RLD
363
2457
79
416
3182
53
434
3414
02
435
3499
99
441
3681
25
441
3752
77
435
3689
21
437
3730
69
Not
e: T
he w
orld
tota
l inc
lude
s th
e fo
llow
ing
data
from
Tai
wan
, Chi
na:
— 1
985:
6 u
nits
, 489
0 M
W; 1
990:
6 u
nits
, 482
8 M
W; 1
995:
6 u
nits
, 488
4 M
W; 2
000:
6 u
nits
, 488
4 M
W; 2
005:
6 u
nits
, 488
4 M
W; 2
010:
6 u
nits
, 498
2 M
W; 2
011:
6 u
nits
, 501
8 M
W; 2
012:
6 u
nits
, 502
8 M
W.
TAB
LE 5
. OPE
RAT
ING
REA
CTO
RS
AND
NET
ELE
CTR
ICAL
PO
WER
, 198
5 TO
201
2 —
con
tinue
d
Cou
ntry
Num
ber o
f uni
ts a
nd n
et c
apac
ity (M
W(e
)) co
nnec
ted
to th
e gr
id a
t 31
Dec
. of g
iven
yea
r19
8519
9019
9520
0020
0520
1020
1120
12
18
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
AR
GEN
TIN
A5.
25
11.7
6.
72
19.8
6.
57
11.8
5.
74
7.3
6.37
6.
9 6.
69
5.9
5.89
5.
0 5.
90
4.7
AR
MEN
IA1.
84
33.0
2.
50
42.7
2.
29
39.4
2.
36
33.2
2.
12
26.6
B
ELG
IUM
29.2
5 59
.8
40.5
9 60
.1
39.3
0 55
.5
45.8
1 56
.8
45.3
4 55
.6
45.7
3 51
.2
45.9
4 54
.0
38.4
6 51
.0
BR
AZIL
3.17
1.
7 2.
06
1.0
2.33
1.
0 5.
59
1.9
9.20
2.
5 13
.77
3.1
14.7
9 3.
2 15
.17
3.1
BU
LGAR
IA12
.17
31.6
13
.51
35.7
16
.22
46.4
16
.79
45.0
17
.38
44.1
14
.24
33.1
15
.26
32.6
14
.86
31.7
C
ANAD
A59
.47
12.7
69
.87
14.8
93
.98
17.3
69
.12
11.8
86
.83
14.5
85
.50
15.1
88
.32
15.3
89
.06
15.3
C
HIN
A12
.13
1.2
16.0
2 1.
2 50
.33
2.0
70.9
6 1.
8 82
.57
1.9
92.6
5 2.
0 C
ZEC
H R
EP.
1.99
N
A 11
.77
NA
12.2
3 20
.0
12.7
1 18
.7
23.2
5 30
.5
26.4
4 33
.3
26.7
0 33
.0
28.6
0 35
.3
FIN
LAN
D17
.98
38.2
18
.13
35.1
18
.13
29.9
21
.58
32.2
22
.36
32.9
21
.89
28.4
22
.27
31.6
22
.06
32.6
F
RAN
CE
213.
28
64.8
29
7.61
74
.5
358.
71
76.1
39
5.39
76
.4
431.
18
78.5
41
0.09
74
.1
423.
51
77.7
40
7.44
74
.8
GER
MAN
Y11
9.59
31
.2
139.
37
33.1
14
6.13
29
.6
160.
66
30.6
15
4.61
26
.6
133.
01
22.6
10
2.31
17
.8
94.1
0 16
.1
HU
NG
ARY
6.10
23
.6
12.8
9 51
.4
13.2
0 42
.3
13.3
5 40
.6
13.0
2 37
.2
14.6
6 42
.1
14.7
1 43
.3
14.7
6 45
.9
IND
IA3.
87
2.2
5.29
2.
2 6.
99
1.9
14.2
3 3.
1 15
.73
2.8
20.4
8 2.
9 28
.95
3.7
29.6
6 3.
6 IR
AN, I
SL. R
EP.
0.10
0.
0 1.
33
0.6
ITAL
Y6.
46
3.8
JAP
AN14
5.37
22
.7
187.
19
27.1
27
5.51
33
.4
306.
24
33.8
28
0.50
29
.3
280.
25
29.2
15
6.18
18
.1
17.2
3 2.
1 K
AZAK
HST
AN0.
08
0.1
KO
REA
, REP
. OF
12.3
6 23
.2
50.2
6 49
.1
60.2
1 36
.1
103.
54
40.7
13
7.59
44
.7
141.
89
32.2
14
7.76
34
.6
143.
55
30.4
L
ITH
UAN
IA8.
75
NA
15.7
0 N
A 10
.64
86.1
7.
42
73.9
9.
54
70.3
M
EXIC
O2.
78
2.6
7.53
6.
0 7.
92
3.9
10.3
2 5.
0 5.
59
3.6
9.31
3.
6 8.
41
4.7
NET
HER
LAN
DS
3.69
6.
1 3.
29
4.9
3.78
4.
9 3.
70
4.3
3.77
3.
9 3.
75
3.4
3.92
3.
6 3.
71
4.4
PAK
ISTA
N0.
26
1.0
0.38
1.
1 0.
46
0.9
0.90
1.
7 2.
41
2.8
2.56
2.
6 3.
84
3.8
5.27
5.
3 R
OM
ANIA
5.05
10
.9
5.11
8.
6 10
.70
19.5
10
.81
19.0
10
.56
19.4
R
USS
IA88
.26
NA
109.
62
NA
91.5
9 11
.8
120.
10
15.0
13
7.64
15
.8
159.
41
17.1
16
2.02
17
.6
166.
29
17.8
S
LOVA
KIA
8.70
N
A 11
.16
NA
11.3
5 44
.1
15.1
7 53
.4
16.3
4 56
.1
13.5
4 51
.8
14.3
4 54
.0
14.4
1 53
.8
SLO
VEN
IA3.
85
NA
4.39
N
A 4.
57
39.5
4.
55
37.4
5.
61
42.4
5.
38
37.3
5.
90
41.7
5.
24
36.0
S
OU
TH A
FRIC
A5.
39
4.2
8.47
5.
6 11
.29
6.5
13.0
0 6.
6 12
.24
5.5
12.9
0 5.
2 12
.94
5.2
12.4
0 5.
1 S
PAIN
26.8
3 24
.0
51.9
8 35
.9
53.4
9 34
.1
59.4
9 27
.6
54.9
9 19
.6
59.2
6 20
.1
55.1
2 19
.5
58.7
0 20
.5
SW
EDEN
55.8
9 42
.3
65.2
7 45
.9
67.1
7 46
.6
51.8
8 39
.0
69.5
8 44
.9
55.7
3 38
.1
58.1
0 39
.6
61.4
7 38
.1
TAB
LE 6
. NU
CLE
AR E
LEC
TRIC
ITY
PRO
DU
CTI
ON
AN
D S
HAR
E, 1
985
TO 2
012
2011
2010
1985
Cou
ntry
Nuc
lear
cap
acity
(TW
(e)∙h
) of r
eact
ors
conn
ecte
d to
the
grid
at 3
1 D
ec. o
f giv
en y
ear
2005
2000
1995
1990
2012
19
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
TW(e
)∙h%
of t
otal
SW
ITZE
RLA
ND
21.2
8 39
.8
22.4
0 42
.6
23.5
8 39
.9
25.0
5 38
.2
22.1
1 38
.0
25.3
4 38
.0
25.6
9 40
.9
24.4
5 35
.9
UK
53.7
3 19
.6
58.7
7 19
.7
70.6
4 25
.4
72.9
9 21
.9
75.3
4 20
.0
56.8
5 15
.5
62.6
6 17
.7
63.9
6 18
.1
UKR
AIN
E35
.81
NA
71.2
6 N
A 65
.78
37.8
72
.56
47.3
83
.40
48.5
83
.95
48.1
84
.89
47.2
84
.89
46.2
U
SA37
8.90
15
.5
578.
08
20.6
67
3.52
22
.5
755.
55
19.8
78
3.35
19
.3
807.
08
19.6
79
0.44
19
.3
770.
72
19.0
WO
RLD
1327
.65
1890
.35
2190
.91
2440
.94
2626
.34
2629
.82
2517
.97
2346
.16
NA
Not
e: T
he w
orld
tota
l inc
lude
s th
e fo
llow
ing
data
from
Tai
wan
, Chi
na:
1990
: 31.
54 T
W(e
)∙h o
f nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 38
.32%
of t
he to
tal e
lect
ricity
gen
erat
ed th
ere;
1995
: 33.
8 TW
(e)∙h
of n
ucle
ar e
lect
ricity
gen
erat
ion,
repr
esen
ting
28.7
9% o
f the
tota
l ele
ctric
ity g
ener
ated
ther
e;20
00: 3
7 TW
(e)∙h
of n
ucle
ar e
lect
ricity
gen
erat
ion,
repr
esen
ting
21.1
9% o
f the
tota
l ele
ctric
ity g
ener
ated
ther
e;20
05: 3
8.4
TW(e
)∙h o
f nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 17
.93%
of t
he to
tal e
lect
ricity
gen
erat
ed th
ere;
2010
: 39.
89 T
W(e
)∙h o
f nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 19
.3%
of t
he to
tal e
lect
ricity
gen
erat
ed th
ere;
2011
: 40.
37 T
W(e
)∙h o
f nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 19
.02%
of t
he to
tal e
lect
ricity
gen
erat
ed th
ere;
2012
: 38.
73 T
W(e
)∙h o
f nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 18
.37%
of t
he to
tal e
lect
ricity
gen
erat
ed th
ere.
TAB
LE 6
. NU
CLE
AR E
LEC
TRIC
ITY
PRO
DU
CTI
ON
AN
D S
HAR
E, 1
985
TO 2
012
— c
ontin
ued
Cou
ntry
Nuc
lear
cap
acity
(TW
(e)∙h
) of r
eact
ors
conn
ecte
d to
the
grid
at 3
1 D
ec. o
f giv
en y
ear
1985
1990
1995
2000
2005
2010
2011
2012
20
TABLE 7. ANNUAL CONSTRUCTION STARTS AND CONNECTIONS TO THE GRID, 1954 TO 2012
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 25453 6 3410 84 17656
1971 18 12623 16 7711 99 24320 1972 29 22335 16 8880 113 32797 1973 29 23492 20 12727 132 43761 1974 38 35222 26 17149 154 61021 1975 38 36471 15 10236 169 70414
1976 43 41618 19 14196 186 83992 1977 23 21710 18 13206 199 96202 1978 23 21735 20 15782 218 111740 1979 27 22959 8 6909 225 117814 1980 20 19134 21 15088 245 133037
1981 17 16099 23 20389 267 153832 1982 19 19765 19 15316 284 168317 1983 16 12218 23 19253 306 187756 1984 11 10478 33 30992 336 218452 1985 19 15346 33 31063 363 245779
1986 8 7201 27 27204 389 272074 1987 13 11117 22 22191 407 295812 1988 7 7722 14 13621 416 305212 1989 6 4018 12 10457 420 311942 1990 5 3366 10 10543 416 318253
1991 2 2246 4 3678 415 321924 1992 3 3105 6 4809 418 325261 1993 4 3715 9 9012 427 333914 1994 2 1330 5 4176 429 336934 1995 5 3635 434 341402
1996 1 610 6 7080 438 347296 1997 5 4386 3 3568 434 347895 1998 3 2096 4 3152 430 344915 1999 4 4640 4 2704 432 347368 2000 7 5456 6 3063 435 349999
2001 1 1304 3 2696 438 352730 2002 6 3440 6 4998 439 357296 2003 1 202 2 1700 437 359842 2004 2 1336 5 4785 438 364688 2005 3 2900 4 3923 441 368125
2006 4 3434 2 1492 435 369581 2007 8 6602 3 1842 439 371645 2008 10 10535 438 371495 2009 12 13125 2 1068 437 370702 2010 16 15842 5 3777 441 375277
2011 4 1890 7 4017 435 368921 2012 7 7044 3 3021 437 373069
Year
Constructionstarts
Reactorsin operation
Connectionsto the grid
21
No.
Mon
ths
N
o.M
onth
s
No.
Mon
ths
N
o.M
onth
s
No.
Mon
ths
N
o.M
onth
s
No.
Mon
ths
N
o.M
onth
s
AR
GEN
TIN
A1
109
BEL
GIU
M4
80
B
RAZ
IL1
132
1
176
B
ULG
ARIA
1 10
4
1 89
1
113
CAN
ADA
7 98
5
101
2
97
C
HIN
A
3
73
6
59
4 68
3
60
1 59
C
ZEC
H R
EP.
1 74
3
93
1
167
1
191
FR
ANC
E24
68
15
86
3
93
4 12
4
GER
MAN
Y7
100
6
103
H
UN
GAR
Y2
112
2
90
IND
IA2
154
1
152
3
120
4
122
1
64
4 81
1
105
IRAN
, ISL
. REP
.
1
222
JAP
AN10
46
8
49
10
46
3 42
4
47
1 53
K
OR
EA, R
EP. O
F4
65
4 62
2
61
5 59
4
54
1 51
2 54
L
ITH
UAN
IA1
80
1 11
6
MEX
ICO
1
151
1
210
PAK
ISTA
N
1 83
1
64
R
OM
ANIA
1
169
1 16
1
RU
SSIA
9 73
4
72
1 10
9
2
233
1
323
1
108
SLO
VAKI
A2
99
2 11
9
SLO
VEN
IA1
80
S
OU
TH A
FRIC
A2
102
SPA
IN5
112
2
96
SW
EDEN
4 74
SW
ITZE
RLA
ND
1 12
5
U
K6
186
4
98
1 80
UKR
AIN
E7
57
6 58
1
113
2 22
7
TAB
LE 8
. NU
MB
ER O
F N
EW R
EAC
TOR
S C
ON
NEC
TED
TO
TH
E G
RID
AN
D M
EDIA
N C
ON
STR
UC
TIO
N T
IME
IN M
ON
THS
to19
9520
1220
06 to20
10
2001 to
2005
1981
Cou
ntry
to19
85
1996 to
2000
1991
1986 to
1990
2011
22
Type
Mod
el C
ode
Nam
eTh
erm
al
Gro
ss
Net
C
HIN
A C
N -4
1YA
NG
JIAN
G 4
PWR
CPR
-100
029
05
1080
10
00
YJN
PCC
FHI
201
2-11
——
CN
-43
FUQ
ING
4PW
RC
NP-
1000
2905
10
80
1000
F
QN
PN
PIC
201
2-11
——
CN
-44
SHID
AO B
AY 1
HTG
RH
TR-P
M50
0 21
1 20
0 H
SNPC
Tsin
ghua
201
2-12
——
CN
-45
TIAN
WAN
3PW
RVV
ER V
-428
3000
11
26
1050
J
NPC
IZ 2
012-
12—
—
KO
REA
, REP
. OF
KR
-27
SHIN
-HAN
UL-
1PW
RAP
R-1
400
3938
14
00
1340
K
HN
PD
HIC
KOPC
201
2-7
—20
16-6
RU
SSIA
RU
-170
BALT
IC-1
PWR
VVER
V-4
9132
00
1194
11
09
REA
RO
SATO
M 2
012-
220
16-1
2016
-12
UAE
AE
-01
BAR
AKAH
1PW
RAP
R-1
400
3983
14
00
1345
E
NEC
KEPC
O 2
012-
7—
—
Not
e: D
urin
g 20
12, c
onst
ruct
ion
star
ted
on 7
reac
tors
(704
4 M
W).
TAB
LE 9
. CO
NST
RU
CTI
ON
STA
RTS
DU
RIN
G 2
012
Cou
ntry
Rea
ctor
Cap
acity
(MW
) O
pera
tor
Com
mer
cial
oper
atio
nN
SS
Ssu
pplie
r C
onst
ruct
ion
sta
rtG
ridco
nnec
tion
No.
Mon
ths
N
o.M
onth
s
No.
Mon
ths
N
o.M
onth
s
No.
Mon
ths
N
o.M
onth
s
No.
Mon
ths
N
o.M
onth
s
USA
25
126
22
14
6
1 22
1
1 27
8
TO
TAL
131
99
85
95
29
103
23
12
3
20
64
12
75
7 10
5
3 57
Not
e: C
onst
ruct
ion
time
is m
easu
red
from
the
first
pou
ring
of c
oncr
ete
to th
e co
nnec
tion
of th
e un
it to
the
grid
.
The
tota
ls in
clud
e th
e fo
llow
ing
data
from
Tai
wan
, Chi
na:
—
198
1 to
198
5: 4
uni
ts, 7
2 m
onth
s.
2012
toto
toto
toto
1985
1990
1995
2000
2005
2010
2011
TAB
LE 8
. NU
MB
ER O
F N
EW R
EAC
TOR
S C
ON
NEC
TED
TO
TH
E G
RID
AN
D M
EDIA
N C
ON
STR
UC
TIO
N T
IME
IN M
ON
THS
— c
ontin
ued
Cou
ntry
1981
1986
1991
1996
2001
2006
23
Cod
eN
ame
Ther
mal
Gro
ssN
et
CH
INA
CN
-18
NIN
GD
E 1
PWR
CPR
-100
029
0510
8910
18
ND
NP
DEC
200
8-2
2012
-11
2012
-12
KO
REA
, REP
. OF
KR
-22
SHIN
-KO
RI-2
PWR
OPR
-100
028
2510
4510
06
KH
NP
DH
ICKO
PC 2
007-
620
11-1
220
12-1
KR
-23
SHIN
-WO
LSO
NG
-1PW
RO
PR-1
000
2825
1045
997
KH
NP
DH
ICKO
PC 2
007-
1120
12-1
2012
-1
Not
e: D
urin
g 20
12, 3
reac
tors
(302
1 M
W) w
ere
new
ly c
onne
cted
to th
e gr
id.
Ope
rato
r
TAB
LE 1
0. C
ON
NEC
TIO
NS
TO T
HE
GR
ID D
UR
ING
201
2
Grid
con
nect
ion
NS
SS
supp
lier
Con
stru
ctio
n s
tart
Firs
tcr
itica
lity
Cap
acity
(MW
)C
ount
ryR
eact
orTy
peM
odel
Cod
eN
ame
Ther
mal
Gro
ssN
et
AR
GEN
TIN
A A
R -3
ATU
CH
A-2
PHW
RPH
WR
KW
U21
6074
569
2 N
ASA
SIEM
ENS
198
1-7
—20
13-7
CH
INA
CN
-16
HO
NG
YAN
HE
1PW
RC
PR-1
000
2905
1080
1000
L
HN
PCD
EC 2
007-
820
13-1
2013
-2
Not
e: D
urin
g 20
13, 2
reac
tors
(169
2 M
W) a
re e
xpec
ted
to a
chie
ve c
onne
ctio
n to
grid
.
Ope
rato
r
TAB
LE 1
1. S
CH
EDU
LED
CO
NN
ECTI
ON
S TO
TH
E G
RID
DU
RIN
G 2
013
G
ridda
teN
SS
Ssu
pplie
r C
onst
ruct
ion
sta
rtFi
rst
criti
calit
yC
apac
ity (M
W)
Cou
ntry
Rea
ctor
Mod
elTy
pe
24
Cod
eN
ame
Ther
mal
Gro
ssN
et
CH
INA
CN
-72
BAM
AOSH
AN P
WR
CPR
-100
029
0510
8090
0 —
CN
-53
CH
ANG
JIAN
G 3
PWR
1930
650
610
— C
N -5
4C
HAN
GJI
ANG
4PW
R19
3065
061
0 —
CN
-57
FAN
GC
HEN
GG
ANG
3PW
R10
00
— C
N -5
8FA
NG
CH
ENG
GAN
G 4
PWR
1000
—
CN
-59
FAN
GC
HEN
GG
ANG
5PW
R10
00
— C
N -6
0FA
NG
CH
ENG
GAN
G 6
PWR
1000
—
CN
-49
FUQ
ING
5PW
RAC
P-10
0029
0510
8710
00
FQ
NP
NPI
C —
CN
-50
FUQ
ING
6PW
RAC
P-10
0029
0510
8710
00
FQ
NP
NPI
C 2
014-
10 C
N -7
6H
AIYA
NG
3PW
RAP
-100
034
1512
5310
00
SD
NPC
WH
— C
N -7
7H
AIYA
NG
4PW
RAP
-100
034
1512
5310
00
SD
NPC
WH
— C
N -5
1H
ON
GSH
IDIN
G 1
PWR
0 —
CN
-52
HO
NG
SHID
ING
2PW
R0
HO
NG
YAN
HD
EC —
CN
-80
HO
NG
YAN
HE
5PW
RC
PR-1
000
2905
1080
1000
L
HN
PCD
EC —
CN
-81
HO
NG
YAN
HE
6PW
RC
PR-1
000
2905
1080
1000
L
HN
PCD
EC —
CN
-65
JIYA
NG
1PW
R10
00
— C
N -6
6JI
YAN
G 2
PWR
1000
—
CN
-67
JIYA
NG
3PW
R10
00
— C
N -6
8JI
YAN
G 4
PWR
1000
—
CN
-61
PEN
GZE
1PW
R12
50
— C
N -6
2PE
NG
ZE 2
PWR
1250
—
CN
-63
PEN
GZE
3PW
R12
50
— C
N -6
4PE
NG
ZE 4
PWR
1250
—
CN
-78
SAN
MEN
3PW
RAP
-100
034
0012
5010
00
SM
NPC
WH
/MH
I —
CN
-79
SAN
MEN
4PW
RAP
-100
034
0012
5010
00
SM
NPC
WH
/MH
I —
CN
-70
SAN
MIN
G-1
FBR
BN-8
0021
0086
080
0 F
SNPC
— C
N -7
1SA
NM
ING
-2FB
RBN
-800
2100
860
800
FSN
PC —
CN
-55
TAO
HU
AJIA
NG
1PW
R0
— C
N -5
6TA
OH
UAJ
IAN
G 2
PWR
0 —
TAB
LE 1
2. R
EAC
TOR
S PL
ANN
ED F
OR
CO
NST
RU
CTI
ON
AS
KN
OW
N O
N 3
1 D
EC. 2
012
Cap
acity
(MW
) O
pera
tor
Exp
ecte
d co
nstru
ctio
nst
art
NS
SS
supp
lier
Cou
ntry
Rea
ctor
Type
Mod
el
25
Cod
eN
ame
Ther
mal
Gro
ssN
et
CN
-73
TIAN
WAN
4PW
RVV
ER V
-428
3000
1126
1050
J
NPC
IZ —
CN
-74
TIAN
WAN
5PW
RC
NP-
1000
2905
1080
1000
J
NPC
DEC
— C
N -7
5TI
ANW
AN 6
PWR
CN
P-10
0029
0510
8010
00
JN
PCD
EC —
CN
-47
XIAN
NIN
G 1
PWR
0 —
CN
-48
XIAN
NIN
G 2
PWR
0 —
CN
-82
XUD
ABU
1PW
RC
PR-1
000
2905
1080
1000
L
NPC
DEC
— C
N -8
3XU
DAB
U 2
PWR
CPR
-100
029
0510
8010
00
LN
PCD
EC —
CN
-46
YAN
GJI
ANG
5PW
RC
PR-1
000
2905
1087
1000
Y
JNPC
CFH
I —
CN
-69
YAN
GJI
ANG
6PW
RC
PR-1
000
2905
1087
1000
Y
JNPC
CFH
I —
IRAN
, ISL
. REP
. IR
-2BU
SHEH
R 2
PWR
VVER
V-4
4630
0010
0091
5 N
PPD
CO
TBD
— IR
-5BU
SHEH
R 3
PWR
-30
0010
0091
5 N
PPD
CO
ASE
— IR
-9D
ARKH
OVA
INPW
RIR
-360
1113
360
330
NPP
DC
O —
JAP
AN J
P -7
6H
AMAO
KA-6
BWR
ABW
R39
2614
0013
50
CH
UBU
— J
P -6
9H
IGAS
HI D
OR
I 1 (T
EPC
O)
BWR
ABW
R39
2613
8513
43
TEP
CO
H/G
— J
P -7
4H
IGAS
HI D
OR
I 2 (T
EPC
O)
BWR
ABW
R39
2613
8513
43
TEP
CO
— J
P -7
2H
IGAS
HI D
OR
I 2 (T
OH
OKU
)BW
RAB
WR
1067
T
OH
OKU
— J
P -6
2KA
MIN
OSE
KI 1
BWR
ABW
R39
2613
7313
25
CH
UG
OKU
— J
P -6
3KA
MIN
OSE
KI 2
BWR
ABW
R39
2613
7313
25
CH
UG
OKU
— J
P -7
3N
AMIE
-OD
AKA
BWR
BWR
825
TO
HO
KU —
JP
-75
SEN
DAI
-3PW
RAP
WR
4466
1590
1590
K
YUSH
U —
JP
-67
TSU
RU
GA-
3PW
RAP
WR
4466
1538
1538
J
APC
OM
HI
— J
P -6
8TS
UR
UG
A-4
PWR
APW
R44
6615
3815
38
JAP
CO
MH
I —
KO
REA
, REP
. OF
KR
-28
SHIN
-HAN
UL-
2PW
RAP
R-1
400
3983
1400
1340
K
HN
PD
HIC
KOPC
—
RU
SSIA
RU
-171
BALT
IC-2
PWR
VVER
V-4
9132
0011
9411
09
REA
RO
SATO
M —
RU
-202
BASH
KIR
-1PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-203
BASH
KIR
-2PW
R33
0012
5511
15
REA
RO
SATO
M —
TAB
LE 1
2. R
EAC
TOR
S PL
ANN
ED F
OR
CO
NST
RU
CTI
ON
AS
KN
OW
N O
N 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SS
Ssu
pplie
r
Exp
ecte
d co
nstru
ctio
nst
art
26
Cod
eN
ame
Ther
mal
Gro
ssN
et
RU
-86
BASH
KIR
-3PW
RVV
ER33
0012
5511
15
REA
— R
U -8
7BA
SHKI
R-4
PWR
VVER
3300
1255
1115
R
EA —
RU
-207
BELO
YAR
SK-5
FBR
BN-1
200
3000
1220
0 R
EAR
OSA
TOM
— R
U -1
77C
ENTR
AL-1
PWR
-33
0012
5511
15
REA
RO
SATO
M —
RU
-178
CEN
TRAL
-2PW
R-
3300
1255
1115
R
EAR
OSA
TOM
— R
U -1
75KO
LA 2
-1PW
R-
3200
1200
1100
R
EAR
OSA
TOM
— R
U -1
76KO
LA 2
-2PW
R-
3200
1200
1100
R
EAR
OSA
TOM
— R
U -1
66KU
RSK
2-1
PWR
-33
0012
5511
15
REA
RO
SATO
M —
RU
-189
KUR
SK 2
-2PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-190
KUR
SK 2
-3PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-191
KUR
SK 2
-4PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-165
LEN
ING
RAD
2-3
PWR
VVER
V-4
9132
0011
7010
85
REA
RO
SATO
M —
RU
-167
LEN
ING
RAD
2-4
PWR
VVER
V-4
9132
0011
7010
85
REA
RO
SATO
M —
RU
-181
NIZ
HEG
OR
OD
SK-1
PWR
3300
1255
1115
R
EAR
OSA
TOM
— R
U -1
82N
IZH
EGO
RO
DSK
-2PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-183
NIZ
HEG
OR
OD
SK-3
PWR
3300
1255
1115
R
EAR
OSA
TOM
— R
U -1
84N
IZH
EGO
RO
DSK
-4PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-187
SEVE
RSK
-1PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-188
SEVE
RSK
-2PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-198
SMO
LEN
SK 2
-1PW
R33
0012
5511
15
REA
RO
SATO
M —
RU
-199
SMO
LEN
SK 2
-2PW
R32
0012
5511
15
REA
RO
SATO
M —
RU
-204
SOU
TH U
RAL
S 1
FBR
3000
1200
1115
R
EAR
OSA
TOM
— R
U -2
05SO
UTH
UR
ALS
2FB
R30
0012
0011
15
REA
RO
SATO
M —
SW
ITZE
RLA
ND
CH
-12
NIE
DER
AMT
PWR
00
1600
K
KN A
G —
UAE
AE
-02
BAR
AKAH
2PW
RAP
R-1
400
3983
1400
1345
E
NEC
KEPC
O —
USA
US
-503
9BE
LL B
END
PWR
EPR
4300
1720
1600
AR
EVA
— U
S -5
016
CAL
VER
T C
LIFF
S-3
PWR
US-
EPR
4300
1720
1600
—
TAB
LE 1
2. R
EAC
TOR
S PL
ANN
ED F
OR
CO
NST
RU
CTI
ON
AS
KN
OW
N O
N 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SS
Ssu
pplie
r
Exp
ecte
d co
nstru
ctio
nst
art
27
Cod
eN
ame
Ther
mal
Gro
ssN
et
US
-503
4C
OM
ANC
HE
PEAK
-3PW
RU
S-AP
WR
1700
—
US
-503
5C
OM
ANC
HE
PEAK
-4PW
RU
S-AP
WR
1700
—
US
-503
3FE
RM
I-3BW
RES
BWR
4500
1600
1520
—
US
-502
9LE
VY C
OU
NTY
-1PW
RAP
-100
037
5012
5011
17
PR
OG
RES
SW
H —
US
-503
0LE
VY C
OU
NTY
-2PW
RAP
-100
037
5012
5011
17
WH
— U
S -5
017
NO
RTH
AN
NA-
3PW
RU
S-AP
WR
1500
—
US
-502
2SH
EAR
ON
HAR
RIS
-2PW
RAP
-100
037
5012
5011
17
— U
S -5
023
SHEA
RO
N H
ARR
IS-3
PWR
AP-1
000
3750
1250
1117
—
US
-501
2SO
UTH
TEX
AS-3
BWR
ABW
R39
2614
0013
50
— U
S -5
013
SOU
TH T
EXAS
-4BW
RAB
WR
3926
1400
1350
—
US
-504
0TU
RKE
Y PO
INT-
6PW
RAP
-100
037
5012
5011
17
— U
S -5
041
TUR
KEY
POIN
T-7
PWR
AP-1
000
3750
1250
1117
—
US
-502
7VI
RG
IL C
. SU
MM
ER-2
PWR
AP-1
000
3400
1250
1117
S
CE&
GW
H 2
013-
3 U
S -5
028
VIR
GIL
C. S
UM
MER
-3PW
RAP
-100
034
0012
5011
17
SC
E&G
WH
— U
S -5
025
VOG
TLE-
3PW
RAP
-100
034
0012
5011
17
SO
UTH
ERN
WH
201
3-3
US
-502
6VO
GTL
E-4
PWR
AP-1
000
3400
1250
1117
S
OU
THER
NW
H —
US
-501
8W
ILLI
AM S
TATE
S LE
E III
-1PW
RAP
-100
037
5012
5011
17
— U
S -5
019
WIL
LIAM
STA
TES
LEE
III -2
PWR
AP-1
000
3750
1250
1117
—
VIE
TNAM
VN
-1PH
UO
C D
INH
1PW
R10
00
EVN
RO
SATO
M —
VN
-2PH
UO
C D
INH
2PW
R10
00
EVN
RO
SATO
M —
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
012,
102
reac
tors
(106
962
MW
) wer
e kn
own
as b
eing
pla
nned
.
TAB
LE 1
2. R
EAC
TOR
S PL
ANN
ED F
OR
CO
NST
RU
CTI
ON
AS
KN
OW
N O
N 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SS
Ssu
pplie
r
Exp
ecte
d co
nstru
ctio
nst
art
28
Cod
eN
ame
Ther
mal
Gro
ssN
et
AR
GEN
TIN
A A
R -3
ATU
CH
A-2
PHW
RPH
WR
KW
U21
6074
569
2 N
ASA
SIEM
ENS
1981
-7—
2013
-7—
BR
AZIL
BR
-3AN
GR
A-3
PWR
PRE
KON
VOI
3765
1350
1245
E
LETR
ON
UKW
U20
10-6
——
2016
-1
CH
INA
CN
-36
CH
ANG
JIAN
G 1
PWR
CN
P-60
019
3065
061
0 H
NPC
DEC
2010
-4—
——
CN
-37
CH
ANG
JIAN
G 2
PWR
CN
P-60
019
3065
061
0 H
NPC
DEC
2010
-11
——
2015
-12
CN
-38
FAN
GC
HEN
GG
ANG
1PW
RC
PR-1
000
2905
1080
1000
G
FNPC
DEC
2010
-7—
——
CN
-39
FAN
GC
HEN
GG
ANG
2PW
RC
PR-1
000
2905
1080
1000
G
FNPC
DEC
2010
-12
——
— C
N -2
4FA
NG
JIAS
HAN
1PW
RC
NP-
1000
2905
1080
1000
Q
NPC
NPI
C20
08-1
2—
——
CN
-25
FAN
GJI
ASH
AN 2
PWR
CN
P-10
0029
0510
8010
00
QN
PCN
PIC
2009
-7—
——
CN
-20
FUQ
ING
1PW
RC
NP-
1000
2905
1080
1000
F
QN
PN
PIC
2008
-11
——
— C
N -2
1FU
QIN
G 2
PWR
CN
P-10
0029
0510
8010
00
FQ
NP
NPI
C20
09-6
——
— C
N -4
2FU
QIN
G 3
PWR
CN
P-10
0029
0510
8010
00
FQ
NP
NPI
C20
10-1
2—
—20
15-7
CN
-43
FUQ
ING
4PW
RC
NP-
1000
2905
1080
1000
F
QN
PN
PIC
2012
-11
——
— C
N -3
0H
AIYA
NG
1PW
RAP
-100
034
5112
5310
00
SD
NPC
WH
2009
-9—
——
CN
-31
HAI
YAN
G 2
PWR
AP-1
000
3415
1253
1000
S
DN
PCW
H20
10-6
——
— C
N -1
6H
ON
GYA
NH
E 1
PWR
CPR
-100
029
0510
8010
00
LH
NPC
DEC
2007
-820
13-1
2013
-2—
CN
-17
HO
NG
YAN
HE
2PW
RC
PR-1
000
2905
1080
1000
L
HN
PCD
EC20
08-3
——
— C
N -2
6H
ON
GYA
NH
E 3
PWR
CPR
-100
029
0510
8010
00
LH
NPC
DEC
2009
-3—
——
CN
-27
HO
NG
YAN
HE
4PW
RC
PR-1
000
2905
1080
1000
L
HN
PCD
EC20
09-8
——
— C
N -1
9N
ING
DE
2PW
RC
PR-1
000
2905
1089
1018
N
DN
PSH
E20
08-1
1—
——
CN
-34
NIN
GD
E 3
PWR
CPR
-100
029
0510
8910
18
ND
NP
CFH
I20
10-1
——
— C
N -3
5N
ING
DE
4PW
RC
PR-1
000
2905
1089
1018
N
DN
PC
FHI
2010
-9—
——
CN
-28
SAN
MEN
1PW
RAP
-100
034
0012
5010
00
SM
NPC
WH
/MH
I20
09-3
——
— C
N -2
9SA
NM
EN 2
PWR
AP-1
000
3400
1250
1000
S
MN
PCW
H/M
HI
2009
-12
——
— C
N -4
4SH
IDAO
BAY
1H
TGR
HTR
-PM
500
211
200
HSN
PCTs
ingh
ua20
12-1
2—
——
CN
-32
TAIS
HAN
1PW
REP
R-1
750
4590
1750
1660
T
NPC
AREV
A20
09-1
1—
——
Grid
conn
ectio
nFi
rst
cr
itica
lity
Ope
rato
r
TAB
LE 1
3. R
EAC
TOR
S U
ND
ER C
ON
STR
UC
TIO
N, 3
1 D
EC. 2
012
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Com
mer
cial
oper
atio
nN
SS
Ssu
pplie
rC
onst
ruct
ion
star
t
29
Cod
eN
ame
Ther
mal
Gro
ssN
et
CN
-33
TAIS
HAN
2PW
REP
R-1
750
4590
1750
1660
T
NPC
AREV
A20
10-4
——
— C
N -4
5TI
ANW
AN 3
PWR
VVER
V-4
2830
0011
2610
50
JN
PCIZ
2012
-12
——
— C
N -2
2YA
NG
JIAN
G 1
PWR
CPR
-100
029
0510
8010
00
YJN
PCC
FHI
2008
-12
——
— C
N -2
3YA
NG
JIAN
G 2
PWR
CPR
-100
029
0510
8010
00
YJN
PCC
FHI
2009
-6—
——
CN
-40
YAN
GJI
ANG
3PW
RC
PR-1
000
2905
1080
1000
Y
JNPC
CFH
I20
10-1
1—
——
CN
-41
YAN
GJI
ANG
4PW
RC
PR-1
000
2905
1080
1000
Y
JNPC
CFH
I20
12-1
1—
——
FIN
LAN
D F
I -5
OLK
ILU
OTO
-3PW
REP
R43
0017
2016
00
TVO
AREV
A20
05-8
——
2016
-1
FR
ANC
E F
R -7
4FL
AMAN
VILL
E-3
PWR
EPR
4300
1650
1600
E
DF
AREV
A20
07-1
220
16-1
220
16-1
2—
IND
IA IN
-30
KAKR
APAR
-3PH
WR
PHW
R-7
0021
6670
063
0 N
PCIL
NPC
IL20
10-1
120
14-1
220
15-3
2015
-6 IN
-31
KAKR
APAR
-4PH
WR
PHW
R-7
0021
6670
063
0 N
PCIL
NPC
IL20
10-1
120
15-6
2015
-920
15-1
2 IN
-25
KUD
ANKU
LAM
-1PW
RVV
ER V
-412
3000
1000
917
NPC
ILM
AEP
2002
-3—
——
IN -2
6KU
DAN
KULA
M-2
PWR
VVER
V-4
1230
0010
0091
7 N
PCIL
MAE
P20
02-7
——
— IN
-29
PFBR
FBR
1253
500
470
BH
AVIN
I20
04-1
0—
——
IN -2
1R
AJAS
THAN
-7PH
WR
Hor
izon
tal P
re21
7770
063
0 N
PCIL
NPC
IL20
11-7
2015
-12
2016
-320
16-6
IN -2
2R
AJAS
THAN
-8PH
WR
Hor
izon
tal P
re21
7770
063
0 N
PCIL
NPC
IL20
11-9
2016
-620
16-9
2016
-12
JAP
AN J
P -6
6O
HM
ABW
RAB
WR
3926
1383
1325
E
PDC
H/G
2010
-5—
——
JP
-65
SHIM
ANE-
3BW
RAB
WR
3926
1373
1325
C
HU
GO
KUH
ITAC
HI
2007
-10
——
—
KO
REA
, REP
. OF
KR -2
7SH
IN-H
ANU
L-1
PWR
APR
-140
039
3814
0013
40
KH
NP
DH
ICKO
PC20
12-7
——
2016
-6 K
R -2
5SH
IN-K
OR
I-3PW
RAP
R-1
400
3983
1400
1340
K
HN
PD
HIC
KOPC
2008
-10
——
— K
R -2
6SH
IN-K
OR
I-4PW
RAP
R-1
400
3938
1400
1340
K
HN
PD
HIC
KOPC
2009
-8—
——
KR
-24
SHIN
-WO
LSO
NG
-2PW
RO
PR-1
000
2825
1000
960
KH
NP
DH
ICKO
PC20
08-9
——
—
PAK
ISTA
N P
K -4
CH
ASN
UPP
3PW
RC
NP-
300
999
340
315
PAE
CC
ZEC
2011
-520
16-8
2016
-920
16-1
2 P
K -5
CH
ASN
UPP
4PW
RC
NP-
300
999
340
315
PAE
CC
ZEC
2011
-12
2017
-620
17-7
2017
-10
RU
SSIA
RU
-151
AKAD
EMIK
LO
MO
NO
SOV
1PW
RKL
T-40
S 'F
loat
150
3532
R
EAR
OSA
TOM
2007
-4—
—20
19-1
2
Con
stru
ctio
n st
art
Firs
t
criti
calit
yG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
TAB
LE 1
3. R
EAC
TOR
S U
ND
ER C
ON
STR
UC
TIO
N, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SS
Ssu
pplie
r
30
Cod
eN
ame
Ther
mal
Gro
ssN
et
RU
-152
AKAD
EMIK
LO
MO
NO
SOV
2PW
RKL
T-40
S 'F
loat
150
3532
R
EAR
OSA
TOM
2007
-4—
—20
19-1
2 R
U -1
70BA
LTIC
-1PW
RVV
ER V
-491
3200
1194
1109
R
EAR
OSA
TOM
2012
-2—
2016
-120
16-1
2 R
U -1
16BE
LOYA
RSK
-4FB
RBN
-800
2100
864
789
REA
RO
SATO
M20
06-7
——
— R
U -1
20KU
RSK
-5LW
GR
RBM
K-10
0032
0010
0091
5 R
EAR
OSA
TOM
1985
-12
——
— R
U -1
63LE
NIN
GR
AD 2
-1PW
RVV
ER V
-491
3200
1170
1085
R
EAR
OSA
TOM
2008
-10
——
— R
U -1
64LE
NIN
GR
AD 2
-2PW
RVV
ER V
-491
3200
1170
1085
R
EAR
OSA
TOM
2010
-4—
——
RU
-161
NO
VOVO
RO
NEZ
H 2
-1PW
RVV
ER V
-392
M32
0011
9911
14
REA
RO
SATO
M20
08-6
——
2014
-12
RU
-162
NO
VOVO
RO
NEZ
H 2
-2PW
RVV
ER V
-392
M32
0011
9911
14
REA
RO
SATO
M20
09-7
——
— R
U -6
3R
OST
OV-
3PW
RVV
ER V
-320
3000
1100
1011
R
EAR
OSA
TOM
2009
-9—
——
RU
-64
RO
STO
V-4
PWR
VVER
V-3
2030
0011
0010
11
REA
RO
SATO
M20
10-6
——
—
SLO
VAKI
A S
K -1
0M
OC
HO
VCE-
3PW
RVV
ER V
-213
1375
471
440
SE,
plc
SKO
DA
1987
-120
14-1
020
14-1
020
14-1
2 S
K -1
1M
OC
HO
VCE-
4PW
RVV
ER V
-213
1375
471
440
SE,
plc
SKO
DA
1987
-120
15-1
020
15-1
020
15-1
2
UAE
AE-
01BA
RAK
AH 1
PWR
APR
-140
039
8314
0013
45
EN
ECKE
PCO
2012
-7—
——
UKR
AIN
E U
A -5
1KH
MEL
NIT
SKI-3
PWR
VVER
V-3
92B
3200
1000
950
NN
EGC
ASE
1986
-3—
2015
-1—
UA
-52
KHM
ELN
ITSK
I-4PW
RVV
ER V
-392
B32
0010
0095
0 N
NEG
CAS
E19
87-2
—20
16-1
—
USA
US
-391
WAT
TS B
AR-2
PWR
W (4
-loop
) (IC
3425
1218
1165
T
VAW
H19
72-1
2—
2015
-8—
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
012,
67
reac
tors
(642
52 M
W) w
ere
unde
r con
stru
ctio
n, in
clud
ing
2 un
its (2
600
MW
) in
Taiw
an, C
hina
.TA
IWAN
, CN
TW
-7LU
NG
MEN
1BW
RAB
WR
3926
1350
1300
T
PCG
E19
99-3
——
—TA
IWAN
, CN
TW
-8LU
NG
MEN
2BW
RAB
WR
3926
1350
1300
T
PCG
E19
99-8
——
—
Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
tFi
rst
cr
itica
lity
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
TAB
LE 1
3. R
EAC
TOR
S U
ND
ER C
ON
STR
UC
TIO
N, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
31
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
AR
GEN
TIN
A A
R -1
ATU
CH
A-1
PHW
RPH
WR
KW
U11
7935
733
5 N
ASA
SIEM
ENS
1968
-619
74-3
1974
-685
.485
.5-
AR
-2EM
BALS
EPH
WR
CAN
DU
620
1564
860
0 N
ASA
AEC
L19
74-4
1983
-419
84-1
77.8
77.9
-
AR
MEN
IA A
M -1
9AR
MEN
IA-2
PWR
VVER
V-2
7013
7540
837
5 A
NPP
CJS
CFA
EA19
75-7
1980
-119
80-5
69.7
71.2
-
BEL
GIU
M B
E -2
DO
EL-1
PWR
WE
(2 lo
ops)
1311
454
433
ELE
CTR
ABAC
ECO
WEN
1969
-719
74-8
1975
-285
.685
.7-
BE
-4D
OEL
-2PW
RW
E (2
loop
s)13
1145
443
3 E
LEC
TRAB
ACEC
OW
EN19
71-9
1975
-819
75-1
289
.889
.8-
BE
-5D
OEL
-3PW
RW
E 3-
loop
s30
5410
5610
06
ELE
CTR
ABFR
AMAC
EC19
75-1
1982
-619
82-1
077
.778
.0-
BE
-7D
OEL
-4PW
RW
E 3-
loop
s29
8810
9010
39
ELE
CTR
ABAC
ECO
WEN
1978
-12
1985
-419
85-7
84.1
84.1
- B
E -3
TIH
ANG
E-1
PWR
Fram
atom
e 3
lo28
7310
0996
2 E
LEC
TRAB
ACLF
1970
-619
75-3
1975
-10
86.0
87.6
- B
E -6
TIH
ANG
E-2
PWR
WE
3-lo
ops
3064
1055
1008
E
LEC
TRAB
FRAM
ACEC
1976
-419
82-1
019
83-6
82.2
82.5
- B
E -8
TIH
ANG
E-3
PWR
WE
3-lo
ops
3000
1094
1046
E
LEC
TRAB
ACEC
OW
EN19
78-1
119
85-6
1985
-989
.289
.8-
BR
AZIL
BR
-1AN
GR
A-1
PWR
2-lo
op W
E18
8264
060
9 E
LETR
ON
UW
H19
71-5
1982
-419
85-1
79.9
80.0
- B
R -2
ANG
RA-
2PW
RPR
E KO
NVO
I37
6413
5012
75
ELE
TRO
NU
KWU
1976
-120
00-7
2001
-291
.391
.8-
BU
LGAR
IA B
G -5
KOZL
OD
UY-
5PW
RVV
ER V
-320
3000
1000
953
KO
ZNPP
AEE
1980
-719
87-1
119
88-1
288
.188
.5D
H B
G -6
KOZL
OD
UY-
6PW
RVV
ER V
-320
3000
1000
953
KO
ZNPP
AEE
1982
-419
91-8
1993
-12
86.7
87.4
DH
CAN
ADA
CA
-8BR
UC
E-1
PHW
RC
AND
U 7
9125
7582
477
2 B
RU
CEP
OW
OH
/AEC
L19
71-6
1977
-119
77-9
42.9
42.9
- C
A -9
BRU
CE-
2PH
WR
CAN
DU
791
2456
786
734
BR
UC
EPO
WO
H/A
ECL
1970
-12
1976
-919
77-9
85.7
85.7
- C
A -1
0BR
UC
E-3
PHW
RC
AND
U 7
50A
2832
805
730
BR
UC
EPO
WO
H/A
ECL
1972
-719
77-1
219
78-2
71.8
72.3
- C
A -1
1BR
UC
E-4
PHW
RC
AND
U 7
50A
2832
805
730
BR
UC
EPO
WO
H/A
ECL
1972
-919
78-1
219
79-1
82.6
83.0
- C
A -1
8BR
UC
E-5
PHW
RC
AND
U 7
50B
2832
872
817
BR
UC
EPO
WO
H/A
ECL
1978
-619
84-1
219
85-3
91.0
91.1
- C
A -1
9BR
UC
E-6
PHW
RC
AND
U 7
50B
2690
891
817
BR
UC
EPO
WO
H/A
ECL
1978
-119
84-6
1984
-991
.491
.5-
CA
-20
BRU
CE-
7PH
WR
CAN
DU
750
B28
3287
281
7 B
RU
CEP
OW
OH
/AEC
L19
79-5
1986
-219
86-4
90.4
90.5
- C
A -2
1BR
UC
E-8
PHW
RC
AND
U 7
50B
2690
845
817
BR
UC
EPO
WO
H/A
ECL
1979
-819
87-3
1987
-590
.190
.2-
CA
-22
DAR
LIN
GTO
N-1
PHW
RC
AND
U 8
5027
7693
487
8 O
PGO
H/A
ECL
1982
-419
90-1
219
92-1
188
.089
.1-
CA
-23
DAR
LIN
GTO
N-2
PHW
RC
AND
U 8
5027
7693
487
8 O
PGO
H/A
ECL
1981
-919
90-1
1990
-10
91.5
92.5
-
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
H d
istri
ct h
eatin
g.
Cap
acity
(MW
)
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
tC
ount
ryR
eact
orTy
peM
odel
32
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
CA
-24
DAR
LIN
GTO
N-3
PHW
RC
AND
U 8
5027
7693
487
8 O
PGO
H/A
ECL
1984
-919
92-1
219
93-2
90.3
91.2
- C
A -2
5D
ARLI
NG
TON
-4PH
WR
CAN
DU
850
2776
934
878
OPG
OH
/AEC
L19
85-7
1993
-419
93-6
91.2
92.1
- C
A -4
PIC
KER
ING
-1PH
WR
CAN
DU
500
A17
4454
251
5 O
PGO
H/A
ECL
1966
-619
71-4
1971
-770
.370
.6-
CA
-7PI
CKE
RIN
G-4
PHW
RC
AND
U 5
00A
1744
542
515
OPG
OH
/AEC
L19
68-5
1973
-519
73-6
62.9
63.2
- C
A -1
3PI
CKE
RIN
G-5
PHW
RC
AND
U 5
00B
1744
540
516
OPG
OH
/AEC
L19
74-1
119
82-1
219
83-5
76.5
77.4
- C
A -1
4PI
CKE
RIN
G-6
PHW
RC
AND
U 5
00B
1744
540
516
OPG
OH
/AEC
L19
75-1
019
83-1
119
84-2
85.1
85.6
- C
A -1
5PI
CKE
RIN
G-7
PHW
RC
AND
U 5
00B
1744
540
516
OPG
OH
/AEC
L19
76-3
1984
-11
1985
-170
.871
.3-
CA
-16
PIC
KER
ING
-8PH
WR
CAN
DU
500
B17
4454
051
6 O
PGO
H/A
ECL
1976
-919
86-1
1986
-275
.676
.1-
CA
-17
POIN
T LE
PREA
UPH
WR
CAN
DU
621
8070
566
0 N
BEPC
AEC
L19
75-5
1982
-919
83-2
6.3
6.3
-
CH
INA
CN
-84
CEF
RFB
RBN
-20
6525
20
CIA
EIZ
2000
-520
11-7
—-
CN
-2D
AYA
BAY
1PW
RM
310
2905
984
944
DN
MC
FRAM
1987
-819
93-8
1994
-292
.692
.7-
CN
-3D
AYA
BAY
2PW
RM
310
2905
984
944
DN
MC
FRAM
1988
-419
94-2
1994
-592
.993
.0-
CN
-6LI
NG
AO
1PW
RM
310
2905
990
938
DN
MC
FRAM
1997
-520
02-2
2002
-591
.992
.2-
CN
-7LI
NG
AO
2PW
RM
310
2905
990
938
DN
MC
FRAM
1997
-11
2002
-920
03-1
90.3
90.4
- C
N -1
2LI
NG
AO
3PW
RC
PR-1
000
2905
1080
1020
D
NM
CD
EC20
05-1
220
10-7
2010
-979
.879
.9-
CN
-13
LIN
G A
O 4
PWR
CPR
-100
029
0510
8010
20
DN
MC
DEC
2006
-620
11-5
2011
-885
.886
.1-
CN
-18
NIN
GD
E 1
PWR
CPR
-100
029
0510
8910
18
ND
NP
DEC
2008
-220
12-1
2—
- C
N -1
QIN
SHAN
1PW
RC
NP-
300
966
320
298
CN
NO
CN
NC
1985
-319
91-1
219
94-4
90.7
90.9
- C
N -4
QIN
SHAN
2-1
PWR
CN
P-60
019
3065
061
0 N
PQJV
CC
NN
C19
96-6
2002
-220
02-4
83.7
83.7
- C
N -5
QIN
SHAN
2-2
PWR
CN
P-60
019
3065
061
0 N
PQJV
CC
NN
C19
97-4
2004
-320
04-5
86.1
86.1
- C
N -1
4Q
INSH
AN 2
-3PW
RC
NP-
600
1930
650
610
NPQ
JVC
CN
NC
2006
-420
10-8
2010
-10
86.8
86.8
- C
N -1
5Q
INSH
AN 2
-4PW
RC
NP
600
1930
650
610
NPQ
JVC
CN
NC
2007
-120
11-1
120
11-1
295
.895
.8-
CN
-8Q
INSH
AN 3
-1PH
WR
CAN
DU
620
6470
065
0 T
QN
PCAE
CL
1998
-620
02-1
120
02-1
292
.392
.3-
CN
-9Q
INSH
AN 3
-2PH
WR
CAN
DU
620
6470
065
0 T
QN
PCAE
CL
1998
-920
03-6
2003
-791
.191
.2-
CN
-10
TIAN
WAN
1PW
RVV
ER V
-428
3000
1060
990
JN
PCIZ
1999
-10
2006
-520
07-5
81.2
81.2
- C
N -1
1TI
ANW
AN 2
PWR
VVER
V-4
2830
0010
6099
0 J
NPC
IZ20
00-9
2007
-520
07-8
83.9
83.9
-
CZE
CH
REP
. C
Z -4
DU
KOVA
NY-
1PW
RVV
ER V
-213
1444
500
468
CEZ
SKO
DA
1979
-119
85-2
1985
-589
.089
.4-
CZ
-5D
UKO
VAN
Y-2
PWR
VVER
V-2
1314
4450
047
1 C
EZSK
OD
A19
79-1
1986
-119
86-3
86.1
86.7
-
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
t
33
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
CZ
-8D
UKO
VAN
Y-3
PWR
VVER
V-2
1314
4449
846
8 C
EZSK
OD
A19
79-3
1986
-11
1986
-12
85.1
86.0
- C
Z -9
DU
KOVA
NY-
4PW
RVV
ER V
-213
1444
500
471
CEZ
SKO
DA
1979
-319
87-6
1987
-785
.285
.9-
CZ
-23
TEM
ELIN
-1PW
RVV
ER V
-320
3000
1013
963
CEZ
SKO
DA
1987
-220
00-1
220
02-6
73.7
73.8
DH
CZ
-24
TEM
ELIN
-2PW
RVV
ER V
-320
3000
1013
963
CEZ
SKO
DA
1987
-220
02-1
220
03-4
80.1
80.6
DH
FIN
LAN
D F
I -1
LOVI
ISA-
1PW
RVV
ER V
-213
1500
520
496
FO
RTU
MPH
AEE
1971
-519
77-2
1977
-589
.890
.2-
FI -
2LO
VIIS
A-2
PWR
VVER
V-2
1315
0052
049
6 F
OR
TUM
PHAE
E19
72-8
1980
-11
1981
-191
.992
.7-
FI -
3O
LKIL
UO
TO-1
BWR
BWR
-250
025
0091
088
0 T
VOAS
EAST
AL19
74-2
1978
-919
79-1
093
.293
.8-
FI -
4O
LKIL
UO
TO-2
BWR
BWR
-250
025
0091
088
0 T
VOAS
EAST
AL19
75-1
119
80-2
1982
-794
.295
.1-
FR
ANC
E F
R -5
4BE
LLEV
ILLE
-1PW
RP4
REP
130
038
1713
6313
10
ED
FFR
AM19
80-5
1987
-10
1988
-674
.875
.7-
FR
-55
BELL
EVIL
LE-2
PWR
P4 R
EP 1
300
3817
1363
1310
E
DF
FRAM
1980
-819
88-7
1989
-179
.282
.4-
FR
-32
BLAY
AIS-
1PW
RC
P127
8595
191
0 E
DF
FRAM
1977
-119
81-6
1981
-12
72.6
76.2
- F
R -3
3BL
AYAI
S-2
PWR
CP1
2785
951
910
ED
FFR
AM19
77-1
1982
-719
83-2
81.1
83.9
- F
R -3
4BL
AYAI
S-3
PWR
CP1
2785
951
910
ED
FFR
AM19
78-4
1983
-819
83-1
182
.785
.9-
FR
-35
BLAY
AIS-
4PW
RC
P127
8595
191
0 E
DF
FRAM
1978
-419
83-5
1983
-10
78.7
82.1
- F
R -1
3BU
GEY
-2PW
RC
P027
8594
591
0 E
DF
FRAM
1972
-11
1978
-519
79-3
76.0
78.2
- F
R -1
4BU
GEY
-3PW
RC
P027
8594
591
0 E
DF
FRAM
1973
-919
78-9
1979
-352
.357
.6-
FR
-15
BUG
EY-4
PWR
CP0
2785
917
880
ED
FFR
AM19
74-6
1979
-319
79-7
79.2
81.8
- F
R -1
6BU
GEY
-5PW
RC
P027
8591
788
0 E
DF
FRAM
1974
-719
79-7
1980
-178
.682
.1-
FR
-50
CAT
TEN
OM
-1PW
RP4
REP
130
038
1713
6213
00
ED
FFR
AM19
79-1
019
86-1
119
87-4
78.4
81.2
- F
R -5
3C
ATTE
NO
M-2
PWR
P4 R
EP 1
300
3817
1362
1300
E
DF
FRAM
1980
-719
87-9
1988
-274
.778
.0-
FR
-60
CAT
TEN
OM
-3PW
RP4
REP
130
038
1713
6213
00
ED
FFR
AM19
82-6
1990
-719
91-2
72.6
74.1
- F
R -6
5C
ATTE
NO
M-4
PWR
P4 R
EP 1
300
3817
1362
1300
E
DF
FRAM
1983
-919
91-5
1992
-183
.385
.3-
FR
-40
CH
INO
N-B
-1PW
RC
P227
8595
490
5 E
DF
FRAM
1977
-319
82-1
119
84-2
71.2
76.2
- F
R -4
1C
HIN
ON
-B-2
PWR
CP2
2785
954
905
ED
FFR
AM19
77-3
1983
-11
1984
-877
.980
.0-
FR
-56
CH
INO
N-B
-3PW
RC
P227
8595
490
5 E
DF
FRAM
1980
-10
1986
-10
1987
-374
.376
.9-
FR
-57
CH
INO
N-B
-4PW
RC
P227
8595
490
5 E
DF
FRAM
1981
-219
87-1
119
88-4
72.3
76.5
- F
R -6
2C
HO
OZ-
B-1
PWR
N4
REP
145
042
7015
6015
00
ED
FFR
AM19
84-1
1996
-820
00-5
80.9
82.1
- F
R -7
0C
HO
OZ-
B-2
PWR
N4
REP
145
042
7015
6015
00
ED
FFR
AM19
85-1
219
97-4
2000
-973
.181
.4-
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
H d
istri
ct h
eatin
g.
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SS
Ssu
pplie
r
34
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
FR
-72
CIV
AUX-
1PW
RN
4 R
EP 1
450
4270
1561
1495
E
DF
FRAM
1988
-10
1997
-12
2002
-178
.980
.1-
FR
-73
CIV
AUX-
2PW
RN
4 R
EP 1
450
4270
1561
1495
E
DF
FRAM
1991
-419
99-1
220
02-4
75.4
84.7
- F
R -4
2C
RU
AS-1
PWR
CP2
2785
956
915
ED
FFR
AM19
78-8
1983
-419
84-4
74.2
79.3
- F
R -4
3C
RU
AS-2
PWR
CP2
2785
956
915
ED
FFR
AM19
78-1
119
84-9
1985
-473
.576
.9-
FR
-44
CR
UAS
-3PW
RC
P227
8595
691
5 E
DF
FRAM
1979
-419
84-5
1984
-973
.778
.7-
FR
-45
CR
UAS
-4PW
RC
P227
8595
691
5 E
DF
FRAM
1979
-10
1984
-10
1985
-272
.676
.7-
FR
-22
DAM
PIER
RE-
1PW
RC
P127
8593
789
0 E
DF
FRAM
1975
-219
80-3
1980
-979
.182
.1-
FR
-29
DAM
PIER
RE-
2PW
RC
P127
8593
789
0 E
DF
FRAM
1975
-419
80-1
219
81-2
79.2
80.7
- F
R -3
0D
AMPI
ERR
E-3
PWR
CP1
2785
937
890
ED
FFR
AM19
75-9
1981
-119
81-5
82.0
83.7
- F
R -3
1D
AMPI
ERR
E-4
PWR
CP1
2785
937
890
ED
FFR
AM19
75-1
219
81-8
1981
-11
75.4
80.9
- F
R -1
1FE
SSEN
HEI
M-1
PWR
CP0
2660
920
880
ED
FFR
AM19
71-9
1977
-419
78-1
73.1
73.7
- F
R -1
2FE
SSEN
HEI
M-2
PWR
CP0
2660
920
880
ED
FFR
AM19
72-2
1977
-10
1978
-459
.362
.5-
FR
-46
FLAM
ANVI
LLE-
1PW
RP4
REP
130
038
1713
8213
30
ED
FFR
AM19
79-1
219
85-1
219
86-1
266
.068
.6-
FR
-47
FLAM
ANVI
LLE-
2PW
RP4
REP
130
038
1713
8213
30
ED
FFR
AM19
80-5
1986
-719
87-3
78.9
81.5
- F
R -6
1G
OLF
ECH
-1PW
RP4
REP
130
038
1713
6313
10
ED
FFR
AM19
82-1
119
90-6
1991
-281
.983
.6-
FR
-68
GO
LFEC
H-2
PWR
P4 R
EP 1
300
3817
1363
1310
E
DF
FRAM
1984
-10
1993
-619
94-3
83.6
85.4
- F
R -2
0G
RAV
ELIN
ES-1
PWR
CP1
2785
951
910
ED
FFR
AM19
75-2
1980
-319
80-1
171
.372
.8-
FR
-21
GR
AVEL
INES
-2PW
RC
P127
8595
191
0 E
DF
FRAM
1975
-319
80-8
1980
-12
78.0
79.5
- F
R -2
7G
RAV
ELIN
ES-3
PWR
CP1
2785
951
910
ED
FFR
AM19
75-1
219
80-1
219
81-6
67.3
69.1
- F
R -2
8G
RAV
ELIN
ES-4
PWR
CP1
2785
951
910
ED
FFR
AM19
76-4
1981
-619
81-1
084
.285
.4-
FR
-51
GR
AVEL
INES
-5PW
RC
P127
8595
191
0 E
DF
FRAM
1979
-10
1984
-819
85-1
79.5
80.9
- F
R -5
2G
RAV
ELIN
ES-6
PWR
CP1
2785
951
910
ED
FFR
AM19
79-1
019
85-8
1985
-10
81.2
81.6
- F
R -5
8N
OG
ENT-
1PW
RP4
REP
130
038
1713
6313
10
ED
FFR
AM19
81-5
1987
-10
1988
-275
.779
.2-
FR
-59
NO
GEN
T-2
PWR
P4 R
EP 1
300
3817
1363
1310
E
DF
FRAM
1982
-119
88-1
219
89-5
76.0
77.1
- F
R -3
6PA
LUEL
-1PW
RP4
REP
130
038
1713
8213
30
ED
FFR
AM19
77-8
1984
-619
85-1
281
.386
.4-
FR
-37
PALU
EL-2
PWR
P4 R
EP 1
300
3817
1382
1330
E
DF
FRAM
1978
-119
84-9
1985
-12
81.4
83.5
- F
R -3
8PA
LUEL
-3PW
RP4
REP
130
038
1713
8213
30
ED
FFR
AM19
79-2
1985
-919
86-2
68.9
70.7
- F
R -3
9PA
LUEL
-4PW
RP4
REP
130
038
1713
8213
30
ED
FFR
AM19
80-2
1986
-419
86-6
82.2
83.5
- F
R -6
3PE
NLY
-1PW
RP4
REP
130
038
1713
8213
30
ED
FFR
AM19
82-9
1990
-519
90-1
280
.481
.0-
FR
-64
PEN
LY-2
PWR
P4 R
EP 1
300
3817
1382
1330
E
DF
FRAM
1984
-819
92-2
1992
-11
82.8
84.2
-
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
r
35
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
FR
-48
ST. A
LBAN
-1PW
RP4
REP
130
038
1713
8113
35
ED
FFR
AM19
79-1
1985
-819
86-5
70.7
71.9
- F
R -4
9ST
. ALB
AN-2
PWR
P4 R
EP 1
300
3817
1381
1335
E
DF
FRAM
1979
-719
86-7
1987
-375
.578
.0-
FR
-17
ST. L
AUR
ENT-
B-1
PWR
CP2
2785
956
915
ED
FFR
AM19
76-5
1981
-119
83-8
82.0
86.4
- F
R -2
3ST
. LAU
REN
T-B-
2PW
RC
P227
8595
691
5 E
DF
FRAM
1976
-719
81-6
1983
-878
.982
.2-
FR
-18
TRIC
ASTI
N-1
PWR
CP1
2785
955
915
ED
FFR
AM19
74-1
119
80-5
1980
-12
78.1
80.2
- F
R -1
9TR
ICAS
TIN
-2PW
RC
P127
8595
591
5 E
DF
FRAM
1974
-12
1980
-819
80-1
274
.376
.5-
FR
-25
TRIC
ASTI
N-3
PWR
CP1
2785
955
915
ED
FFR
AM19
75-4
1981
-219
81-5
73.1
74.2
- F
R -2
6TR
ICAS
TIN
-4PW
RC
P127
8595
591
5 E
DF
FRAM
1975
-519
81-6
1981
-11
80.7
82.9
-
GER
MAN
Y D
E -3
2BR
OKD
OR
F (K
BR)
PWR
PWR
3900
1480
1410
E
.ON
KWU
1976
-119
86-1
019
86-1
288
.989
.0-
DE
-33
EMSL
AND
(KKE
)PW
RKo
nvoi
3850
1400
1329
K
LEKW
U19
82-8
1988
-419
88-6
94.1
94.1
- D
E -2
3G
RAF
ENR
HEI
NFE
LD (K
KG)
PWR
PWR
3765
1345
1275
E
.ON
KWU
1975
-119
81-1
219
82-6
83.8
83.9
- D
E -2
7G
RO
HN
DE
(KW
G)
PWR
PWR
3900
1430
1360
K
WG
KWU
1976
-619
84-9
1985
-290
.491
.7-
DE
-26
GU
ND
REM
MIN
GEN
-B (G
UN
-B)
BWR
BWR
-72
3840
1344
1284
K
GG
KWU
1976
-719
84-3
1984
-787
.887
.8-
DE
-28
GU
ND
REM
MIN
GEN
-C (G
UN
-C)
BWR
BWR
-72
3840
1344
1288
K
GG
KWU
1976
-719
84-1
119
85-1
89.0
89.2
- D
E -3
1IS
AR-2
(KKI
2)
PWR
Konv
oi39
5014
8514
10
E.O
NKW
U19
82-9
1988
-119
88-4
94.0
94.1
- D
E -4
4N
ECKA
RW
ESTH
EIM
-2 (G
KN 2
)PW
RKo
nvoi
3850
1400
1310
E
nKK
KWU
1982
-11
1989
-119
89-4
92.6
92.9
- D
E -2
4PH
ILIP
PSBU
RG
-2 (K
KP 2
)PW
RPW
R39
5014
6814
02
EnK
KKW
U19
77-7
1984
-12
1985
-489
.490
.2-
HU
NG
ARY
HU
-1PA
KS-1
PWR
VVER
V-2
1314
8550
047
0 P
AKS
Zrt
AEE
1974
-819
82-1
219
83-8
88.7
88.7
- H
U -2
PAKS
-2PW
RVV
ER V
-213
1485
500
473
PAK
S Zr
tAE
E19
74-8
1984
-919
84-1
186
.786
.7D
H H
U -3
PAKS
-3PW
RVV
ER V
-213
1485
500
473
PAK
S Zr
tAE
E19
79-1
019
86-9
1986
-12
89.0
89.0
DH
HU
-4PA
KS-4
PWR
VVER
V-2
1314
8550
047
3 P
AKS
Zrt
AEE
1979
-10
1987
-819
87-1
187
.987
.9D
H
IND
IA IN
-13
KAIG
A-1
PHW
RH
oriz
onta
l Pre
801
220
202
NPC
ILN
PCIL
1989
-920
00-1
020
00-1
161
.693
.3-
IN -1
4KA
IGA-
2PH
WR
Hor
izon
tal P
re80
122
020
2 N
PCIL
NPC
IL19
89-1
219
99-1
220
00-3
56.9
90.7
- IN
-15
KAIG
A-3
PHW
RH
oriz
onta
l Pre
800
220
202
NPC
ILN
PCIL
2002
-320
07-4
2007
-552
.682
.4-
IN -1
6KA
IGA-
4PH
WR
Hor
izon
tal P
re80
022
020
2 N
PCIL
NPC
IL20
02-5
2011
-120
11-1
69.5
95.7
- IN
-9KA
KRAP
AR-1
PHW
RH
oriz
onta
l Pre
801
220
202
NPC
ILN
PCIL
1984
-12
1992
-11
1993
-544
.048
.0-
IN -1
0KA
KRAP
AR-2
PHW
RH
oriz
onta
l Pre
801
220
202
NPC
ILN
PCIL
1985
-419
95-3
1995
-967
.292
.2-
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
H d
istri
ct h
eatin
g.
Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
36
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
IN -5
MAD
RAS
-1PH
WR
Hor
izon
tal P
re80
122
020
5 N
PCIL
NPC
IL19
71-1
1983
-719
84-1
54.3
86.6
DS
IN -6
MAD
RAS
-2PH
WR
Hor
izon
tal P
re80
122
020
5 N
PCIL
NPC
IL19
72-1
019
85-9
1986
-353
.290
.8D
S IN
-7N
ARO
RA-
1PH
WR
Hor
izon
tal P
re80
122
020
2 N
PCIL
NPC
IL19
76-1
219
89-7
1991
-148
.385
.4-
IN -8
NAR
OR
A-2
PHW
RH
oriz
onta
l Pre
801
220
202
NPC
ILN
PCIL
1977
-11
1992
-119
92-7
25.7
43.2
- IN
-3R
AJAS
THAN
-1PH
WR
Hor
izon
tal P
re34
610
090
N
PCIL
AEC
L19
65-8
1972
-11
1973
-12
0.0
0.0
PH IN
-4R
AJAS
THAN
-2PH
WR
Hor
izon
tal P
re69
320
018
7 N
PCIL
AEC
L/D
AE19
68-4
1980
-11
1981
-459
.861
.2PH
IN -1
1R
AJAS
THAN
-3PH
WR
Hor
izon
tal P
re80
122
020
2 N
PCIL
NPC
IL19
90-2
2000
-320
00-6
77.3
91.5
PH IN
-12
RAJ
ASTH
AN-4
PHW
RH
oriz
onta
l Pre
801
220
202
NPC
ILN
PCIL
1990
-10
2000
-11
2000
-12
78.6
92.7
PH IN
-19
RAJ
ASTH
AN-5
PHW
RH
oriz
onta
l Pre
801
220
202
NPC
ILN
PCIL
2002
-920
09-1
220
10-2
89.5
90.1
- IN
-20
RAJ
ASTH
AN-6
PHW
RH
oriz
onta
l Pre
801
220
202
NPC
ILN
PCIL
2003
-120
10-3
2010
-376
.076
.8-
IN -1
TAR
APU
R-1
BWR
BWR
-1, M
ark
2 53
016
015
0 N
PCIL
GE
1964
-10
1969
-419
69-1
077
.778
.4-
IN -2
TAR
APU
R-2
BWR
BWR
-1, M
ark
2 53
016
015
0 N
PCIL
GE
1964
-10
1969
-519
69-1
093
.194
.1-
IN -2
3TA
RAP
UR
-3PH
WR
Hor
izon
tal P
re17
3054
049
0 N
PCIL
NPC
IL20
00-5
2006
-620
06-8
70.6
91.7
- IN
-24
TAR
APU
R-4
PHW
RH
oriz
onta
l Pre
1730
540
490
NPC
ILN
PCIL
2000
-320
05-6
2005
-961
.088
.4-
IRAN
, ISL
. REP
. IR
-1BU
SHEH
R 1
PWR
VVER
V-4
4630
0010
0091
5 N
PPD
CO
ASE
1975
-520
11-9
—-
JAP
AN J
P -1
7FU
KUSH
IMA-
DAI
ICH
I-5BW
RBW
R-4
2381
784
760
TEP
CO
TOSH
IBA
1972
-519
77-9
1978
-445
.245
.2-
JP
-18
FUKU
SHIM
A-D
AIIC
HI-6
BWR
BWR
-532
9311
0010
67
TEP
CO
GE/
T19
73-1
019
79-5
1979
-10
44.3
45.5
- J
P -2
5FU
KUSH
IMA-
DAI
NI-1
BWR
BWR
-532
9311
0010
67
TEP
CO
TOSH
IBA
1976
-319
81-7
1982
-454
.255
.3-
JP
-26
FUKU
SHIM
A-D
AIN
I-2BW
RBW
R-5
3293
1100
1067
T
EPC
OH
ITAC
HI
1979
-519
83-6
1984
-255
.156
.2-
JP
-35
FUKU
SHIM
A-D
AIN
I-3BW
RBW
R-5
3293
1100
1067
T
EPC
OTO
SHIB
A19
81-3
1984
-12
1985
-654
.655
.7-
JP
-38
FUKU
SHIM
A-D
AIN
I-4BW
RBW
R-5
3293
1100
1067
T
EPC
OH
ITAC
HI
1981
-519
86-1
219
87-8
48.9
50.0
- J
P -1
2G
ENKA
I-1PW
RM
(2-lo
op)
1650
559
529
KYU
SHU
MH
I19
71-9
1975
-219
75-1
067
.067
.0-
JP
-27
GEN
KAI-2
PWR
M (2
-loop
)16
5055
952
9 K
YUSH
UM
HI
1977
-219
80-6
1981
-350
.550
.5-
JP
-45
GEN
KAI-3
PWR
M (4
-loop
)34
2311
8011
27
KYU
SHU
MH
I19
88-6
1993
-619
94-3
51.1
51.1
DS
JP
-46
GEN
KAI-4
PWR
M (4
-loop
)34
2311
8011
27
KYU
SHU
MH
I19
92-7
1996
-11
1997
-766
.666
.6D
S J
P -3
6H
AMAO
KA-3
BWR
BWR
-532
9311
0010
56
CH
UBU
TOSH
IBA
1983
-419
87-1
1987
-846
.847
.0-
JP
-49
HAM
AOKA
-4BW
RBW
R-5
3293
1137
1092
C
HU
BUTO
SHIB
A19
89-1
019
93-1
1993
-983
.085
.1-
JP
-60
HAM
AOKA
-5BW
RAB
WR
3926
1380
1325
C
HU
BUTO
SHIB
A20
00-7
2004
-420
05-1
56.2
67.7
-
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
S de
salin
atio
n, P
H p
roce
ss h
eatin
g.
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
r
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
37
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
JP
-58
HIG
ASH
I DO
RI 1
(TO
HO
KU)
BWR
BWR
-532
9311
0010
67
TO
HO
KUTO
SHIB
A20
00-1
120
05-3
2005
-12
50.6
50.6
- J
P -2
3IK
ATA-
1PW
RM
(2-lo
op)
1650
566
538
SH
IKO
KUM
HI
1973
-919
77-2
1977
-959
.960
.0D
S J
P -3
2IK
ATA-
2PW
RM
(2-lo
op)
1650
566
538
SH
IKO
KUM
HI
1978
-819
81-8
1982
-365
.965
.9D
S J
P -4
7IK
ATA-
3PW
RM
(3-lo
op)
2660
890
846
SH
IKO
KUM
HI
1990
-10
1994
-319
94-1
259
.959
.9D
S J
P -3
3KA
SHIW
AZAK
I KAR
IWA-
1BW
RBW
R-5
3293
1100
1067
T
EPC
OTO
SHIB
A19
80-6
1985
-219
85-9
23.1
23.1
- J
P -3
9KA
SHIW
AZAK
I KAR
IWA-
2BW
RBW
R-5
3293
1100
1067
T
EPC
OTO
SHIB
A19
85-1
119
90-2
1990
-90.
00.
0-
JP
-52
KASH
IWAZ
AKI K
ARIW
A-3
BWR
BWR
-532
9311
0010
67
TEP
CO
TOSH
IBA
1989
-319
92-1
219
93-8
0.0
0.0
- J
P -5
3KA
SHIW
AZAK
I KAR
IWA-
4BW
RBW
R-5
3293
1100
1067
T
EPC
OH
ITAC
HI
1990
-319
93-1
219
94-8
0.0
0.0
- J
P -4
0KA
SHIW
AZAK
I KAR
IWA-
5BW
RBW
R-5
3293
1100
1067
T
EPC
OH
ITAC
HI
1985
-619
89-9
1990
-423
.023
.0-
JP
-55
KASH
IWAZ
AKI K
ARIW
A-6
BWR
ABW
R39
2613
5613
15
TEP
CO
TOSH
IBA
1992
-11
1996
-119
96-1
145
.445
.4-
JP
-56
KASH
IWAZ
AKI K
ARIW
A-7
BWR
ABW
R39
2613
5613
15
TEP
CO
HIT
ACH
I19
93-7
1996
-12
1997
-737
.237
.2-
JP
-4M
IHAM
A-1
PWR
W (2
-loop
)10
3134
032
0 K
EPC
OW
H19
67-2
1970
-819
70-1
147
.047
.3-
JP
-6M
IHAM
A-2
PWR
M (2
-loop
)14
5650
047
0 K
EPC
OM
HI
1968
-519
72-4
1972
-753
.353
.5-
JP
-14
MIH
AMA-
3PW
RM
(3-lo
op)
2440
826
780
KEP
CO
MH
I19
72-8
1976
-219
76-1
257
.757
.7-
JP
-15
OH
I-1PW
RW
(4-lo
op)
3423
1175
1120
K
EPC
OW
H19
72-1
019
77-1
219
79-3
50.4
50.4
DS
JP
-19
OH
I-2PW
RW
(4-lo
op)
3423
1175
1120
K
EPC
OW
H19
72-1
219
78-1
019
79-1
261
.661
.6D
S J
P -5
0O
HI-3
PWR
M (4
-loop
)34
2311
8011
27
KEP
CO
MH
I19
87-1
019
91-6
1991
-12
51.8
51.8
- J
P -5
1O
HI-4
PWR
M (4
-loop
)34
2311
8011
27
KEP
CO
MH
I19
88-6
1992
-619
93-2
68.9
68.9
- J
P -2
2O
NAG
AWA-
1BW
RBW
R-4
1593
524
498
TO
HO
KUTO
SHIB
A19
80-7
1983
-11
1984
-632
.542
.5-
JP
-54
ON
AGAW
A-2
BWR
BWR
-524
3682
579
6 T
OH
OKU
TOSH
IBA
1991
-419
94-1
219
95-7
45.0
54.5
- J
P -5
7O
NAG
AWA-
3BW
RBW
R-5
2436
825
796
TO
HO
KUTO
SHIB
A19
98-1
2001
-520
02-1
46.0
56.0
- J
P -2
8SE
ND
AI-1
PWR
M (3
-loop
)26
6089
084
6 K
YUSH
UM
HI
1979
-12
1983
-919
84-7
54.0
54.0
- J
P -3
7SE
ND
AI-2
PWR
M (3
-loop
)26
6089
084
6 K
YUSH
UM
HI
1981
-10
1985
-419
85-1
162
.962
.9-
JP
-48
SHIK
A-1
BWR
BWR
-515
9353
050
5 H
OKU
RIK
UH
ITAC
HI
1989
-719
93-1
1993
-731
.931
.9-
JP
-59
SHIK
A-2
BWR
ABW
R39
2611
5011
08
HO
KUR
IKU
HIT
ACH
I20
01-8
2005
-720
06-3
44.2
44.2
- J
P -7
SHIM
ANE-
1BW
RBW
R-3
1380
460
439
CH
UG
OKU
HIT
ACH
I19
70-7
1973
-12
1974
-331
.731
.7-
JP
-41
SHIM
ANE-
2BW
RBW
R-5
2436
820
789
CH
UG
OKU
HIT
ACH
I19
85-2
1988
-719
89-2
56.1
56.1
- J
P -8
TAKA
HAM
A-1
PWR
M (3
-loop
)24
4082
678
0 K
EPC
OW
H/M
HI
1970
-419
74-3
1974
-11
50.6
50.6
- J
P -1
3TA
KAH
AMA-
2PW
RM
(3-lo
op)
2440
826
780
KEP
CO
MH
I19
71-3
1975
-119
75-1
158
.758
.7-
JP
-29
TAKA
HAM
A-3
PWR
M (3
-loop
)26
6087
083
0 K
EPC
OM
HI
1980
-12
1984
-519
85-1
61.7
61.7
DS
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
S de
salin
atio
n.
Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
38
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
JP
-30
TAKA
HAM
A-4
PWR
M (3
-loop
)26
6087
083
0 K
EPC
OM
HI
1981
-319
84-1
119
85-6
58.0
58.0
DS
JP
-21
TOKA
I-2BW
RBW
R-5
3293
1100
1060
J
APC
OG
E19
73-1
019
78-3
1978
-11
40.1
43.9
- J
P -4
3TO
MAR
I-1PW
RM
(2-lo
op)
1650
579
550
HEP
CO
MH
I19
85-4
1988
-12
1989
-654
.954
.9-
JP
-44
TOM
ARI-2
PWR
M (2
-loop
)16
5057
955
0 H
EPC
OM
HI
1985
-619
90-8
1991
-455
.655
.6-
JP
-64
TOM
ARI-3
PWR
M (3
-loop
)26
6091
286
6 H
EPC
OM
HI
2004
-11
2009
-320
09-1
272
.472
.4-
JP
-3TS
UR
UG
A-1
BWR
BWR
-210
7035
734
0 J
APC
OG
E19
66-1
119
69-1
119
70-3
34.3
34.4
- J
P -3
4TS
UR
UG
A-2
PWR
M (4
-loop
)34
1111
6011
08
JAP
CO
MH
I19
82-1
119
86-6
1987
-238
.738
.7-
KO
REA
, REP
. OF
KR
-7H
ANBI
T-1
PWR
WH
F27
8799
595
9 K
HN
PW
H19
81-6
1986
-319
86-8
94.4
94.7
- K
R -8
HAN
BIT-
2PW
RW
H F
2787
995
958
KH
NP
WH
1981
-12
1986
-11
1987
-693
.593
.7-
KR
-11
HAN
BIT-
3PW
RO
PR-1
000
2825
1039
1000
K
HN
PD
HIC
KAEC
1989
-12
1994
-10
1995
-390
.090
.3-
KR
-12
HAN
BIT-
4PW
RO
PR-1
000
2825
1039
996
KH
NP
DH
ICKA
EC19
90-5
1995
-719
96-1
91.5
91.7
- K
R -1
7H
ANBI
T-5
PWR
OPR
-100
028
2510
4699
3 K
HN
PD
HIC
KOPC
1997
-620
01-1
220
02-5
88.6
88.7
- K
R -1
8H
ANBI
T-6
PWR
OPR
-100
028
2510
5099
3 K
HN
PD
HIC
KOPC
1997
-11
2002
-920
02-1
291
.091
.3-
KR
-9H
ANU
L-1
PWR
Fran
ce C
PI27
8599
596
0 K
HN
PFR
AM19
83-1
1988
-419
88-9
91.6
91.7
- K
R -1
0H
ANU
L-2
PWR
Fran
ce C
PI27
7510
0696
1 K
HN
PFR
AM19
83-7
1989
-419
89-9
91.3
91.3
- K
R -1
3H
ANU
L-3
PWR
OPR
-100
028
2510
4799
4 K
HN
PD
HIC
KOPC
1993
-719
98-1
1998
-888
.888
.9-
KR
-14
HAN
UL-
4PW
RO
PR-1
000
2825
1045
998
KH
NP
DH
ICKO
PC19
93-1
119
98-1
219
99-1
270
.470
.4-
KR
-19
HAN
UL-
5PW
RO
PR-1
000
2815
1048
998
KH
NP
DH
ICKO
PC19
99-1
020
03-1
220
04-7
95.2
95.3
- K
R -2
0H
ANU
L-6
PWR
OPR
-100
028
2510
4899
7 K
HN
PD
HIC
KOPC
2000
-920
05-1
2005
-492
.892
.8-
KR
-1KO
RI-1
PWR
WH
	
651;
6017
2960
357
6 K
HN
PW
H19
72-4
1977
-619
78-4
84.8
85.1
- K
R -2
KOR
I-2PW
RW
H F
1882
675
637
KH
NP
WH
1977
-12
1983
-419
83-7
90.3
90.3
- K
R -5
KOR
I-3PW
RW
H F
2912
1042
1011
K
HN
PW
H19
79-1
019
85-1
1985
-989
.289
.2-
KR
-6KO
RI-4
PWR
WH
F29
1210
4210
07
KH
NP
WH
1980
-419
85-1
119
86-4
94.6
94.8
- K
R -2
1SH
IN-K
OR
I-1PW
RO
PR-1
000
2825
1045
997
KH
NP
DH
ICKO
PC20
06-6
2010
-820
11-2
89.5
89.8
- K
R -2
2SH
IN-K
OR
I-2PW
RO
PR-1
000
2825
1045
997
KH
NP
DH
ICKO
PC20
07-6
2012
-120
12-7
99.8
99.9
- K
R -2
3SH
IN-W
OLS
ON
G-1
PWR
OPR
-100
028
2510
4599
7 K
HN
PD
HIC
KOPC
2007
-11
2012
-120
12-7
94.9
95.6
- K
R -3
WO
LSO
NG
-1PH
WR
CAN
DU
620
6167
865
7 K
HN
PAE
CL
1977
-10
1982
-12
1983
-449
.849
.8-
KR
-4W
OLS
ON
G-2
PHW
RC
AND
U 6
2061
698
673
KH
NP
AEC
L/D
HI
1992
-619
97-4
1997
-793
.994
.1-
KR
-15
WO
LSO
NG
-3PH
WR
CAN
DU
620
6171
068
6 K
HN
PAE
CL/
DH
I19
94-3
1998
-319
98-7
93.7
93.8
-
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
S de
salin
atio
n.
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
r
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
39
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
KR
-16
WO
LSO
NG
-4PH
WR
CAN
DU
620
6171
869
4 K
HN
PAE
CL/
DH
I19
94-7
1999
-519
99-1
094
.594
.6-
MEX
ICO
MX
-1LA
GU
NA
VER
DE-
1BW
RBW
R-5
2027
700
765
CFE
GE
1976
-10
1989
-419
90-7
67.5
68.4
- M
X -2
LAG
UN
A VE
RD
E-2
BWR
BWR
-520
2770
076
5 C
FEG
E19
77-6
1994
-11
1995
-478
.879
.4-
NET
HER
LAN
DS
NL
-2BO
RSS
ELE
PWR
LWR
- PW
R13
6651
548
2 E
PZS/
KWU
1969
-719
73-7
1973
-10
91.1
91.4
-
PAK
ISTA
N P
K -2
CH
ASN
UPP
1PW
RC
NP-
300
999
325
300
PAE
CC
NN
C19
93-8
2000
-620
00-9
77.9
78.0
- P
K -3
CH
ASN
UPP
2PW
RPW
R99
932
530
0 P
AEC
CN
NC
2005
-12
2011
-320
11-5
85.4
85.4
- P
K -1
KAN
UPP
PHW
RC
AND
U-1
37 M
W43
313
712
5 P
AEC
CG
E19
66-8
1971
-10
1972
-12
47.7
47.7
DS
RO
MAN
IA R
O -1
CER
NAV
OD
A-1
PHW
RC
AND
U 6
2180
706
650
SN
NAE
CL
1982
-719
96-7
1996
-12
91.7
92.1
DH
RO
-2C
ERN
AVO
DA-
2PH
WR
CAN
DU
621
8070
565
0 S
NN
AEC
L19
83-7
2007
-820
07-1
094
.795
.5D
H
RU
SSIA
RU
-96
BALA
KOVO
-1PW
RVV
ER V
-320
3000
1000
950
REA
RO
SATO
M19
80-1
219
85-1
219
86-5
84.1
84.4
DH
, PH
RU
-97
BALA
KOVO
-2PW
RVV
ER V
-320
3000
1000
950
REA
RO
SATO
M19
81-8
1987
-10
1988
-190
.090
.3D
H, P
H R
U -9
8BA
LAKO
VO-3
PWR
VVER
V-3
2030
0010
0095
0 R
EAR
OSA
TOM
1982
-11
1988
-12
1989
-488
.989
.0D
H, P
H R
U -9
9BA
LAKO
VO-4
PWR
VVER
V-3
2032
0010
0095
0 R
EAR
OSA
TOM
1984
-419
93-4
1993
-12
90.6
90.6
DH
, PH
RU
-21
BELO
YAR
SK-3
FBR
BN-6
0014
7060
056
0 R
EAR
OSA
TOM
1969
-119
80-4
1981
-11
76.8
76.8
DH
, PH
RU
-141
BILI
BIN
O-1
LWG
REG
P-6
6212
11
REA
RO
SATO
M19
70-1
1974
-119
74-4
53.5
53.5
DH
RU
-142
BILI
BIN
O-2
LWG
REG
P-6
6212
11
REA
RO
SATO
M19
70-1
1974
-12
1975
-282
.082
.0D
H R
U -1
43BI
LIBI
NO
-3LW
GR
EGP-
662
1211
R
EAR
OSA
TOM
1970
-119
75-1
219
76-2
85.9
85.9
DH
RU
-144
BILI
BIN
O-4
LWG
REG
P-6
6212
11
REA
RO
SATO
M19
70-1
1976
-12
1977
-185
.485
.4D
H R
U -3
0KA
LIN
IN-1
PWR
VVER
V-3
3830
0010
0095
0 R
EAR
OSA
TOM
1977
-219
84-5
1985
-683
.483
.4D
H, P
H R
U -3
1KA
LIN
IN-2
PWR
VVER
V-3
3830
0010
0095
0 R
EAR
OSA
TOM
1982
-219
86-1
219
87-3
86.0
86.0
DH
, PH
RU
-36
KALI
NIN
-3PW
RVV
ER V
-320
3200
1000
950
REA
RO
SATO
M19
85-1
020
04-1
220
05-1
186
.586
.6PH
RU
-37
KALI
NIN
-4PW
RVV
ER V
-320
3200
1000
950
REA
RO
SATO
M19
86-8
2011
-11
2012
-12
- R
U -1
2KO
LA-1
PWR
VVER
V-2
3013
7544
041
1 R
EAR
OSA
TOM
1970
-519
73-6
1973
-12
83.9
84.0
DH
, PH
RU
-13
KOLA
-2PW
RVV
ER V
-230
1375
440
411
REA
RO
SATO
M19
70-5
1974
-12
1975
-284
.785
.2D
H, P
H R
U -3
2KO
LA-3
PWR
VVER
V-2
1313
7544
041
1 R
EAR
OSA
TOM
1977
-419
81-3
1982
-12
77.6
77.8
DH
, PH
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
S de
salin
atio
n, D
H d
istri
ct h
eatin
g, P
H p
roce
ss h
eatin
g.
Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
40
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
RU
-33
KOLA
-4PW
RVV
ER V
-213
1375
440
411
REA
RO
SATO
M19
76-8
1984
-10
1984
-12
83.5
83.6
DH
, PH
RU
-17
KUR
SK-1
LWG
RR
BMK-
1000
3200
1000
925
REA
RO
SATO
M19
72-6
1976
-12
1977
-10
80.5
81.4
DH
, PH
RU
-22
KUR
SK-2
LWG
RR
BMK-
1000
3200
1000
925
REA
RO
SATO
M19
73-1
1979
-119
79-8
82.0
82.2
DH
, PH
RU
-38
KUR
SK-3
LWG
RR
BMK-
1000
3200
1000
925
REA
RO
SATO
M19
78-4
1983
-10
1984
-371
.571
.7D
H, P
H R
U -3
9KU
RSK
-4LW
GR
RBM
K-10
0032
0010
0092
5 R
EAR
OSA
TOM
1981
-519
85-1
219
86-2
74.3
74.6
DH
, PH
RU
-15
LEN
ING
RAD
-1LW
GR
RBM
K-10
0032
0010
0092
5 R
EAR
OSA
TOM
1970
-319
73-1
219
74-1
166
.367
.1D
H, P
H R
U -1
6LE
NIN
GR
AD-2
LWG
RR
BMK-
1000
3200
1000
925
REA
RO
SATO
M19
70-6
1975
-719
76-2
84.2
84.4
DH
, PH
RU
-34
LEN
ING
RAD
-3LW
GR
RBM
K-10
0032
0010
0092
5 R
EAR
OSA
TOM
1973
-12
1979
-12
1980
-680
.280
.3D
H, P
H R
U -3
5LE
NIN
GR
AD-4
LWG
RR
BMK-
1000
3200
1000
925
REA
RO
SATO
M19
75-2
1981
-219
81-8
77.0
77.2
DH
, PH
RU
-9N
OVO
VOR
ON
EZH
-3PW
RVV
ER V
-179
1375
417
385
REA
RO
SATO
M19
67-7
1971
-12
1972
-669
.270
.1D
H, P
H R
U -1
1N
OVO
VOR
ON
EZH
-4PW
RVV
ER V
-179
1375
417
385
REA
RO
SATO
M19
67-7
1972
-12
1973
-384
.485
.6D
H, P
H R
U -2
0N
OVO
VOR
ON
EZH
-5PW
RVV
ER V
-187
3000
1000
950
REA
RO
SATO
M19
74-3
1980
-519
81-2
68.1
68.6
DH
, PH
RU
-59
RO
STO
V-1
PWR
VVER
V-3
20I
3200
1000
950
REA
RO
SATO
M19
81-9
2001
-320
01-1
288
.488
.5-
RU
-62
RO
STO
V-2
PWR
VVER
V-3
20I
3200
1000
950
REA
RO
SATO
M19
83-5
2010
-320
10-1
289
.089
.5-
RU
-23
SMO
LEN
SK-1
LWG
RR
BMK-
1000
3200
1000
925
REA
RO
SATO
M19
75-1
019
82-1
219
83-9
75.1
75.4
DH
, PH
RU
-24
SMO
LEN
SK-2
LWG
RR
BMK-
1000
3200
1000
925
REA
RO
SATO
M19
76-6
1985
-519
85-7
86.9
87.3
DH
, PH
RU
-67
SMO
LEN
SK-3
LWG
RR
BMK-
1000
3200
1000
925
REA
RO
SATO
M19
84-5
1990
-119
90-1
074
.774
.8D
H, P
H
SLO
VAKI
A S
K -1
3BO
HU
NIC
E-3
PWR
VVER
V-2
1314
7150
547
2 S
E,pl
cSK
OD
A19
76-1
219
84-8
1985
-287
.389
.7D
H, P
H S
K -1
4BO
HU
NIC
E-4
PWR
VVER
V-2
1314
7150
547
2 S
E,pl
cSK
OD
A19
76-1
219
85-8
1985
-12
86.6
88.7
DH
, PH
SK
-6M
OC
HO
VCE-
1PW
RVV
ER V
-213
1471
470
436
SE,
plc
SKO
DA
1983
-10
1998
-719
98-1
089
.790
.2-
SK
-7M
OC
HO
VCE-
2PW
RVV
ER V
-213
1471
470
436
SE,
plc
SKO
DA
1983
-10
1999
-12
2000
-489
.089
.9-
SLO
VEN
IA S
I -1
KRSK
OPW
RW
estin
ghou
se 2
1994
727
688
NEK
WH
1975
-319
81-1
019
83-1
92.8
93.0
-
SO
UTH
AFR
ICA
ZA
-1KO
EBER
G-1
PWR
CP1
2775
970
930
ESK
OM
FRAM
1976
-719
84-4
1984
-781
.982
.2-
ZA
-2KO
EBER
G-2
PWR
CP1
2775
970
930
ESK
OM
FRAM
1976
-719
85-7
1985
-11
76.9
78.0
-
SPA
IN E
S -6
ALM
ARAZ
-1PW
RW
E 3-
loop
s29
4710
4910
04
CN
ATW
H19
73-7
1981
-519
83-9
85.8
86.8
- E
S -7
ALM
ARAZ
-2PW
RW
E 3-
loop
s29
4710
4410
06
CN
ATW
H19
73-7
1983
-10
1984
-788
.189
.0-
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
H d
istri
ct h
eatin
g, P
H p
roce
ss h
eatin
g.
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
r
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
41
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
ES
-8AS
CO
-1PW
RW
E 3-
loop
s29
4110
3399
5 A
NAV
WH
1974
-519
83-8
1984
-12
80.2
81.5
- E
S -9
ASC
O-2
PWR
WE
3-lo
ops
2941
1035
997
AN
AVW
H19
75-3
1985
-10
1986
-385
.387
.4-
ES
-10
CO
FREN
TES
BWR
BWR
-632
3711
0210
64
IDG
E19
75-9
1984
-10
1985
-388
.990
.1-
ES
-2SA
NTA
MAR
IA D
E G
ARO
NA
BWR
BWR
-313
8146
644
6 N
UC
LEN
OR
GE
1966
-919
71-3
1971
-593
.193
.4-
ES
-11
TRIL
LO-1
PWR
PWR
3 lo
ops
3010
1066
1003
C
NAT
KWU
1979
-819
88-5
1988
-887
.688
.3-
ES
-16
VAN
DEL
LOS-
2PW
RW
E 3-
loop
s29
4110
8710
45
AN
AVW
H19
80-1
219
87-1
219
88-3
77.2
78.3
-
SW
EDEN
SE
-9FO
RSM
ARK-
1BW
RBW
R-7
529
2810
2298
4 F
KAAB
BATO
M19
73-6
1980
-619
80-1
285
.586
.1-
SE
-11
FOR
SMAR
K-2
BWR
BWR
-75
2928
1034
996
FKA
ABBA
TOM
1975
-119
81-1
1981
-771
.972
.4-
SE
-14
FOR
SMAR
K-3
BWR
BWR
-300
033
0012
1211
70
FKA
ABBA
TOM
1979
-119
85-3
1985
-882
.383
.1-
SE
-2O
SKAR
SHAM
N-1
BWR
ABB
BWR
1375
492
473
OKG
ABBA
TOM
1966
-819
71-8
1972
-261
.262
.3-
SE
-3O
SKAR
SHAM
N-2
BWR
ABB
BWR
1800
661
638
OKG
ABBA
TOM
1969
-919
74-1
019
75-1
80.4
81.6
- S
E -1
2O
SKAR
SHAM
N-3
BWR
BWR
-75
3900
1450
1400
O
KGAB
BATO
M19
80-5
1985
-319
85-8
52.0
52.8
- S
E -4
RIN
GH
ALS-
1BW
RBW
R25
4091
086
5 R
ABAB
BATO
M19
69-2
1974
-10
1976
-155
.656
.5-
SE
-5R
ING
HAL
S-2
PWR
WE
(3 lo
ops)
2660
917
865
RAB
WH
1970
-10
1974
-819
75-5
53.8
55.1
- S
E -7
RIN
GH
ALS-
3PW
RW
E (3
loop
s)31
3511
1710
64
RAB
WH
1972
-919
80-9
1981
-985
.187
.1-
SE
-10
RIN
GH
ALS-
4PW
RW
E (3
loop
s)27
7599
094
0 R
ABW
H19
73-1
119
82-6
1983
-11
80.0
81.9
-
SW
ITZE
RLA
ND
CH
-1BE
ZNAU
-1PW
RW
H -
2 lo
ops
1130
380
365
Axp
o AG
WH
1965
-919
69-7
1969
-990
.890
.8D
H C
H -3
BEZN
AU-2
PWR
WH
- 2
loop
s11
3038
036
5 A
xpo
AGW
H19
68-1
1971
-10
1971
-12
89.2
89.3
DH
CH
-4G
OES
GEN
PWR
PWR
3 L
oop
3002
1035
985
KKG
KWU
1973
-12
1979
-219
79-1
192
.993
.1PH
CH
-5LE
IBST
ADT
BWR
BWR
-636
0012
7511
90
KKL
GET
SCO
1974
-119
84-5
1984
-12
86.6
87.7
- C
H -2
MU
EHLE
BER
GBW
RBW
R-4
1097
390
373
BKW
GET
SCO
1967
-319
71-7
1972
-11
87.9
88.0
-
UK
GB
-18A
DU
NG
ENES
S-B1
GC
RAG
R15
0061
552
0 E
DF
UK
APC
1965
-10
1983
-419
85-4
32.2
32.2
- G
B -1
8BD
UN
GEN
ESS-
B2G
CR
AGR
1500
615
520
ED
F U
KAP
C19
65-1
019
85-1
219
89-4
42.0
42.0
- G
B -1
9AH
ARTL
EPO
OL-
A1G
CR
AGR
1500
655
595
ED
F U
KN
PC19
68-1
019
83-8
1989
-460
.560
.5-
GB
-19B
HAR
TLEP
OO
L-A2
GC
RAG
R15
0065
558
5 E
DF
UK
NPC
1968
-10
1984
-10
1989
-459
.359
.3-
GB
-20A
HEY
SHAM
-A1
GC
RAG
R15
0062
558
5 E
DF
UK
NPC
1970
-12
1983
-719
89-4
57.4
57.4
- G
B -2
0BH
EYSH
AM-A
2G
CR
AGR
1500
625
575
ED
F U
KN
PC19
70-1
219
84-1
019
89-4
48.4
48.4
-
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
H d
istri
ct h
eatin
g, P
H p
roce
ss h
eatin
g. Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
42
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
GB
-22A
HEY
SHAM
-B1
GC
RAG
R15
5068
061
0 E
DF
UK
NPC
1980
-819
88-7
1989
-480
.681
.0-
GB
-22B
HEY
SHAM
-B2
GC
RAG
R15
5068
061
0 E
DF
UK
NPC
1980
-819
88-1
119
89-4
73.7
74.2
- G
B -1
6AH
INKL
EY P
OIN
T-B1
GC
RAG
R14
9465
543
5 E
DF
UK
TNPG
1967
-919
76-1
019
78-1
073
.774
.0-
GB
-16B
HIN
KLEY
PO
INT-
B2G
CR
AGR
1494
655
435
ED
F U
KTN
PG19
67-9
1976
-219
76-9
80.2
80.2
- G
B -1
7AH
UN
TER
STO
N-B
1G
CR
AGR
1496
644
460
ED
F U
KTN
PG19
67-1
119
76-2
1976
-277
.977
.9-
GB
-17B
HU
NTE
RST
ON
-B2
GC
RAG
R14
9664
443
0 E
DF
UK
TNPG
1967
-11
1977
-319
77-3
81.4
81.6
- G
B -2
4SI
ZEW
ELL-
BPW
RSN
UPP
S34
2512
5011
91
ED
F U
KPP
C19
88-7
1995
-219
95-9
78.8
78.8
- G
B -2
3ATO
RN
ESS
1G
CR
AGR
1623
682
595
ED
F U
KN
NC
1980
-819
88-5
1988
-581
.481
.7-
GB
-23B
TOR
NES
S 2
GC
RAG
R16
2368
259
5 E
DF
UK
NN
C19
80-8
1989
-219
89-2
81.4
82.2
- G
B -1
3AW
YLFA
1G
CR
MAG
NO
X19
2054
049
0 M
ELEE
/B&W
/T19
63-9
1971
-119
71-1
168
.068
.4-
UKR
AIN
E U
A -4
0KH
MEL
NIT
SKI-1
PWR
VVER
V-3
2030
0010
0095
0 N
NEG
CPA
IP19
81-1
119
87-1
219
88-8
81.0
82.1
DH
UA
-41
KHM
ELN
ITSK
I-2PW
RVV
ER V
-320
3000
1000
950
NN
EGC
PAIP
1985
-220
04-8
2005
-12
70.4
71.8
DH
UA
-27
RO
VNO
-1PW
RVV
ER V
-213
1375
420
381
NN
EGC
PAIP
1973
-819
80-1
219
81-9
61.8
62.2
DH
UA
-28
RO
VNO
-2PW
RVV
ER V
-213
1375
415
376
NN
EGC
PAIP
1973
-10
1981
-12
1982
-774
.274
.8D
H U
A -2
9R
OVN
O-3
PWR
VVER
V-3
2030
0010
0095
0 N
NEG
CPA
IP19
80-2
1986
-12
1987
-568
.069
.8D
H U
A -6
9R
OVN
O-4
PWR
VVER
V-3
2030
0010
0095
0 N
NEG
CPA
A19
86-8
2004
-10
2006
-472
.375
.9D
H U
A -4
4SO
UTH
UKR
AIN
E-1
PWR
VVER
V-3
0230
0010
0095
0 N
NEG
CPA
A19
76-8
1982
-12
1983
-12
75.7
80.8
DH
UA
-45
SOU
TH U
KRAI
NE-
2PW
RVV
ER V
-338
3000
1000
950
NN
EGC
PAA
1981
-719
85-1
1985
-476
.778
.7D
H U
A -4
8SO
UTH
UKR
AIN
E-3
PWR
VVER
V-3
2030
0010
0095
0 N
NEG
CPA
A19
84-1
119
89-9
1989
-12
61.9
67.9
DH
UA
-54
ZAPO
RO
ZHE-
1PW
RVV
ER V
-320
3000
1000
950
NN
EGC
PAIP
1980
-419
84-1
219
85-1
278
.479
.8D
H U
A -5
6ZA
POR
OZH
E-2
PWR
VVER
V-3
2030
0010
0095
0 N
NEG
CPA
IP19
81-1
1985
-719
86-2
79.6
81.1
DH
UA
-78
ZAPO
RO
ZHE-
3PW
RVV
ER V
-320
3000
1000
950
NN
EGC
PAIP
1982
-419
86-1
219
87-3
81.9
84.9
DH
UA
-79
ZAPO
RO
ZHE-
4PW
RVV
ER V
-320
3000
1000
950
NN
EGC
PAIP
1983
-419
87-1
219
88-4
80.3
81.7
DH
UA
-126
ZAPO
RO
ZHE-
5PW
RVV
ER V
-320
3000
1000
950
NN
EGC
PAIP
1985
-11
1989
-819
89-1
081
.483
.1D
H U
A -1
27ZA
POR
OZH
E-6
PWR
VVER
V-3
2030
0010
0095
0 N
NEG
CPA
IP19
86-6
1995
-10
1996
-982
.383
.1D
H
USA
US
-313
ARKA
NSA
S O
NE-
1PW
RB&
W (L
-loop
) D25
6890
384
2 E
NTE
RG
YB&
W19
68-1
019
74-8
1974
-12
92.8
92.8
- U
S -3
68AR
KAN
SAS
ON
E-2
PWR
CE
(2-lo
op) D
R30
2610
6599
3 E
NTE
RG
YC
E19
68-1
219
78-1
219
80-3
92.7
92.7
- U
S -3
34BE
AVER
VAL
LEY-
1PW
RW
(3-lo
op)
2900
959
892
FEN
OC
WH
1970
-619
76-6
1976
-10
94.6
94.6
-
Not
e: T
he c
olum
n "N
on-e
lect
rical
app
licat
ions
" ind
icat
es th
e us
e of
the
faci
lity
to p
rovi
de: D
H d
istri
ct h
eatin
g.
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
r
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
43
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
US
-412
BEAV
ER V
ALLE
Y-2
PWR
W (3
-loop
)29
0095
888
5 F
ENO
CW
H19
74-5
1987
-819
87-1
190
.990
.9-
US
-456
BRAI
DW
OO
D-1
PWR
W (4
-loop
)35
8712
4211
78
EXE
LON
WH
1975
-819
87-7
1988
-794
.894
.8-
US
-457
BRAI
DW
OO
D-2
PWR
W (4
-loop
) DR
Y35
8712
1011
52
EXE
LON
WH
1975
-819
88-5
1988
-10
94.0
94.0
- U
S -2
59BR
OW
NS
FER
RY-
1BW
RBW
R-4
(Mar
k 1)
3458
1155
1101
T
VAG
E19
67-5
1973
-10
1974
-890
.391
.6-
US
-260
BRO
WN
S FE
RR
Y-2
BWR
BWR
-4 (M
ark
1)34
5811
5511
04
TVA
GE
1967
-519
74-8
1975
-391
.392
.8-
US
-296
BRO
WN
S FE
RR
Y-3
BWR
BWR
-4 (M
ark
1)34
5811
5511
05
TVA
GE
1968
-719
76-9
1977
-386
.588
.4-
US
-325
BRU
NSW
ICK-
1BW
RBW
R-4
(Mar
k 1)
2923
990
938
PR
OG
RES
SG
E19
70-2
1976
-12
1977
-388
.288
.2-
US
-324
BRU
NSW
ICK-
2BW
RBW
R-4
(Mar
k 1)
2923
960
920
PR
OG
RES
SG
E19
70-2
1975
-419
75-1
190
.890
.8-
US
-454
BYR
ON
-1PW
RW
(4-lo
op) (
DR
3587
1242
1164
E
XELO
NW
H19
75-4
1985
-319
85-9
93.4
93.4
- U
S -4
55BY
RO
N-2
PWR
W (4
-Loo
p) (D
R35
8712
1011
36
EXE
LON
WH
1975
-419
87-2
1987
-895
.995
.9-
US
-483
CAL
LAW
AY-1
PWR
W (4
-loop
) DR
Y35
6512
7512
15
Am
eren
UE
WH
1975
-919
84-1
019
84-1
291
.891
.8-
US
-317
CAL
VER
T C
LIFF
S-1
PWR
CE
(2-lo
op) (
D27
3791
886
6 C
ON
STEL
LC
E19
68-6
1975
-119
75-5
92.1
92.2
- U
S -3
18C
ALVE
RT
CLI
FFS-
2PW
RC
E (2
-loop
) (D
2737
911
850
CO
NST
ELL
CE
1968
-619
76-1
219
77-4
96.5
96.5
- U
S -4
13C
ATAW
BA-1
PWR
W (4
-loop
) (IC
3411
1188
1146
D
UKE
ENER
WH
1974
-519
85-1
1985
-689
.889
.8-
US
-414
CAT
AWBA
-2PW
RW
(4-lo
op) (
IC34
1111
8811
46
DU
KEEN
ERW
H19
74-5
1986
-519
86-8
93.5
93.5
- U
S -4
61C
LIN
TON
-1BW
RBW
R-6
(Mar
k 3)
3473
1098
1065
E
XELO
NG
E19
75-1
019
87-4
1987
-11
94.9
94.9
- U
S -3
97C
OLU
MBI
ABW
RBW
R-5
(Mar
k 2)
3486
1173
1107
E
NER
GYN
WG
E19
72-8
1984
-519
84-1
283
.884
.0-
US
-445
CO
MAN
CH
E PE
AK-1
PWR
W (4
-loop
) DR
Y36
1212
5912
09
LU
MIN
ANT
WH
1974
-12
1990
-419
90-8
95.1
95.1
- U
S -4
46C
OM
ANC
HE
PEAK
-2PW
RW
(4-lo
op) D
RY
3458
1250
1197
L
UM
INAN
TW
H19
74-1
219
93-4
1993
-894
.294
.2-
US
-298
CO
OPE
RBW
RBW
R-4
(Mar
k 1)
2419
801
768
EN
TER
GY
GE
1968
-619
74-5
1974
-789
.289
.2-
US
-302
CR
YSTA
L R
IVER
-3PW
RB&
W (L
-loop
)25
6889
086
0 P
RO
GR
ESS
B&W
1968
-919
77-1
1977
-332
.932
.9-
US
-346
DAV
IS B
ESSE
-1PW
RB&
W (R
-loop
)28
1792
589
4 F
ENO
CB&
W19
70-9
1977
-819
78-7
83.8
83.8
- U
S -2
75D
IABL
O C
ANYO
N-1
PWR
W (4
-loop
)34
1111
9711
22
PG
&EW
H19
68-4
1984
-11
1985
-591
.391
.3-
US
-323
DIA
BLO
CAN
YON
-2PW
RW
(4-lo
op)
3411
1197
1118
P
G&E
WH
1970
-12
1985
-10
1986
-389
.790
.0-
US
-315
DO
NAL
D C
OO
K-1
PWR
W (4
-loop
) IC
E33
0411
0010
45
AEP
WH
1969
-319
75-2
1975
-868
.868
.8-
US
-316
DO
NAL
D C
OO
K-2
PWR
W (4
-loop
) IC
E34
6811
5110
77
AEP
WH
1969
-319
78-3
1978
-791
.291
.2-
US
-237
DR
ESD
EN-2
BWR
BWR
-3 (M
ark
1)29
5792
688
3 E
XELO
NG
E19
66-1
1970
-419
70-6
96.3
96.3
- U
S -2
49D
RES
DEN
-3BW
RBW
R-3
(Mar
k 1)
2957
890
850
EXE
LON
GE
1966
-10
1971
-719
71-1
195
.295
.2-
US
-331
DU
ANE
ARN
OLD
-1BW
RBW
R-4
(Mar
k 1)
1912
624
601
NEX
TER
AG
E19
70-6
1974
-519
75-2
91.6
91.6
- U
S -3
48FA
RLE
Y-1
PWR
W (3
-loop
)27
7591
887
4 S
OU
THER
NW
H19
70-1
019
77-8
1977
-12
93.6
93.6
-
Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
44
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
US
-364
FAR
LEY-
2PW
RW
(3-lo
op) D
RY
2775
928
883
SO
UTH
ERN
WH
1970
-10
1981
-519
81-7
92.8
92.8
- U
S -3
41FE
RM
I-2BW
RBW
R-4
(Mar
k 1)
3430
1100
1037
D
TED
ISO
NG
E19
72-9
1986
-919
88-1
84.8
84.8
- U
S -3
33FI
TZPA
TRIC
KBW
RBW
R-4
(Mar
k 1)
2536
849
813
EN
TER
GY
GE
1968
-919
75-2
1975
-793
.793
.7-
US
-285
FOR
T C
ALH
OU
N-1
PWR
CE
(2-lo
op)
1500
512
482
OPP
DC
E19
68-6
1973
-819
73-9
58.9
58.9
- U
S -4
16G
RAN
D G
ULF
-1BW
RBW
R-6
(Mar
k 3)
3898
1333
1266
E
NTE
RG
YG
E19
74-5
1984
-10
1985
-788
.588
.5-
US
-261
H.B
. RO
BIN
SON
-2PW
RW
(3-lo
op) D
RY
2339
780
741
PR
OG
RES
SW
H19
67-4
1970
-919
71-3
84.1
84.1
- U
S -3
21H
ATC
H-1
BWR
BWR
-4 (M
ark
1)28
0491
187
6 S
OU
THER
NG
E19
68-9
1974
-11
1975
-12
91.6
91.6
- U
S -3
66H
ATC
H-2
BWR
BWR
-4 (M
ark
1)28
0492
188
3 S
OU
THER
NG
E19
72-2
1978
-919
79-9
89.3
89.3
- U
S -3
54H
OPE
CR
EEK-
1BW
RBW
R-4
(Mar
k 1)
3840
1240
1172
P
SEG
GE
1976
-319
86-8
1986
-12
95.1
95.1
- U
S -2
47IN
DIA
N P
OIN
T-2
PWR
W (4
-loop
) DR
Y32
1610
6710
20
EN
TER
GY
WH
1966
-10
1973
-619
74-8
92.5
92.5
- U
S -2
86IN
DIA
N P
OIN
T-3
PWR
W (4
-loop
) DR
Y32
1610
8510
40
EN
TER
GY
WH
1968
-11
1976
-419
76-8
95.2
95.3
- U
S -3
05KE
WAU
NEE
PWR
W (2
-loop
) DR
Y17
7259
556
6 D
OM
INIO
NW
H19
68-8
1974
-419
74-6
92.6
92.6
- U
S -3
73LA
SALL
E-1
BWR
BWR
-5 (M
ark
2)35
4612
0711
37
EXE
LON
GE
1973
-919
82-9
1984
-194
.894
.8-
US
-374
LASA
LLE-
2BW
RBW
R-5
(Mar
k 2)
3546
1207
1140
E
XELO
NG
E19
73-9
1984
-419
84-1
097
.297
.2-
US
-352
LIM
ERIC
K-1
BWR
BWR
-4 (M
ark
2)35
1511
9411
30
EXE
LON
GE
1974
-619
85-4
1986
-294
.094
.0-
US
-353
LIM
ERIC
K-2
BWR
BWR
-4 (M
ark
2)35
1511
9411
34
EXE
LON
GE
1974
-619
89-9
1990
-195
.395
.3-
US
-369
MC
GU
IRE-
1PW
RW
(4-lo
op) I
CE
3411
1185
1129
D
UKE
ENER
WH
1971
-419
81-9
1981
-12
92.9
92.9
- U
S -3
70M
CG
UIR
E-2
PWR
W (4
-loop
) (IC
3411
1185
1129
D
UKE
ENER
WH
1971
-419
83-5
1984
-388
.888
.8-
US
-336
MIL
LSTO
NE-
2PW
RC
OM
B C
E D
RYA
MB
2700
918
869
DO
MIN
ION
CE
1969
-11
1975
-11
1975
-12
87.4
87.9
- U
S -4
23M
ILLS
TON
E-3
PWR
W (4
-loop
) DR
Y36
5012
8012
18
DO
MIN
ION
WH
1974
-819
86-2
1986
-492
.192
.1-
US
-263
MO
NTI
CEL
LOBW
RBW
R-3
1775
613
578
NSP
GE
1967
-619
71-3
1971
-688
.888
.8-
US
-220
NIN
E M
ILE
POIN
T-1
BWR
BWR
-2 (M
ark
1)18
5064
262
1 C
ON
STEL
LG
E19
65-4
1969
-11
1969
-12
94.0
94.0
- U
S -4
10N
INE
MIL
E PO
INT-
2BW
RBW
R-5
(Mar
k 2)
3988
1320
1276
C
ON
STEL
LG
E19
75-8
1987
-819
88-3
92.0
92.0
- U
S -3
38N
OR
TH A
NN
A-1
PWR
W (3
-loop
)29
4099
094
3 D
OM
INIO
NW
H19
71-2
1978
-419
78-6
88.1
92.6
- U
S -3
39N
OR
TH A
NN
A-2
PWR
W (3
-loop
)29
4010
1194
3 D
OM
INIO
NW
H19
71-2
1980
-819
80-1
286
.691
.7-
US
-269
OC
ON
EE-1
PWR
B&W
(L-lo
op)
2568
891
846
DU
KEEN
ERB&
W19
67-1
119
73-5
1973
-787
.887
.8-
US
-270
OC
ON
EE-2
PWR
B&W
(L-lo
op)
2568
891
846
DU
KEEN
ERB&
W19
67-1
119
73-1
219
74-9
93.3
93.3
- U
S -2
87O
CO
NEE
-3PW
RB&
W (L
-loop
)25
6889
184
6 D
UKE
ENER
B&W
1967
-11
1974
-919
74-1
293
.293
.2-
US
-219
OYS
TER
CR
EEK
BWR
BWR
-2 (M
ark
1)19
3065
261
9 E
XELO
NG
E19
64-1
219
69-9
1969
-12
91.7
91.9
- U
S -2
55PA
LISA
DES
PWR
CE
(2-lo
op) D
R25
6584
579
3 E
NTE
RG
YC
E19
67-3
1971
-12
1971
-12
89.7
89.7
-
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
r
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
45
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
US
-528
PALO
VER
DE-
1PW
RC
E (2
-loop
) DR
3990
1414
1311
A
PSC
E19
76-5
1985
-619
86-1
90.6
90.6
- U
S -5
29PA
LO V
ERD
E-2
PWR
CO
MB
CE8
0 D
RYA
3990
1414
1314
A
PSC
E19
76-6
1986
-519
86-9
87.7
87.7
- U
S -5
30PA
LO V
ERD
E-3
PWR
CO
MB
CE8
0 D
RYA
3990
1414
1312
A
PSC
E19
76-6
1987
-11
1988
-190
.790
.7-
US
-277
PEAC
H B
OTT
OM
-2BW
RBW
R-4
(Mar
k 1)
3514
1182
1125
E
XELO
NG
E19
68-1
1974
-219
74-7
94.4
94.4
- U
S -2
78PE
ACH
BO
TTO
M-3
BWR
BWR
-4 (M
ark
1)35
1411
8211
38
EXE
LON
GE
1968
-119
74-9
1974
-12
95.8
95.8
- U
S -4
40PE
RR
Y-1
BWR
BWR
-6 (M
ark
3)37
5813
0312
40
FEN
OC
GE
1974
-10
1986
-12
1987
-11
89.4
89.4
- U
S -2
93PI
LGR
IM-1
BWR
BWR
-3 (M
ark
1)20
2871
167
7 E
NTE
RG
YG
E19
68-8
1972
-719
72-1
295
.495
.6-
US
-266
POIN
T BE
ACH
-1PW
RW
(2-lo
op) D
RY
1800
640
591
NEX
TER
AW
H19
67-7
1970
-11
1970
-12
90.8
90.8
- U
S -3
01PO
INT
BEAC
H-2
PWR
W (2
-loop
) DR
Y18
0064
059
1 N
EXTE
RA
WH
1968
-719
72-8
1972
-10
86.9
86.9
- U
S -2
82PR
AIR
IE IS
LAN
D-1
PWR
W (2
-loop
) DR
Y16
7756
652
2 N
SPW
H19
68-6
1973
-12
1973
-12
87.0
87.0
- U
S -3
06PR
AIR
IE IS
LAN
D-2
PWR
W (2
-loop
) DR
Y16
7756
051
8 N
SPW
H19
69-6
1974
-12
1974
-12
89.4
89.4
- U
S -2
54Q
UAD
CIT
IES-
1BW
RBW
R-3
(Mar
k 1)
2957
940
908
EXE
LON
GE
1967
-219
72-4
1973
-295
.995
.9-
US
-265
QU
AD C
ITIE
S-2
BWR
BWR
-3 (M
ark
1)29
5794
091
1 E
XELO
NG
E19
67-2
1972
-519
73-3
94.0
94.0
- U
S -2
44R
.E. G
INN
APW
RW
(2-lo
op)
1775
608
580
CO
NST
ELL
WH
1966
-419
69-1
219
70-7
93.1
93.1
- U
S -4
58R
IVER
BEN
D-1
BWR
BWR
-6 (M
ark
3)30
9110
1696
7 E
NTE
RG
YG
E19
77-3
1985
-12
1986
-690
.591
.7-
US
-272
SALE
M-1
PWR
W (4
-loop
) DR
Y34
5912
5411
68
PSE
GW
H19
68-9
1976
-12
1977
-693
.093
.3-
US
-311
SALE
M-2
PWR
W (4
-loop
) DR
Y34
5912
0011
34
PSE
GW
H19
68-9
1981
-619
81-1
090
.490
.4-
US
-361
SAN
ON
OFR
E-2
PWR
CE
(2-lo
op) D
R34
3811
2710
70
SC
EC
E19
74-3
1982
-919
83-8
65.1
65.3
- U
S -3
62SA
N O
NO
FRE-
3PW
RC
E (2
-loop
) DR
3438
1127
1080
S
CE
CE
1974
-319
83-9
1984
-468
.668
.8-
US
-443
SEAB
RO
OK-
1PW
RW
(4-lo
op) D
RY
3648
1296
1246
N
EXTE
RA
WH
1976
-719
90-5
1990
-887
.487
.4-
US
-327
SEQ
UO
YAH
-1PW
RW
(4-lo
op) I
CE
3455
1221
1152
T
VAW
H19
70-5
1980
-719
81-7
92.7
92.7
- U
S -3
28SE
QU
OYA
H-2
PWR
W (4
-loop
) (IC
3455
1200
1125
T
VAW
H19
70-5
1981
-12
1982
-689
.189
.1-
US
-400
SHEA
RO
N H
ARR
IS-1
PWR
W (3
-loop
) DR
Y29
0096
092
8 P
RO
GR
ESS
WH
1978
-119
87-1
1987
-593
.093
.0-
US
-498
SOU
TH T
EXAS
-1PW
RW
(4-lo
op)
3853
1354
1280
S
TPW
H19
75-1
219
88-3
1988
-891
.591
.5-
US
-499
SOU
TH T
EXAS
-2PW
RW
(4-lo
op) D
RY
3853
1354
1280
S
TPW
H19
75-1
219
89-4
1989
-685
.385
.3-
US
-335
ST. L
UC
IE-1
PWR
CO
MB
CE
DR
YAM
B30
0010
5098
2 F
PLC
E19
70-7
1976
-519
76-1
284
.784
.7-
US
-389
ST. L
UC
IE-2
PWR
CO
MB
CE
DR
YAM
B27
0088
283
9 F
PLC
E19
77-6
1983
-619
83-8
80.9
80.9
- U
S -2
80SU
RR
Y-1
PWR
W (3
-loop
) DR
Y28
5789
083
8 D
OM
INIO
NW
H19
68-6
1972
-719
72-1
293
.894
.2-
US
-281
SUR
RY-
2PW
RW
(3-lo
op) D
RY
2857
890
838
DO
MIN
ION
WH
1968
-619
73-3
1973
-590
.590
.5-
US
-387
SUSQ
UEH
ANN
A-1
BWR
BWR
-4 (M
ark
2)39
5213
3012
57
PPL
_SU
SQG
E19
73-1
119
82-1
119
83-6
85.3
85.3
-
Ope
rato
rN
SS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
46
EA
F %
UC
F %
Non
-20
08–
2008
–el
ectri
cal
Cod
eN
ame
Ther
mal
Gro
ssN
et
2012
2012
appl
ics
US
-388
SUSQ
UEH
ANN
A-2
BWR
BWR
-4 (M
ark
2)39
5213
3012
57
PPL
_SU
SQG
E19
73-1
119
84-7
1985
-289
.989
.9-
US
-289
THR
EE M
ILE
ISLA
ND
-1PW
RB&
W (L
-loop
)25
6888
081
9 E
XELO
NB&
W19
68-5
1974
-619
74-9
92.3
92.3
- U
S -2
50TU
RKE
Y PO
INT-
3PW
RW
(3-lo
op) D
RY
2300
829
802
FPL
WH
1967
-419
72-1
119
72-1
282
.582
.8-
US
-251
TUR
KEY
POIN
T-4
PWR
W (3
-loop
) DR
Y23
0072
969
3 F
PLW
H19
67-4
1973
-619
73-9
87.2
87.4
- U
S -2
71VE
RM
ON
T YA
NKE
EBW
RBW
R-4
(Mar
k 1)
1912
635
605
EN
TER
GY
GE
1967
-12
1972
-919
72-1
195
.595
.5-
US
-395
VIR
GIL
C. S
UM
MER
-1PW
RW
(3-lo
op) D
RY
2900
1006
971
SC
E&G
WH
1973
-319
82-1
119
84-1
87.4
87.4
- U
S -4
24VO
GTL
E-1
PWR
W (4
-loop
) DR
Y36
2612
2911
50
SO
UTH
ERN
WH
1976
-819
87-3
1987
-692
.292
.2-
US
-425
VOG
TLE-
2PW
RW
(4-lo
op) D
RY
3626
1229
1152
S
OU
THER
NW
H19
76-8
1989
-419
89-5
94.5
94.5
- U
S -3
82W
ATER
FOR
D-3
PWR
CE
(2-lo
op)
3716
1250
1168
E
NTE
RG
YC
E19
74-1
119
85-3
1985
-988
.689
.4-
US
-390
WAT
TS B
AR-1
PWR
W (4
-loop
) (IC
3459
1210
1123
T
VAW
H19
73-1
1996
-219
96-5
88.5
88.5
- U
S -4
82W
OLF
CR
EEK
PWR
W (4
-loop
)35
6512
8011
95
WC
NO
CW
H19
77-5
1985
-619
85-9
82.9
82.9
-
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
012,
437
reac
tors
(373
069
MW
) wer
e co
nnec
ted
to th
e gr
id, i
nclu
ding
6 u
nits
(502
8 M
W) i
n Ta
iwan
, Chi
na.
TAIW
AN, C
N T
W -1
CH
IN S
HAN
-1BW
RBW
R-4
1840
636
604
TPC
GE
1972
-619
77-1
119
78-1
288
.788
.8-
TAIW
AN, C
N T
W -2
CH
IN S
HAN
-2BW
RBW
R-4
1840
636
604
TPC
GE
1973
-12
1978
-12
1979
-788
.788
.8-
TAIW
AN, C
N T
W -3
KUO
SHEN
G-1
BWR
BWR
-629
4310
1998
5 T
PCG
E19
75-1
119
81-5
1981
-12
89.3
90.0
-TA
IWAN
, CN
TW
-4KU
OSH
ENG
-2BW
RBW
R-6
2943
1020
985
TPC
GE
1976
-319
82-6
1983
-391
.392
.8-
TAIW
AN, C
N T
W -5
MAA
NSH
AN-1
PWR
WE
312
(3 lo
op28
2295
192
8 T
PCW
H19
78-8
1984
-519
84-7
93.4
93.4
-TA
IWAN
, CN
TW
-6M
AAN
SHAN
-2PW
RW
E 31
2 (3
loop
2822
951
922
TPC
WH
1979
-219
85-2
1985
-591
.491
.5-
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
r
TAB
LE 1
4. R
EAC
TOR
S IN
OPE
RAT
ION
, 31
DEC
. 201
2 —
con
tinue
d
Cod
eN
ame
Ther
mal
Gro
ssN
et
JAP
AN J
P -3
1M
ON
JU F
BR-
714
280
246
JAE
AT/
H/F
/M19
86-5
1995
-8—
1995
-12
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
012,
1 re
acto
r (24
6 M
W) w
as in
long
term
shu
tdow
n.
Mod
elC
apac
ity (M
W)
TAB
LE 1
5. R
EAC
TOR
S IN
LO
NG
TER
M S
HU
TDO
WN
, 31
DEC
. 201
2
Ope
rato
rLo
ng te
rm
shut
dow
n da
te
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Cou
ntry
Rea
ctor
Type
47
Cod
eN
ame
Ther
mal
Gro
ssN
et
AR
MEN
IA A
M -1
8AR
MEN
IA-1
PW
R13
7540
837
6 A
NPP
CJS
CFA
EA19
69-7
1976
-12
1977
-10
1989
-2
BEL
GIU
M B
E -1
BR-3
PW
R41
1210
C
EN/S
CK
WH
1957
-11
1962
-10
1962
-10
1987
-6
BU
LGAR
IA B
G -1
KOZL
OD
UY-
1 P
WR
1375
440
408
KO
ZNPP
AEE
1970
-419
74-7
1974
-10
2002
-12
BG
-2KO
ZLO
DU
Y-2
PW
R13
7544
040
8 K
OZN
PPAE
E19
70-4
1975
-819
75-1
120
02-1
2 B
G -3
KOZL
OD
UY-
3 P
WR
1375
440
408
KO
ZNPP
AEE
1973
-10
1980
-12
1981
-120
06-1
2 B
G -4
KOZL
OD
UY-
4 P
WR
1375
440
408
KO
ZNPP
AEE
1973
-10
1982
-519
82-6
2006
-12
CAN
ADA
CA
-2D
OU
GLA
S PO
INT
PH
WR
704
218
206
OH
AEC
L19
60-2
1967
-119
68-9
1984
-5 C
A -3
GEN
TILL
Y-1
HW
LWR
792
266
250
HQ
AEC
L19
66-9
1971
-419
72-5
1977
-6 C
A -1
2G
ENTI
LLY-
2 P
HW
R21
5667
563
5 H
QAE
CL
1974
-419
82-1
219
83-1
020
12-1
2 C
A -5
PIC
KER
ING
-2 P
HW
R17
4454
251
5 O
PGO
H/A
ECL
1966
-919
71-1
019
71-1
220
07-5
CA
-6PI
CKE
RIN
G-3
PH
WR
1744
542
515
OPG
OH
/AEC
L19
67-1
219
72-5
1972
-620
08-1
0 C
A -1
RO
LPH
TON
NPD
PH
WR
9225
22
OH
CG
E19
58-1
1962
-619
62-1
019
87-8
FR
ANC
E F
R -9
BUG
EY-1
GC
R19
5455
554
0 E
DF
FRAM
1965
-12
1972
-419
72-7
1994
-5 F
R -2
CH
INO
N-A
1 G
CR
300
8070
E
DF
LEVI
VIER
1957
-219
63-6
1964
-219
73-4
FR
-3C
HIN
ON
-A2
GC
R80
023
018
0 E
DF
LEVI
VIER
1959
-819
65-2
1965
-219
85-6
FR
-4C
HIN
ON
-A3
GC
R11
7048
036
0 E
DF
GTM
1961
-319
66-8
1966
-819
90-6
FR
-5C
HO
OZ-
A (A
RD
ENN
ES)
PW
R10
4032
030
5 S
ENA
A/F/
W19
62-1
1967
-419
67-4
1991
-10
FR
-6EL
-4 (M
ON
TS D
'AR
REE
) H
WG
CR
250
7570
E
DF
GAA
A19
62-7
1967
-719
68-6
1985
-7 F
R -1
BG
-2 (M
ARC
OU
LE)
GC
R26
043
39
CO
GEM
ASA
CM
1955
-319
59-4
1959
-419
80-2
FR
-1G
-3 (M
ARC
OU
LE)
GC
R26
043
40
CO
GEM
ASA
CM
1956
-319
60-4
1960
-419
84-6
FR
-10
PHEN
IX F
BR34
514
213
0 C
EA/E
DF
CN
CLN
EY19
68-1
119
73-1
219
74-7
2010
-2 F
R -7
ST. L
AUR
ENT-
A1 G
CR
1650
500
390
ED
FFR
AM19
63-1
019
69-3
1969
-619
90-4
FR
-8ST
. LAU
REN
T-A2
GC
R14
7553
046
5 E
DF
FRAM
1966
-119
71-8
1971
-11
1992
-5 F
R -2
4SU
PER
-PH
ENIX
FBR
3000
1242
1200
E
DF
ASPA
LDO
1976
-12
1986
-119
86-1
219
98-1
2
GER
MAN
Y D
E -4
AVR
JU
ELIC
H (A
VR)
HTG
R46
1513
A
VRBB
K19
61-8
1967
-12
1969
-519
88-1
2 D
E -1
2BI
BLIS
-A (K
WB
A) P
WR
3517
1225
1167
R
WE
KWU
1970
-119
74-8
1975
-220
11-8
Ope
rato
rC
omm
erci
alop
erat
ion
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
n
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
012
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
)S
hut d
own
48
Cod
eN
ame
Ther
mal
Gro
ssN
et
GER
MAN
Y D
E -1
8BI
BLIS
-B (K
WB
B) P
WR
3733
1300
1240
R
WE
KWU
1972
-219
76-4
1977
-120
11-8
DE
-13
BRU
NSB
UET
TEL
(KKB
) B
WR
2292
806
771
KKB
KWU
1970
-419
76-7
1977
-220
11-8
DE
-502
GR
EIFS
WAL
D-1
(KG
R 1
) P
WR
1375
440
408
EW
NAt
EE19
70-3
1973
-12
1974
-719
90-2
DE
-503
GR
EIFS
WAL
D-2
(KG
R 2
) P
WR
1375
440
408
EW
NAt
EE19
70-3
1974
-12
1975
-419
90-2
DE
-504
GR
EIFS
WAL
D-3
(KG
R 3
) P
WR
1375
440
408
EW
NAt
EE19
72-4
1977
-10
1978
-519
90-2
DE
-505
GR
EIFS
WAL
D-4
(KG
R 4
) P
WR
1375
440
408
EW
NAt
EE19
72-4
1979
-919
79-1
119
90-7
DE
-506
GR
EIFS
WAL
D-5
(KG
R 5
) P
WR
1375
440
408
EW
NAt
EE19
76-1
219
89-4
1989
-11
1989
-11
DE
-3G
UN
DR
EMM
ING
EN-A
(KR
B A)
BW
R80
125
023
7 K
GB
AEG
,GE
1962
-12
1966
-12
1967
-419
77-1
DE
-7H
DR
GR
OSS
WEL
ZHEI
M B
WR
100
2725
H
DR
AEG
,KW
U19
65-1
1969
-10
1970
-819
71-4
DE
-16
ISAR
-1 (K
KI 1
) B
WR
2575
912
878
E.O
NKW
U19
72-5
1977
-12
1979
-320
11-8
DE
-8KN
K II
FBR
5821
17
KBG
IA19
74-9
1978
-419
79-3
1991
-8 D
E -2
0KR
UEM
MEL
(KKK
) B
WR
3690
1402
1346
K
KKKW
U19
74-4
1983
-919
84-3
2011
-8 D
E -6
LIN
GEN
(KW
L) B
WR
520
268
183
KW
LAE
G19
64-1
019
68-7
1968
-10
1977
-1 D
E -2
2M
UEL
HEI
M-K
AER
LIC
H (K
MK)
PW
R37
6013
0212
19
KG
GBB
R19
75-1
1986
-319
87-8
1988
-9 D
E -2
MZF
R P
HW
R20
057
52
KBG
SIEM
ENS
1961
-12
1966
-319
66-1
219
84-5
DE
-15
NEC
KAR
WES
THEI
M-1
(GKN
1)
PW
R24
9784
078
5 E
nKK
KWU
1972
-219
76-6
1976
-12
2011
-8 D
E -1
1N
IED
ERAI
CH
BAC
H (K
KN)
HW
GC
R32
110
610
0 K
KNSI
EM,K
WU
1966
-619
73-1
1973
-119
74-7
DE
-5O
BRIG
HEI
M (K
WO
) P
WR
1050
357
340
EnB
WSI
EM,K
WU
1965
-319
68-1
019
69-3
2005
-5 D
E -1
4PH
ILIP
PSBU
RG
-1 (K
KP 1
) B
WR
2575
926
890
EnK
KKW
U19
70-1
019
79-5
1980
-320
11-8
DE
-501
RH
EIN
SBER
G (K
KR)
PW
R26
570
62
EW
NAt
EE19
60-1
1966
-519
66-1
019
90-6
DE
-10
STAD
E (K
KS)
PW
R19
0067
264
0 E
.ON
KWU
1967
-12
1972
-119
72-5
2003
-11
DE
-19
THTR
-300
HTG
R76
030
829
6 H
KGH
RB
1971
-519
85-1
119
87-6
1988
-9 D
E -1
7U
NTE
RW
ESER
(KKU
) P
WR
3900
1410
1345
E
.ON
KWU
1972
-719
78-9
1979
-920
11-8
DE
-1VA
K KA
HL
BW
R60
1615
V
AKG
E,AE
G19
58-7
1961
-619
62-2
1985
-11
DE
-9W
UER
GAS
SEN
(KW
W)
BW
R19
1267
064
0 P
EAE
G,K
WU
1968
-119
71-1
219
75-1
119
94-8
ITAL
Y IT
-4C
AOR
SO B
WR
2651
882
860
SO
GIN
AMN
/GET
S19
70-1
1978
-519
81-1
219
90-7
IT -3
ENR
ICO
FER
MI
PW
R87
027
026
0 S
OG
INEL
/WES
T19
61-7
1964
-10
1965
-119
90-7
IT -2
GAR
IGLI
ANO
BW
R50
616
015
0 S
OG
ING
E19
59-1
119
64-1
1964
-619
82-3
IT -1
LATI
NA
GC
R66
016
015
3 S
OG
INTN
PG19
58-1
119
63-5
1964
-119
87-1
2
JAP
AN J
P -2
0FU
GEN
ATR
HW
LWR
557
165
148
JAE
AH
ITAC
HI
1972
-519
78-7
1979
-320
03-3
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Shu
t dow
n
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NS
SS
supp
lier
49
Cod
eN
ame
Ther
mal
Gro
ssN
et
JAP
AN J
P -5
FUKU
SHIM
A-D
AIIC
HI-1
BW
R13
8046
043
9 T
EPC
OG
E/G
ETSC
1967
-719
70-1
119
71-3
2011
-5 J
P -9
FUKU
SHIM
A-D
AIIC
HI-2
BW
R23
8178
476
0 T
EPC
OG
E/T
1969
-619
73-1
219
74-7
2011
-5 J
P -1
0FU
KUSH
IMA-
DAI
ICH
I-3 B
WR
2381
784
760
TEP
CO
TOSH
IBA
1970
-12
1974
-10
1976
-320
11-5
JP
-16
FUKU
SHIM
A-D
AIIC
HI-4
BW
R23
8178
476
0 T
EPC
OH
ITAC
HI
1973
-219
78-2
1978
-10
2011
-5 J
P -1
1H
AMAO
KA-1
BW
R15
9354
051
5 C
HU
BUTO
SHIB
A19
71-6
1974
-819
76-3
2009
-1 J
P -2
4H
AMAO
KA-2
BW
R24
3684
080
6 C
HU
BUTO
SHIB
A19
74-6
1978
-519
78-1
120
09-1
JP
-1JP
DR
BW
R90
1312
J
AEA
GE
1960
-12
1963
-10
1965
-319
76-3
JP
-2TO
KAI-1
GC
R58
716
613
7 J
APC
OG
EC19
61-3
1965
-11
1966
-719
98-3
KAZ
AKH
STAN
KZ
-10
AKTA
U F
BR10
0090
52
MAE
C-K
AZM
AEC
-KAZ
1964
-10
1973
-719
73-7
1999
-4
LIT
HU
ANIA
LT
-46
IGN
ALIN
A-1
LW
GR
4800
1300
1185
IN
PPM
AEP
1977
-519
83-1
219
85-5
2004
-12
LT
-47
IGN
ALIN
A-2
LW
GR
4800
1300
1185
IN
PPM
AEP
1978
-119
87-8
1987
-12
2009
-12
NET
HER
LAN
DS
NL
-1D
OD
EWAA
RD
BW
R18
360
55
BV
GKN
RD
M19
65-5
1968
-10
1969
-319
97-3
RU
SSIA
RU
-1AP
S-1
OBN
INSK
LW
GR
306
5 R
EAM
SM19
51-1
1954
-619
54-1
220
02-4
RU
-3BE
LOYA
RSK
-1 L
WG
R28
610
810
2 R
EAM
SM19
58-6
1964
-419
64-4
1983
-1 R
U -6
BELO
YAR
SK-2
LW
GR
530
160
146
REA
MSM
1962
-119
67-1
219
69-1
219
90-1
RU
-4N
OVO
VOR
ON
EZH
-1 P
WR
760
210
197
REA
MSM
1957
-719
64-9
1964
-12
1988
-2 R
U -8
NO
VOVO
RO
NEZ
H-2
PW
R13
2036
533
6 R
EAM
SM19
64-6
1969
-12
1970
-419
90-8
SLO
VAKI
A S
K -1
BOH
UN
ICE
A1 H
WG
CR
560
143
93
JAV
YSSK
OD
A19
58-8
1972
-12
1972
-12
1977
-2 S
K -2
BOH
UN
ICE-
1 P
WR
1375
440
408
JAV
YSAE
E19
72-4
1978
-12
1980
-420
06-1
2 S
K -3
BOH
UN
ICE-
2 P
WR
1375
440
408
JAV
YSAE
E19
72-4
1980
-319
81-1
2008
-12
SPA
IN E
S -1
JOSE
CAB
RER
A-1
(ZO
RIT
A) P
WR
510
150
141
UFG
WH
1964
-619
68-7
1969
-820
06-4
ES
-3VA
ND
ELLO
S-1
GC
R16
7050
048
0 H
IFR
ENSA
CEA
1968
-619
72-5
1972
-819
90-7
SW
EDEN
SE
-1AG
ESTA
PH
WR
8012
10
BKA
BAB
BATO
M19
57-1
219
64-5
1964
-519
74-6
SE
-6BA
RSE
BAC
K-1
BW
R18
0061
560
0 B
KAB
ASEA
STAL
1971
-219
75-5
1975
-719
99-1
1 S
E -8
BAR
SEBA
CK-
2 B
WR
1800
615
600
BKA
BAB
BATO
M19
73-1
1977
-319
77-7
2005
-5
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Shu
t dow
n
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NS
SS
supp
lier
Con
stru
ctio
nst
art
50
Cod
eN
ame
Ther
mal
Gro
ssN
et
SW
ITZE
RLA
ND
CH
-8LU
CEN
S H
WG
CR
286
6 E
OS
NG
A19
62-4
1968
-1N
A19
69-1
UK
GB
-3A
BER
KELE
Y 1
GC
R62
016
613
8 M
ELTN
PG19
57-1
1962
-619
62-6
1989
-3 G
B -3
BBE
RKE
LEY
2 G
CR
620
166
138
MEL
TNPG
1957
-119
62-6
1962
-10
1988
-10
GB
-4A
BRAD
WEL
L 1
GC
R48
114
612
3 M
ELTN
PG19
57-1
1962
-719
62-7
2002
-3 G
B -4
BBR
ADW
ELL
2 G
CR
481
146
123
MEL
TNPG
1957
-119
62-7
1962
-11
2002
-3 G
B -1
AC
ALD
ER H
ALL
1 G
CR
268
6049
M
ELU
KAEA
1953
-819
56-8
1956
-10
2003
-3 G
B -1
BC
ALD
ER H
ALL
2 G
CR
268
6049
M
ELU
KAEA
1953
-819
57-2
1957
-220
03-3
GB
-1C
CAL
DER
HAL
L 3
GC
R26
860
49
MEL
UKA
EA19
55-8
1958
-319
58-5
2003
-3 G
B -1
DC
ALD
ER H
ALL
4 G
CR
268
6049
M
ELU
KAEA
1955
-819
59-4
1959
-420
03-3
GB
-2A
CH
APEL
CR
OSS
1 G
CR
260
6048
M
ELU
KAEA
1955
-10
1959
-219
59-3
2004
-6 G
B -2
BC
HAP
ELC
RO
SS 2
GC
R26
060
48
MEL
UKA
EA19
55-1
019
59-7
1959
-820
04-6
GB
-2C
CH
APEL
CR
OSS
3 G
CR
260
6048
M
ELU
KAEA
1955
-10
1959
-11
1959
-12
2004
-6 G
B -2
DC
HAP
ELC
RO
SS 4
GC
R26
060
48
MEL
UKA
EA19
55-1
019
60-1
1960
-320
04-6
GB
-14
DO
UN
REA
Y D
FR F
BR60
1511
U
KAEA
UKA
EA19
55-3
1962
-10
1962
-10
1977
-3 G
B -1
5D
OU
NR
EAY
PFR
FBR
600
250
234
UKA
EATN
PG19
66-1
1975
-119
76-7
1994
-3 G
B -9
AD
UN
GEN
ESS-
A1 G
CR
840
230
225
MEL
TNPG
1960
-719
65-9
1965
-10
2006
-12
GB
-9B
DU
NG
ENES
S-A2
GC
R84
023
022
5 M
ELTN
PG19
60-7
1965
-11
1965
-12
2006
-12
GB
-7A
HIN
KLEY
PO
INT-
A1 G
CR
900
267
235
MEL
EE/B
&W/T
1957
-11
1965
-219
65-3
2000
-5 G
B -7
BH
INKL
EY P
OIN
T-A2
GC
R90
026
723
5 M
ELEE
/B&W
/T19
57-1
119
65-3
1965
-520
00-5
GB
-6A
HU
NTE
RST
ON
-A1
GC
R59
517
315
0 M
ELG
EC19
57-1
019
64-2
1964
-219
90-3
GB
-6B
HU
NTE
RST
ON
-A2
GC
R59
517
315
0 M
ELG
EC19
57-1
019
64-6
1964
-719
89-1
2 G
B -1
1AO
LDBU
RY-
A1 G
CR
730
230
217
MEL
TNPG
1962
-519
67-1
119
67-1
220
12-2
GB
-11B
OLD
BUR
Y-A2
GC
R66
023
021
7 M
ELTN
PG19
62-5
1968
-419
68-9
2011
-6 G
B -1
0ASI
ZEW
ELL-
A1 G
CR
1010
245
210
MEL
EE/B
&W/T
1961
-419
66-1
1966
-320
06-1
2 G
B -1
0BSI
ZEW
ELL-
A2 G
CR
1010
245
210
MEL
EE/B
&W/T
1961
-419
66-4
1966
-920
06-1
2 G
B -8
ATR
AWSF
YNYD
D 1
GC
R85
023
519
5 M
ELAP
C19
59-7
1965
-119
65-3
1991
-2 G
B -8
BTR
AWSF
YNYD
D 2
GC
R85
023
519
5 M
ELAP
C19
59-7
1965
-219
65-3
1991
-2 G
B -5
WIN
DSC
ALE
AGR
GC
R12
036
24
UKA
EAU
KAEA
1958
-11
1963
-219
63-3
1981
-4 G
B -1
2W
INFR
ITH
SG
HW
R S
GH
WR
318
100
92
UKA
EAIC
L/FE
1963
-519
67-1
219
68-1
1990
-9 G
B -1
3BW
YLFA
2 G
CR
1920
540
490
MEL
EE/B
&W/T
1963
-919
71-7
1972
-120
12-4
UKR
AIN
E U
A -2
5C
HER
NO
BYL-
1 L
WG
R32
0080
074
0 M
TEFA
EA19
70-3
1977
-919
78-5
1996
-11
Com
mer
cial
oper
atio
nS
hut d
own
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
n
51
Cod
eN
ame
Ther
mal
Gro
ssN
et
UKR
AIN
E U
A -2
6C
HER
NO
BYL-
2 L
WG
R32
0010
0092
5 M
TEFA
EA19
73-2
1978
-12
1979
-519
91-1
0 U
A -4
2C
HER
NO
BYL-
3 L
WG
R32
0010
0092
5 M
TEFA
EA19
76-3
1981
-12
1982
-620
00-1
2 U
A -4
3C
HER
NO
BYL-
4 L
WG
R32
0010
0092
5 M
TEFA
EA19
79-4
1983
-12
1984
-319
86-4
USA
US
-155
BIG
RO
CK
POIN
T B
WR
240
7167
C
PCG
E19
60-5
1962
-12
1963
-319
97-8
US
-014
BON
US
BW
R50
1817
D
OE/
PRW
RG
NEP
RW
RA
1960
-119
64-8
1965
-919
68-6
US
-144
CVT
R P
HW
R65
1917
C
VPA
WH
1960
-119
63-1
2N
A19
67-1
US
-10
DR
ESD
EN-1
BW
R70
020
719
7 E
XELO
NG
E19
56-5
1960
-419
60-7
1978
-10
US
-011
ELK
RIV
ER B
WR
5824
22
RC
PAAC
1959
-119
63-8
1964
-719
68-2
US
-16
FER
MI-1
FBR
200
6561
D
TED
ISO
NU
EC19
56-1
219
66-8
NA
1972
-11
US
-267
FOR
T ST
. VR
AIN
HTG
R84
234
233
0 P
SCC
GA
1968
-919
76-1
219
79-7
1989
-8 U
S -0
18G
E VA
LLEC
ITO
S B
WR
5024
24
GE
GE
1956
-119
57-1
019
57-1
019
63-1
2 U
S -2
13H
ADD
AM N
ECK
PW
R18
2560
356
0 C
YAPC
WH
1964
-519
67-8
1968
-119
96-1
2 U
S -0
77H
ALLA
M X
256
8475
A
EC/N
PPD
GE
1959
-119
63-9
1963
-11
1964
-9 U
S -1
33H
UM
BOLD
T BA
Y B
WR
220
6563
P
G&E
GE
1960
-11
1963
-419
63-8
1976
-7 U
S -0
13IN
DIA
N P
OIN
T-1
PW
R61
527
725
7 E
NTE
RG
YB&
W19
56-5
1962
-919
62-1
019
74-1
0 U
S -4
09LA
CR
OSS
E B
WR
165
5548
D
PCAC
1963
-319
68-4
1969
-11
1987
-4 U
S -3
09M
AIN
E YA
NKE
E P
WR
2630
900
860
MYA
PCC
E19
68-1
019
72-1
119
72-1
219
97-8
US
-245
MIL
LSTO
NE-
1 B
WR
2011
684
641
DO
MIN
ION
GE
1966
-519
70-1
119
71-3
1998
-7 U
S -1
30PA
THFI
ND
ER B
WR
220
6359
N
MC
AC19
59-1
1966
-7N
A19
67-1
0 U
S -1
71PE
ACH
BO
TTO
M-1
HTG
R11
542
40
EXE
LON
GA
1962
-219
67-1
1967
-619
74-1
1 U
S -0
12PI
QU
A X
4612
12
Cof
Piqu
aG
E19
60-1
1963
-719
63-1
119
66-1
US
-312
RAN
CH
O S
ECO
-1 P
WR
2772
917
873
SM
UD
B&W
1969
-419
74-1
019
75-4
1989
-6 U
S -2
06SA
N O
NO
FRE-
1 P
WR
1347
456
436
SC
EW
H19
64-5
1967
-719
68-1
1992
-11
US
-146
SAXT
ON
PW
R24
33
SN
ECG
E19
60-1
1967
-319
67-3
1972
-5 U
S -0
01SH
IPPI
NG
POR
T P
WR
236
6860
D
OE
DU
QU
WH
1954
-119
57-1
219
58-5
1982
-10
US
-322
SHO
REH
AM B
WR
2436
849
820
LIP
AG
E19
72-1
119
86-8
NA
1989
-5 U
S -3
20TH
REE
MIL
E IS
LAN
D-2
PW
R27
7295
988
0 G
PUB&
W19
69-1
119
78-4
1978
-12
1979
-3 U
S -3
44TR
OJA
N P
WR
3411
1155
1095
P
OR
TGE
WH
1970
-219
75-1
219
76-5
1992
-11
US
-29
YAN
KEE
NPS
PW
R60
018
016
7 Y
AEC
WH
1957
-11
1960
-11
1961
-719
91-1
0 U
S -2
95ZI
ON
-1 P
WR
3250
1085
1040
E
XELO
NW
H19
68-1
219
73-6
1973
-12
1998
-2 U
S -3
04ZI
ON
-2 P
WR
3250
1085
1040
E
XELO
NW
H19
68-1
219
73-1
219
74-9
1998
-2
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
012,
143
reac
tors
(515
24 M
W) h
ave
been
per
man
ently
shu
t dow
n.
Shu
t dow
n
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NS
SS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
52
Cod
eN
ame
AR
MEN
IA A
M -1
8AR
MEN
IA-1
198
9-2
Oth
er O
ther
AN
PPC
JSC
BEL
GIU
M B
E -1
BR-3
198
7-6
2,5
ID4,
94
CEN
/SC
K B
ULG
ARIA
BG
-1KO
ZLO
DU
Y-1
200
2-12
7,O
ther
Dd+
PD+S
E7
3,7
E-0
3492
2036
BG
-2KO
ZLO
DU
Y-2
200
2-12
7,O
ther
Dd+
PD+S
E7
3,7
E-0
3493
2036
BG
-3KO
ZLO
DU
Y-3
200
6-12
7,O
ther
Dd+
PD+S
E5,
72,
3,7
E-0
0174
2036
BG
-4KO
ZLO
DU
Y-4
200
6-12
7,O
ther
Dd+
PD+S
E5,
72,
3,7
E-0
008
2036
CAN
ADA
CA
-1R
OLP
HTO
N N
PD 1
987-
82
Dd+
PD+S
E8
AEC
L C
A -2
DO
UG
LAS
POIN
T 1
984-
52
Dd+
SE8
7 A
ECL
CA
-3G
ENTI
LLY-
1 1
977-
62
Dd+
PD+S
E8
7 A
ECL/
HQ
FR
ANC
E F
R -1
0PH
ENIX
201
0-2
Oth
er ID
- F
R -2
CH
INO
N-A
1 1
973-
41,
2 ID
ED
F F
R -2
4SU
PER
-PH
ENIX
199
8-12
Oth
er ID
6,9
3,6
NER
SA F
R -3
CH
INO
N-A
2 1
985-
61,
2 ID
6 E
DF
2025
FR
-4C
HIN
ON
-A3
199
0-6
1,2
ID E
DF
FR
-5C
HO
OZ-
A (A
RD
ENN
ES)
199
1-10
Oth
er ID
4,9
SEN
A20
19 F
R -6
EL-4
(MO
NTS
D'A
RR
EE)
198
5-7
1,2
ID9
ED
F20
15 F
R -7
ST. L
AUR
ENT-
A1 1
990-
41,
2 ID
ED
F20
27 F
R -8
ST. L
AUR
ENT-
A2 1
992-
51,
2 ID
ED
F20
25 F
R -9
BUG
EY-1
199
4-5
1,2
ID9
ED
F20
20 G
ERM
ANY
DE
-1VA
K KA
HL
198
5-11
Oth
er O
ther
VAK
DE
-10
STAD
E (K
KS)
200
3-11
2 ID
3,4,
6 E
.ON
2014
DE
-11
NIE
DER
AIC
HBA
CH
(KKN
) 1
974-
76
Oth
er K
IT D
E -1
7U
NTE
RW
ESER
(KKU
) 2
011-
87
Dd+
SE E
.ON
DE
-19
THTR
-300
198
8-9
6,O
ther
Oth
er H
KG D
E -2
MZF
R 1
984-
5O
ther
Oth
er W
AK D
E -2
2M
UEL
HEI
M-K
AER
LIC
H (K
MK)
198
8-9
7 O
ther
RW
E D
E -3
GU
ND
REM
MIN
GEN
-A (K
RB
A) 1
977-
16,
8 ID
KG
G D
E -4
AVR
JU
ELIC
H (A
VR)
198
8-12
7 ID
3,4,
9 x
xxx
DE
-501
RH
EIN
SBER
G (K
KR)
199
0-6
1,3,
6,7
ID9
4,7
G 0
1 KK
R D
E -5
02G
REI
FSW
ALD
-1 (K
GR
1)
199
0-2
1,3,
6,7
ID3,
93,
7 G
01
KGR
DE
-503
GR
EIFS
WAL
D-2
(KG
R 2
) 1
990-
21,
3,6,
7 ID
3,9
3,7
G 0
1 KG
R
TAB
LE 1
7. R
EAC
TOR
S IN
DEC
OM
MIS
SIO
NIN
G P
RO
CES
S O
R D
ECO
MM
ISSI
ON
ED, 3
1 D
EC. 2
012
Cou
ntry
Rea
ctor
Shu
t do
wn
Shu
tdow
n re
ason
Lice
nse
term
inat
edD
ecom
. st
rate
gyC
urre
nt d
ecom
. ph
ase
Cur
rent
fuel
m
anag
emen
t ph
ase
Dec
om.
licen
see
53
Cod
eN
ame
AR
MEN
IA A
M -1
8AR
MEN
IA-1
198
9-2
Oth
er O
ther
AN
PPC
JSC
BEL
GIU
M B
E -1
BR-3
198
7-6
2,5
ID4,
94
CEN
/SC
K B
ULG
ARIA
BG
-1KO
ZLO
DU
Y-1
200
2-12
7,O
ther
Dd+
PD+S
E7
3,7
E-0
3492
2036
BG
-2KO
ZLO
DU
Y-2
200
2-12
7,O
ther
Dd+
PD+S
E7
3,7
E-0
3493
2036
BG
-3KO
ZLO
DU
Y-3
200
6-12
7,O
ther
Dd+
PD+S
E5,
72,
3,7
E-0
0174
2036
BG
-4KO
ZLO
DU
Y-4
200
6-12
7,O
ther
Dd+
PD+S
E5,
72,
3,7
E-0
008
2036
CAN
ADA
CA
-1R
OLP
HTO
N N
PD 1
987-
82
Dd+
PD+S
E8
AEC
L C
A -2
DO
UG
LAS
POIN
T 1
984-
52
Dd+
SE8
7 A
ECL
CA
-3G
ENTI
LLY-
1 1
977-
62
Dd+
PD+S
E8
7 A
ECL/
HQ
FR
ANC
E F
R -1
0PH
ENIX
201
0-2
Oth
er ID
- F
R -2
CH
INO
N-A
1 1
973-
41,
2 ID
ED
F F
R -2
4SU
PER
-PH
ENIX
199
8-12
Oth
er ID
6,9
3,6
NER
SA F
R -3
CH
INO
N-A
2 1
985-
61,
2 ID
6 E
DF
2025
FR
-4C
HIN
ON
-A3
199
0-6
1,2
ID E
DF
FR
-5C
HO
OZ-
A (A
RD
ENN
ES)
199
1-10
Oth
er ID
4,9
SEN
A20
19 F
R -6
EL-4
(MO
NTS
D'A
RR
EE)
198
5-7
1,2
ID9
ED
F20
15 F
R -7
ST. L
AUR
ENT-
A1 1
990-
41,
2 ID
ED
F20
27 F
R -8
ST. L
AUR
ENT-
A2 1
992-
51,
2 ID
ED
F20
25 F
R -9
BUG
EY-1
199
4-5
1,2
ID9
ED
F20
20 G
ERM
ANY
DE
-1VA
K KA
HL
198
5-11
Oth
er O
ther
VAK
DE
-10
STAD
E (K
KS)
200
3-11
2 ID
3,4,
6 E
.ON
2014
DE
-11
NIE
DER
AIC
HBA
CH
(KKN
) 1
974-
76
Oth
er K
IT D
E -1
7U
NTE
RW
ESER
(KKU
) 2
011-
87
Dd+
SE E
.ON
DE
-19
THTR
-300
198
8-9
6,O
ther
Oth
er H
KG D
E -2
MZF
R 1
984-
5O
ther
Oth
er W
AK D
E -2
2M
UEL
HEI
M-K
AER
LIC
H (K
MK)
198
8-9
7 O
ther
RW
E D
E -3
GU
ND
REM
MIN
GEN
-A (K
RB
A) 1
977-
16,
8 ID
KG
G D
E -4
AVR
JU
ELIC
H (A
VR)
198
8-12
7 ID
3,4,
9 x
xxx
DE
-501
RH
EIN
SBER
G (K
KR)
199
0-6
1,3,
6,7
ID9
4,7
G 0
1 KK
R D
E -5
02G
REI
FSW
ALD
-1 (K
GR
1)
199
0-2
1,3,
6,7
ID3,
93,
7 G
01
KGR
DE
-503
GR
EIFS
WAL
D-2
(KG
R 2
) 1
990-
21,
3,6,
7 ID
3,9
3,7
G 0
1 KG
R
TAB
LE 1
7. R
EAC
TOR
S IN
DEC
OM
MIS
SIO
NIN
G P
RO
CES
S O
R D
ECO
MM
ISSI
ON
ED, 3
1 D
EC. 2
012
Cou
ntry
Rea
ctor
Shu
t do
wn
Shu
tdow
n re
ason
Lice
nse
term
inat
edD
ecom
. st
rate
gyC
urre
nt d
ecom
. ph
ase
Cur
rent
fuel
m
anag
emen
t ph
ase
Dec
om.
licen
see
Cod
eN
ame
GER
MAN
Y D
E -5
04G
REI
FSW
ALD
-3 (K
GR
3)
199
0-2
1,3,
6,7
ID3,
93,
7 G
01
KGR
DE
-505
GR
EIFS
WAL
D-4
(KG
R 4
) 1
990-
71,
3,6,
7 ID
33,
7 G
01
KGR
DE
-506
GR
EIFS
WAL
D-5
(KG
R 5
) 1
989-
111,
3,6,
7 ID
1,3,
93,
7 G
01
KGR
DE
-6LI
NG
EN (K
WL)
197
7-1
2,5,
6 D
d+PD
+SE
8 K
WL
Gm
bH D
E -7
HD
R G
RO
SSW
ELZH
EIM
197
1-4
5 O
ther
KIT
DE
-8KN
K II
199
1-8
5 O
ther
WAK
DE
-9W
UER
GAS
SEN
(KW
W)
199
4-8
2 ID
3,4,
6 E
.ON
2014
ITAL
Y IT
-1LA
TIN
A 1
987-
127,
Oth
er ID
3,6,
9 S
OG
IN20
40 IT
-2G
ARIG
LIAN
O 1
982-
33,
4,O
ther
ID3,
4 S
OG
IN20
21 IT
-3EN
RIC
O F
ERM
I 1
990-
77,
Oth
er ID
3,4,
9,10
3,6
SO
GIN
2024
IT -4
CAO
RSO
199
0-7
7,O
ther
ID4,
6,9
SO
GIN
2026
JAP
AN J
P -1
JPD
R 1
976-
3O
ther
ID3
JAE
RI
2002
JP
-11
HAM
AOKA
-1 2
009-
16
Dd+
SE1,
6,7
2 C
HU
BU D
L20
37 J
P -2
TOKA
I-1 1
998-
32
Dd+
PD+S
E3,
4,6,
7,9
JAP
CO
2020
JP
-20
FUG
EN A
TR 2
003-
32
Dd+
SE1,
52,
5 J
AEA
2034
JP
-24
HAM
AOKA
-2 2
009-
16
Dd+
SE1,
6,7
2 C
HU
BU D
L20
37 K
AZAK
HST
AN K
Z -1
0AK
TAU
199
9-4
2,5
Dd+
PD+S
E1,
5,6
4,7
MAE
C-K
AZ L
ITH
UAN
IA L
T -4
6IG
NAL
INA-
1 2
004-
127,
Oth
er ID
3,10
INPP
2029
LT
-47
IGN
ALIN
A-2
200
9-12
7,O
ther
ID2,
31
INPP
2030
NET
HER
LAN
DS
NL
-1D
OD
EWAA
RD
199
7-3
2,O
ther
Dd+
SE7
BV
GKN
2055
RU
SSIA
RU
-3BE
LOYA
RSK
-1 1
983-
1O
ther
Oth
er E
A R
U -4
NO
VOVO
RO
NEZ
H-1
198
8-2
Oth
er O
ther
EA
RU
-6BE
LOYA
RSK
-2 1
990-
1O
ther
Oth
er E
A R
U -8
NO
VOVO
RO
NEZ
H-2
199
0-8
Oth
er O
ther
EA
SLO
VAKI
A S
K -1
BOH
UN
ICE
A1 1
977-
24
Dd+
PD+S
E3,
6 J
AVYS
SK
-2BO
HU
NIC
E-1
200
6-12
7 ID
3,4,
93,
6 J
AVYS
SK
-3BO
HU
NIC
E-2
200
8-12
7 ID
3,4,
93,
6 J
AVYS
SPA
IN E
S -1
JOSE
CAB
RER
A-1
(ZO
RIT
A) 2
006-
4O
ther
ID3,
4,9
3,7
UFG
2015
ES
-3VA
ND
ELLO
S-1
199
0-7
4 D
d+PD
+SE
8 E
NR
ESA
2032
SW
EDEN
SE
-1AG
ESTA
197
4-6
2,3
Dd+
SE7
BKA
B S
E -6
BAR
SEBA
CK-
1 1
999-
11O
ther
Oth
er4
BKA
B20
26 S
E -8
BAR
SEBA
CK-
2 2
005-
5O
ther
Oth
er4
BKA
B20
26
TAB
LE 1
7. R
EAC
TOR
S IN
DEC
OM
MIS
SIO
NIN
G P
RO
CES
S O
R D
ECO
MM
ISSI
ON
ED, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Shu
t do
wn
Shu
tdow
n re
ason
Dec
om.
stra
tegy
Cur
rent
dec
om.
phas
eC
urre
nt fu
el
man
agem
ent
Dec
om.
licen
see
Lice
nse
term
inat
ed
54
Cod
eN
ame
SW
ITZE
RLA
ND
CH
-8LU
CEN
S 1
969-
14
Dd+
SE1
EO
S20
04 U
K G
B -1
0ASI
ZEW
ELL-
A1 2
006-
122,
8 D
d+SE
2,3,
5,6
Mag
nox
S21
10 G
B -1
0BSI
ZEW
ELL-
A2 2
006-
122,
8 D
d+SE
2,3,
5,6
Mag
nox
S21
10 G
B -1
2W
INFR
ITH
SG
HW
R 1
990-
9O
ther
ID3,
4,9,
10 U
KAEA
2019
GB
-14
DO
UN
REA
Y D
FR 1
977-
3O
ther
Dd+
PD+S
E5
DSR
2333
GB
-15
DO
UN
REA
Y PF
R 1
994-
3O
ther
Dd+
PD+S
E5
Mag
nox
N23
33 G
B -1
AC
ALD
ER H
ALL
1 2
003-
32,
8 D
d+PD
+SE
8 S
L21
17 G
B -1
BC
ALD
ER H
ALL
2 2
003-
32,
8 D
d+PD
+SE
8 S
L21
17 G
B -1
CC
ALD
ER H
ALL
3 2
003-
32,
8 D
d+PD
+SE
8 S
L21
17 G
B -1
DC
ALD
ER H
ALL
4 2
003-
32,
8 D
d+PD
+SE
8 S
L21
17 G
B -2
AC
HAP
ELC
RO
SS 1
200
4-6
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N21
28 G
B -2
BC
HAP
ELC
RO
SS 2
200
4-6
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N21
28 G
B -2
CC
HAP
ELC
RO
SS 3
200
4-6
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N21
28 G
B -2
DC
HAP
ELC
RO
SS 4
200
4-6
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N21
28 G
B -3
ABE
RKE
LEY
1 1
989-
32,
8 D
d+SE
3,8
Mag
nox
S20
83 G
B -3
BBE
RKE
LEY
2 1
988-
102,
8 D
d+SE
3,8
Mag
nox
S20
83 G
B -4
ABR
ADW
ELL
1 2
002-
32,
8 D
d+SE
3,5,
6 M
agno
x S
2104
GB
-4B
BRAD
WEL
L 2
200
2-3
2,8
Dd+
SE3,
5,6
Mag
nox
S21
04 G
B -5
WIN
DSC
ALE
AGR
198
1-4
Oth
er D
d+PD
+SE
2,3,
5,6
SL
2065
GB
-6A
HU
NTE
RST
ON
-A1
199
0-3
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N20
90 G
B -6
BH
UN
TER
STO
N-A
2 1
989-
122,
8 D
d+PD
+SE
3,5,
6 M
agno
x N
2090
GB
-7A
HIN
KLEY
PO
INT-
A1 2
000-
52,
8 D
d+PD
+SE
3,5,
6 M
agno
x S
2104
GB
-7B
HIN
KLEY
PO
INT-
A2 2
000-
52,
8 D
d+PD
+SE
3,5,
6 M
agno
x S
2104
GB
-8A
TRAW
SFYN
YDD
1 1
991-
22,
8 D
d+PD
+SE
3,5,
6,8
Mag
nox
N20
98 G
B -8
BTR
AWSF
YNYD
D 2
199
1-2
2,8
Dd+
PD+S
E3,
5,6,
8 M
agno
x N
2098
GB
-9A
DU
NG
ENES
S-A1
200
6-12
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
S21
11 G
B -9
BD
UN
GEN
ESS-
A2 2
006-
122,
8 D
d+PD
+SE
3,5,
6 M
agno
x S
2111
USA
US
-001
SHIP
PIN
GPO
RT
198
2-10
3 ID
DO
E D
UQ
U19
89 U
S -0
11EL
K R
IVER
196
8-2
1,O
ther
ID R
CPA
1974
US
-012
PIQ
UA
196
6-1
4,5
ISD
11 C
ofPi
qua
US
-013
IND
IAN
PO
INT-
1 1
974-
105
Dd+
PD+S
E E
NTE
RG
Y U
S -0
14BO
NU
S 1
968-
65,
6 IS
D D
OE/
PRW
R19
70
TAB
LE 1
7. R
EAC
TOR
S IN
DEC
OM
MIS
SIO
NIN
G P
RO
CES
S O
R D
ECO
MM
ISSI
ON
ED, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Shu
t do
wn
Shu
tdow
n re
ason
Dec
om.
stra
tegy
Cur
rent
dec
om.
phas
eC
urre
nt fu
el
man
agem
ent
Dec
om.
licen
see
Lice
nse
term
inat
ed
55
Cod
eN
ame
SW
ITZE
RLA
ND
CH
-8LU
CEN
S 1
969-
14
Dd+
SE1
EO
S20
04 U
K G
B -1
0ASI
ZEW
ELL-
A1 2
006-
122,
8 D
d+SE
2,3,
5,6
Mag
nox
S21
10 G
B -1
0BSI
ZEW
ELL-
A2 2
006-
122,
8 D
d+SE
2,3,
5,6
Mag
nox
S21
10 G
B -1
2W
INFR
ITH
SG
HW
R 1
990-
9O
ther
ID3,
4,9,
10 U
KAEA
2019
GB
-14
DO
UN
REA
Y D
FR 1
977-
3O
ther
Dd+
PD+S
E5
DSR
2333
GB
-15
DO
UN
REA
Y PF
R 1
994-
3O
ther
Dd+
PD+S
E5
Mag
nox
N23
33 G
B -1
AC
ALD
ER H
ALL
1 2
003-
32,
8 D
d+PD
+SE
8 S
L21
17 G
B -1
BC
ALD
ER H
ALL
2 2
003-
32,
8 D
d+PD
+SE
8 S
L21
17 G
B -1
CC
ALD
ER H
ALL
3 2
003-
32,
8 D
d+PD
+SE
8 S
L21
17 G
B -1
DC
ALD
ER H
ALL
4 2
003-
32,
8 D
d+PD
+SE
8 S
L21
17 G
B -2
AC
HAP
ELC
RO
SS 1
200
4-6
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N21
28 G
B -2
BC
HAP
ELC
RO
SS 2
200
4-6
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N21
28 G
B -2
CC
HAP
ELC
RO
SS 3
200
4-6
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N21
28 G
B -2
DC
HAP
ELC
RO
SS 4
200
4-6
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N21
28 G
B -3
ABE
RKE
LEY
1 1
989-
32,
8 D
d+SE
3,8
Mag
nox
S20
83 G
B -3
BBE
RKE
LEY
2 1
988-
102,
8 D
d+SE
3,8
Mag
nox
S20
83 G
B -4
ABR
ADW
ELL
1 2
002-
32,
8 D
d+SE
3,5,
6 M
agno
x S
2104
GB
-4B
BRAD
WEL
L 2
200
2-3
2,8
Dd+
SE3,
5,6
Mag
nox
S21
04 G
B -5
WIN
DSC
ALE
AGR
198
1-4
Oth
er D
d+PD
+SE
2,3,
5,6
SL
2065
GB
-6A
HU
NTE
RST
ON
-A1
199
0-3
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
N20
90 G
B -6
BH
UN
TER
STO
N-A
2 1
989-
122,
8 D
d+PD
+SE
3,5,
6 M
agno
x N
2090
GB
-7A
HIN
KLEY
PO
INT-
A1 2
000-
52,
8 D
d+PD
+SE
3,5,
6 M
agno
x S
2104
GB
-7B
HIN
KLEY
PO
INT-
A2 2
000-
52,
8 D
d+PD
+SE
3,5,
6 M
agno
x S
2104
GB
-8A
TRAW
SFYN
YDD
1 1
991-
22,
8 D
d+PD
+SE
3,5,
6,8
Mag
nox
N20
98 G
B -8
BTR
AWSF
YNYD
D 2
199
1-2
2,8
Dd+
PD+S
E3,
5,6,
8 M
agno
x N
2098
GB
-9A
DU
NG
ENES
S-A1
200
6-12
2,8
Dd+
PD+S
E3,
5,6
Mag
nox
S21
11 G
B -9
BD
UN
GEN
ESS-
A2 2
006-
122,
8 D
d+PD
+SE
3,5,
6 M
agno
x S
2111
USA
US
-001
SHIP
PIN
GPO
RT
198
2-10
3 ID
DO
E D
UQ
U19
89 U
S -0
11EL
K R
IVER
196
8-2
1,O
ther
ID R
CPA
1974
US
-012
PIQ
UA
196
6-1
4,5
ISD
11 C
ofPi
qua
US
-013
IND
IAN
PO
INT-
1 1
974-
105
Dd+
PD+S
E E
NTE
RG
Y U
S -0
14BO
NU
S 1
968-
65,
6 IS
D D
OE/
PRW
R19
70
TAB
LE 1
7. R
EAC
TOR
S IN
DEC
OM
MIS
SIO
NIN
G P
RO
CES
S O
R D
ECO
MM
ISSI
ON
ED, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Shu
t do
wn
Shu
tdow
n re
ason
Dec
om.
stra
tegy
Cur
rent
dec
om.
phas
eC
urre
nt fu
el
man
agem
ent
Dec
om.
licen
see
Lice
nse
term
inat
ed
Cod
eN
ame
USA
US
-018
GE
VALL
ECIT
OS
196
3-12
1 D
d+SE
GE&
PGEC
US
-077
HAL
LAM
196
4-9
5 D
d+SE
AEC
&NPP
D19
71 U
S -1
0D
RES
DEN
-1 1
978-
106
Dd+
SE11
7 E
XELO
N U
S -1
30PA
THFI
ND
ER 1
967-
105
Dd+
SE11
NM
C U
S -1
33H
UM
BOLD
T BA
Y 1
976-
75
Dd+
PD+S
E3,
4,6,
9 P
G&E
2013
US
-144
CVT
R 1
967-
17,
Oth
er D
d+SE
CVP
A20
09 U
S -1
46SA
XTO
N 1
972-
5O
ther
ID G
PUN
C20
05 U
S -1
55BI
G R
OC
K PO
INT
199
7-8
2,O
ther
ID7
CPC
2007
US
-16
FER
MI-1
197
2-11
4,5
Dd+
SE9,
11 D
TED
ISO
N20
25 U
S -1
71PE
ACH
BO
TTO
M-1
197
4-11
1 D
d+SE
1 E
XELO
N U
S -2
06SA
N O
NO
FRE-
1 1
992-
11O
ther
Dd+
PD+S
E4
SC
E20
08 U
S -2
13H
ADD
AM N
ECK
199
6-12
6 ID
4,6
CYA
PC20
07 U
S -2
45M
ILLS
TON
E-1
199
8-7
6 D
d+PD
+SE
DO
MIN
RES
US
-267
FOR
T ST
. VR
AIN
198
9-8
1,O
ther
ID P
SCC
1996
US
-29
YAN
KEE
NPS
199
1-10
5,7
ID4,
6 Y
AEC
2005
US
-295
ZIO
N-1
199
8-2
5,6
Dd+
PD+S
E1
Com
mon
Ed U
S -3
04ZI
ON
-2 1
998-
25,
6 D
d+PD
+SE
1 C
OM
MED
US
-309
MAI
NE
YAN
KEE
199
7-8
6 ID
47
MYA
PC20
05 U
S -3
12R
ANC
HO
SEC
O-1
198
9-6
5,6
Dd+
PD+S
E9
SM
UD
2009
US
-320
THR
EE M
ILE
ISLA
ND
-2 1
979-
34,
5 O
ther
114
GPU
US
-322
SHO
REH
AM 1
989-
57,
Oth
er ID
LIP
A19
95 U
S -3
44TR
OJA
N 1
992-
116
Dd+
PD+S
E P
OR
TGE
2005
US
-409
LAC
RO
SSE
198
7-4
2 D
d+PD
+SE
7 D
PC
TAB
LE 1
7. R
EAC
TOR
S IN
DEC
OM
MIS
SIO
NIN
G P
RO
CES
S O
R D
ECO
MM
ISSI
ON
ED, 3
1 D
EC. 2
012
— c
ontin
ued
Cou
ntry
Rea
ctor
Shu
t do
wn
Shu
tdow
n re
ason
Dec
om.
stra
tegy
Cur
rent
dec
om.
phas
eC
urre
nt fu
el
man
agem
ent
Dec
om.
licen
see
Lice
nse
term
inat
ed
56
Im
med
iate
dis
man
tling
and
rem
oval
of a
ll ra
dioa
ctiv
e m
ater
ials
Fuel
man
agem
ent
Des
crip
tion
1 2 3 4 5
Enc
apsu
latio
n
6P
artia
l dis
man
tling
11Li
cenc
e te
rmin
ated
(leg
al a
ct a
t the
end
of d
ecom
mis
sion
ing
proc
ess)
Act
ive
safe
enc
losu
re p
erio
d8
Pas
sive
saf
e en
clos
ure
perio
d9
Fina
l dis
man
tling
and
subs
eque
nt re
stric
tion
of a
cces
sO
ther
Non
e of
the
abov
e
Cur
rent
dec
omm
issi
onin
g ph
ase
Des
crip
tion
Fina
l sur
vey
Was
te s
hipm
ent o
ff-si
te (o
nly
for d
ecom
mis
sion
ing
was
te)
5S
afe
encl
osur
e pr
epar
atio
n
2Th
e pr
oces
s w
as n
o lo
nger
pro
fitab
l e3
Cha
nges
in li
cens
ing
requ
irem
ents
4A
fter a
n op
erat
ing
inci
dent
5O
ther
tech
nolo
gica
l rea
sons
6O
ther
eco
nom
ic re
ason
s7
Pub
lic a
ccep
tanc
e or
pol
itica
l rea
sons
3
Def
erre
d di
sman
tling
, pla
cing
all
radi
olog
ical
are
as in
to s
afe
encl
osur
eD
d+P
D+S
ED
efer
red
dism
antli
ng, i
nclu
ding
par
tial d
ism
antli
ng a
nd p
laci
ngre
mai
ning
radi
olog
ical
are
as in
to s
afe
encl
osur
eIS
DIn
situ
dis
posa
l, in
volv
ing
enca
psul
atio
n of
radi
oact
ive
mat
eria
ls
Dra
win
g up
the
final
dec
omm
issi
onin
g pl
anR
eact
or c
ore
defu
ellin
gW
aste
con
ditio
ning
on-
site
(onl
y fo
r dec
omm
issi
onin
g w
aste
)
8A
fter m
ajor
com
pone
nt fa
ilure
or d
eter
iora
tion
Oth
erN
one
of th
e ab
ove
2Dd+
SE
1 4 7 10
7 86
TAB
LE 1
7. D
EFIN
ITIO
NS
FOR
REA
CTO
RS
IN D
ECO
MM
ISSI
ON
ING
PR
OC
ESS
OR
DEC
OM
MIS
SIO
NED
Shu
tdow
n re
ason
Des
crip
tion
1Th
e te
chno
logy
or p
roce
ss b
eing
use
d be
cam
e ob
sole
te
Des
crip
tion
Dec
omm
issi
onin
g st
rate
gy
ID
Sto
rage
in a
n on
-site
faci
lity
Sto
rage
in a
n of
f-site
faci
lity
Dry
sto
rage
per
iod
Und
erw
ater
sto
rage
per
iod
Tran
sfer
aw
ay fr
om a
reac
tor f
acili
tyTr
ansf
er to
a re
acto
r fac
ility
Shi
pmen
t to
a re
proc
essi
ng p
lan t
57
Num
ber
Ava
ilabi
lity
Pla
nned
cap
. los
sC
apab
ility
Forc
ed lo
ssO
pera
ting
Load
offa
ctor
fact
orfa
ctor
rate
fact
orfa
ctor
units
(%)
(%)
(%)
(%)
(%)
(%)
PW
R27
4
80.5
14
.5
81.5
2.
6
81.1
79
.7
PW
R >
600
MW
e47
77
.7
20.5
78
.1
1.5
79
.1
76.5
PW
R ≥
600
MW
e22
7
80.8
13
.9
81.8
2.
7
81.5
80
.0
BW
R92
69
.8
23.4
71
.0
5.0
69
.1
67.5
BW
R <
600
MW
e11
54
.4
31.6
57
.2
13.7
58
.6
54.2
BW
R ≥
600
MW
e81
70
.6
23.0
71
.7
4.6
70
.5
68.3
PH
WR
49
79.1
13
.5
82.4
3.
8
81.9
78
.8
PH
WR
< 6
00 M
We
26
71.5
12
.6
80.6
6.
8
80.9
70
.9
PH
WR
≥ 6
00 M
We
23
82.8
13
.9
83.3
2.
3
83.1
82
.6
LW
GR
15
77.9
19
.0
78.2
2.
7
76.5
78
.9
LW
GR
< 6
00 M
We
4
78.6
21
.2
78.6
0.
2
66.3
32
.0
LW
GR
≥ 6
00 M
We
11
77.9
19
.0
78.2
2.
7
80.2
79
.1
GC
R18
70
.2
10.8
70
.4
13.4
77
.8
70.4
FBR
2
76.7
22
.1
76.7
1.
0
77.4
78
.3
TO
TAL
450
77
.8
16.4
78
.9
3.4
78
.4
76.7
Not
e: 2
012
is th
e la
test
yea
r for
whi
ch o
pera
ting
expe
rienc
e da
ta is
cur
rent
ly a
vaila
ble
to th
e IA
EA.
R
eact
ors
perm
anen
tly s
hut d
own
durin
g 20
10 to
201
2 (2
5 un
its) a
re c
onsi
dere
d.
Rea
ctor
cat
egor
y
Rea
ctor
s re
porti
ng to
IAE
A P
RIS
(see
not
e)
TAB
LE 1
8. P
ERFO
RM
ANC
E FA
CTO
RS
BY
REA
CTO
R C
ATEG
OR
Y, 2
010
to 2
012
58
Num
ber o
fFu
ll ou
tage
hou
rsP
lann
edU
npla
nned
Ext
erna
lop
erat
ing
per o
pera
ting
outa
ges
outa
ges
outa
ges
reac
tors
re
acto
r(%
)(%
)(%
) P
WR
270
20
91
82.3
15
.1
2.6
PW
R <
600
MW
e47
26
43
94.2
4.
6
1.2
PW
R ≥
600
MW
e22
3
1975
79
.0
18.0
3.
0
BW
R84
34
54
83.0
10
.9
6.1
BW
R <
600
MW
e10
49
33
83.8
16
.2
0.0
BW
R ≥
600
MW
e74
32
55
82.9
9.
8
7.3
PH
WR
49
1298
75
.2
20.4
4.
4
PH
WR
< 6
00 M
We
26
1280
71
.7
24.5
3.
8
PH
WR
≥ 6
00 M
We
23
1318
79
.1
15.9
5.
0
LW
GR
15
2061
81
.3
5.7
13
.0
LW
GR
< 6
00 M
We
4
2494
62
.3
0.2
37
.5
LW
GR
≥ 6
00 M
We
11
1904
90
.4
8.3
1.
3
GC
R17
14
97
48.3
51
.7
0.0
FBR
1
1540
10
0.0
0.
0
0.0
ALL
REA
CTO
RS
436
22
39
81.2
14
.8
4.0
Not
e: 2
012
is th
e la
test
yea
r for
whi
ch o
utag
e in
form
atio
n is
cur
rent
ly a
vaila
ble
to th
e IA
EA.
O
nly
reac
tors
in c
omm
erci
al o
pera
tion
are
cons
ider
ed.
R
eact
ors
shut
dow
n du
ring
2012
(11
units
) are
con
side
red.
Rea
ctor
type
TAB
LE 1
9. F
ULL
OU
TAG
E ST
ATIS
TIC
S D
UR
ING
201
2
59
GW(e)∙h
%H
ours
%GW(e)∙h
%H
ours
% P
lant
equ
ipm
ent p
robl
em/fa
ilure
5936
0 97
.21
6966
3 96
.06
Ref
uelli
ng w
ithou
t mai
nten
ance
2993
7 4.
01
3182
4 3.
64
Insp
ectio
n, m
aint
enan
ce o
r rep
air c
ombi
ned
with
refu
ellin
g33
8182
45
.26
3783
81
43.3
2 In
spec
tion,
mai
nten
ance
or r
epai
r with
out r
efue
lling
4044
0 5.
41
5630
9 6.
45
Tes
ting
of p
lant
sys
tem
s or
com
pone
nts
2845
0.
38
3413
0.
39
Maj
or b
ack-
fittin
g, re
furb
ishm
ent o
r upg
radi
ng a
ctiv
ities
with
refu
ellin
g74
894
10.0
2 92
075
10.5
4 M
ajor
bac
k-fit
ting,
refu
rbis
hmen
t or u
pgra
ding
act
iviti
es w
ithou
t ref
uelli
ng25
6207
34
.29
2983
68
34.1
6 N
ucle
ar re
gula
tory
requ
irem
ents
4 28
31
7 0.
52
421
0.58
H
uman
fact
or re
late
d11
71
1.92
17
83
2.46
O
ther
4676
0.
63
1298
4 1.
49
219
0.36
65
3 0.
90
TO
TAL
7471
85
100.
00
8733
82
100.
00
6106
7 10
0.00
72
520
100.
00
Not
e: O
nly
reac
tors
whi
ch h
ad a
chie
ved
full
com
mer
cial
ope
ratio
n in
or b
efor
e 20
12 a
re c
ount
ed.
Dire
ct o
utag
e ca
use
Ene
rgy
lost
Tim
e lo
stE
nerg
y lo
st
TAB
LE 2
0. D
IREC
T C
AUSE
S O
F FU
LL O
UTA
GES
DU
RIN
G 2
012
Tim
e lo
st
Pla
nned
full
outa
ges
Unp
lann
edfu
ll ou
tage
s
60
GW(e)∙h
%H
ours
%GW(e)∙h
%H
ours
% P
lant
equ
ipm
ent p
robl
em/fa
ilure
3575
1689
.77
4196
9787
.96
Ref
uelli
ng w
ithou
t a m
aint
enan
ce12
0650
4.34
13
4076
4.00
In
spec
tion,
mai
nten
ance
or r
epai
r com
bine
d w
ith re
fuel
ling
1731
531
62.2
9 19
9942
759
.63
Insp
ectio
n, m
aint
enan
ce o
r rep
air w
ithou
t ref
uelli
ng17
0473
6.13
27
7027
8.26
T
estin
g of
pla
nt s
yste
ms
or c
ompo
nent
s80
300.
29
1643
20.
49
1031
0.26
23
500.
49
Maj
or b
ack-
fittin
g, re
furb
ishm
ent o
r upg
radi
ng a
ctiv
ities
with
refu
ellin
g17
5958
6.33
25
4420
7.59
M
ajor
bac
k-fit
ting,
refu
rbis
hmen
t or u
pgra
ding
act
iviti
es w
ithou
t ref
uelli
ng56
5055
20.3
3 63
6918
19.0
0 N
ucle
ar re
gula
tory
requ
irem
ents
428
3041
67.
64
4071
28.
53
Hum
an fa
ctor
rela
ted
4829
1.21
71
861.
51
Fire
2363
0.59
39
280.
82
Ext
erna
l res
trict
ions
on
supp
ly a
nd s
ervi
ces
382
0.01
19
090.
06
Fue
l man
agem
ent l
imita
tion
(incl
udin
g hi
gh fl
ux ti
lt, s
tretc
h ou
t or c
oast
-dow
n op
erat
ion)
1405
0.05
21
920.
07
1204
0.30
11
330.
24
Oth
er62
540.
22
3050
60.
91
878
0.22
21
160.
44
TO
TAL
2779
742
100.
00
3352
935
100.
00
3982
3710
0.00
47
7122
100.
00
Not
e: O
nly
reac
tors
whi
ch h
ad a
chie
ved
full
com
mer
cial
ope
ratio
n in
or b
efor
e 20
12 a
re c
ount
ed.
Dire
ct o
utag
e ca
use
Ene
rgy
lost
Tim
e lo
stE
nerg
y lo
st
TAB
LE 2
1. D
IREC
T C
AUSE
S O
F FU
LL O
UTA
GES
, 200
8 TO
201
2
Tim
e lo
st
Pla
nned
full
outa
ges
Unp
lann
edfu
ll ou
tage
s
61
Cou
ntry
code
Ope
ratio
nal
Con
stru
ctio
nLT
shu
tdow
nS
hut d
own
Pla
nned
AE
UN
ITED
AR
AB E
MIR
ATES
1
1
AM
AR
MEN
IA1
1
A
R A
RG
ENTI
NA
2
1
BE
BEL
GIU
M7
1
B
G B
ULG
ARIA
2
4
BR
BR
AZIL
2
1
CA
CAN
ADA
19
6
CH
SW
ITZE
RLA
ND
5
1
1
CN
CH
INA
17
29
38
CZ
CZE
CH
REP
UBL
IC6
D
E G
ERM
ANY
9
27
ES
SPA
IN8
2
F
I F
INLA
ND
4
1
FR
FR
ANC
E58
1
12
G
B U
NIT
ED K
ING
DO
M16
29
H
U H
UN
GAR
Y4
IN
IND
IA20
7
IR
IRAN
, ISL
AMIC
REP
UBL
IC O
F1
3
IT
ITAL
Y4
J
P J
APAN
50
2
1
9
10
KR
KO
REA
, REP
UBL
IC O
F23
4
1
K
Z K
AZAK
HST
AN1
L
T L
ITH
UAN
IA2
M
X M
EXIC
O2
N
L N
ETH
ERLA
ND
S1
1
P
K P
AKIS
TAN
3
2
RO
RO
MAN
IA2
R
U R
USS
IA33
11
5
26
S
E S
WED
EN10
3
S
I S
LOVE
NIA
1
Full
nam
eN
umbe
r of r
eact
ors,
as
of 3
1 D
ec. 2
012
TAB
LE 2
2. C
OU
NTR
IES:
AB
BR
EVIA
TIO
NS
AND
SU
MM
ARY
62
Cou
ntry
code
Ope
ratio
nal
Con
stru
ctio
nLT
shu
tdow
nS
hut d
own
Pla
nned
SK
SLO
VAKI
A4
2
3
U
A U
KRAI
NE
15
2
4
US
UN
ITED
STA
TES
OF
AMER
ICA
104
1
28
20
V
N V
IETN
AM2
Z
A S
OU
TH A
FRIC
A2
TOTA
L43
7
67
1
143
10
2
Not
e: T
he to
tal i
nclu
des
the
follo
win
g da
ta fr
om T
aiw
an, C
hina
: —
6 u
nits
in o
pera
tion;
2 u
nits
und
er c
onst
ruct
ion.
TAB
LE 2
2. C
OU
NTR
IES:
AB
BR
EVIA
TIO
NS
AND
SU
MM
ARY
— c
ontin
ued
Full
nam
eN
umbe
r of r
eact
ors,
as
of 3
1 D
ec. 2
012
63
Type
code
Ope
ratio
nal
Con
stru
ctio
nLT
shu
tdow
nS
hut d
own
Pla
nned
BW
R B
oilin
g lig
ht w
ater
coo
led
and
mod
erat
ed re
acto
r84
4
31
10
F
BR F
ast b
reed
er re
acto
r2
2
1
7
5
G
CR
Gas
coo
led,
gra
phite
mod
erat
ed re
acto
r15
37
H
TGR
Hig
h te
mpe
ratu
re g
as c
oole
d re
acto
r1
4
H
WG
CR
Hea
vy w
ater
mod
erat
ed, g
as c
oole
d re
acto
r4
H
WLW
R H
eavy
wat
er m
oder
ated
, boi
ling
light
wat
er c
oole
d re
acto
r2
L
WG
R L
ight
wat
er c
oole
d, g
raph
ite m
oder
ated
reac
tor
15
1
9
PH
WR
Pre
ssur
ized
hea
vy w
ater
mod
erat
ed a
nd c
oole
d re
acto
r48
5
8
P
WR
Pre
ssur
ized
ligh
t wat
er m
oder
ated
and
coo
led
reac
tor
273
54
38
87
S
GH
WR
Ste
am g
ener
atin
g he
avy
wat
er re
acto
r1
X
Oth
er2
TO
TAL
437
67
1
14
3
102
Num
ber o
f rea
ctor
s, a
s of
31
Dec
. 201
2
Full
nam
e
TAB
LE 2
3. R
EAC
TOR
TYP
ES: A
BB
REV
IATI
ON
S AN
D S
UM
MAR
Y
64
Ope
rato
rco
deO
pera
tiona
lC
onst
ruct
ion
LT s
hutd
own
Shu
t dow
nP
lann
ed A
EC/N
PPD
ATO
MIC
EN
ERG
Y C
OM
MIS
SIO
N A
ND
NEB
RAS
KA P
UBL
IC P
OW
ER D
ISTR
ICT
1
AEP
AM
ERIC
AN E
LEC
TRIC
PO
WER
CO
MPA
NY,
INC
.2
A
mer
enU
E A
MER
EN U
E, U
NIO
N E
LEC
TRIC
CO
MPA
NY
1
AN
AV A
SOC
IAC
ION
NU
CLE
AR A
SCO
-VAN
DEL
LOS
A.I.E
. (EN
DES
A/ID
)3
A
NPP
CJS
C C
LOSE
D J
OIN
T ST
OC
K C
OM
PAN
Y AR
MEN
IAN
NPP
1
1
APS
AR
IZO
NA
PUBL
IC S
ERVI
CE
CO
.3
A
VR A
RBE
ITSG
EMEI
NSC
HAF
T VE
RSU
CH
SREA
KTO
R G
MBH
1
Axp
o AG
KER
NKR
AFTW
ERK
BEZN
AUC
H-5
312
DÖ
TTIN
GEN
2
BH
AVIN
I B
HAR
ATIY
A N
ABH
IKIY
A VI
DYU
T N
IGAM
LIM
ITED
1
BKA
B B
ARSE
BÄC
K KR
AFT
AB3
B
KW B
KW E
NER
GIE
AG
1
BR
UC
EPO
W B
RU
CE
POW
ER8
B
V G
KN B
V G
EMEE
NSC
HAP
PELI
JKE
KER
NEN
ERG
IEC
ENTR
ALE
NED
ERLA
ND
(BV
GKN
)1
C
EA/E
DF
CO
MM
ISSA
RIA
T À
L'EN
ERG
IE A
TOM
IQU
E (8
0%) E
LEC
TRIC
ITÉ
DE
FRAN
CE
(20%
)1
C
EN/S
CK
CEN
TRE
D'E
TUD
E D
E L'
ENER
GIE
NU
CLE
AIR
E/ST
UD
IEC
ENTR
UM
VO
OR
KER
NEN
ERG
IE1
C
EZ C
ZEC
H P
OW
ER C
OM
PAN
Y, C
EZ A
.S.
6
CFE
CO
MIS
ION
FED
ERAL
DE
ELEC
TRIC
IDAD
2
CH
UBU
CH
UBU
ELE
CTR
IC P
OW
ER C
O.,
INC
.3
2
1
C
HU
GO
KU T
HE
CH
UG
OKU
ELE
CTR
IC P
OW
ER C
O.,
INC
.2
1
2
C
IAE
CH
INA
INST
ITU
TE O
F AT
OM
IC E
NER
GY
1
CN
AT C
ENTR
ALES
NU
CLE
ARES
ALM
ARAZ
-TR
ILLO
(ID/U
FG/E
ND
ESA/
HC
/NU
CLE
NO
R )
3
CN
NO
CN
NC
NU
CLE
AR O
PER
ARIO
N M
ANAG
EMEN
T C
OM
PAN
Y LI
MIT
ED.
1
Cof
Piqu
a C
ITY
OF
PIQ
UA
GO
VER
NM
ENT
1
CO
GEM
A C
OM
PAG
NIE
GEN
ERAL
E D
ES M
ATIE
RES
NU
CLE
AIR
ES2
C
ON
STEL
L C
ON
STEL
LATI
ON
EN
ERG
Y N
UC
LEAR
GR
OU
P, L
LC5
C
PC C
ON
SUM
ERS
POW
ER C
O.
1
CVP
A C
ARO
LIN
AS-V
IRG
INIA
NU
CLE
AR P
OW
ER A
SSO
C.
1
CYA
PC C
ON
NEC
TIC
UT
YAN
KEE
ATO
MIC
PO
WER
CO
.1
D
NM
C D
AYA
BAY
NU
CLE
AR P
OW
ER O
PER
ATIO
NS
AND
MAN
AGEM
ENT
CO
, LTD
.6
Num
ber o
f rea
ctor
s, a
s of
31
Dec
. 201
2
Full
nam
e
TAB
LE 2
4. O
PER
ATO
RS:
AB
BR
EVIA
TIO
NS
AND
SU
MM
ARY
65
Ope
rato
rco
deO
pera
tiona
lC
onst
ruct
ion
LT s
hutd
own
Shu
t dow
nP
lann
ed D
OE
DU
QU
DEP
ARTM
ENT
OF
ENER
GY
AND
DU
QU
ESN
E LI
GH
T C
O.
1
DO
E/PR
WR
DO
E &
PUER
TO R
ICO
WAT
ER R
ESO
UR
CES
1
DO
MIN
ION
DO
MIN
ION
GEN
ERAT
ION
7
1
DPC
DAI
RYL
AND
PO
WER
CO
OPE
RAT
IVE
1
DTE
DIS
ON
DET
RO
IT E
DIS
ON
CO
.1
1
D
UKE
ENER
DU
KE E
NER
GY
CO
RP.
7
E.O
N E
.ON
KER
NKR
AFT
GM
BH3
3
E
DF
ELE
CTR
ICIT
E D
E FR
ANC
E58
1
8
E
DF
UK
ED
F EN
ERG
Y15
E
LEC
TRAB
ELE
CTR
ABEL
M. V
. NU
CLE
AIR
E PR
OD
UKT
IE7
E
LETR
ON
U E
LETR
OBR
AS E
LETR
ON
UC
LEAR
S.A
.2
1
E
nBW
EN
BW K
RAF
TWER
KE A
G1
E
NEC
EM
IRAT
ES N
UC
LEAR
EN
ERG
Y C
OR
POR
ATIO
N1
1
E
NER
GYN
W E
NER
GY
NO
RTH
WES
T1
E
nKK
EN
BW K
ERN
KRAF
T G
MBH
(SIT
Z IN
OBR
IGH
EIM
)2
2
E
NTE
RG
Y E
NTE
RG
Y N
UC
LEAR
OPE
RAT
ION
S, IN
C.
12
1
EO
S E
NER
GIE
DE
L'O
UES
T SU
ISSE
1
EPD
C E
LEC
TRIC
PO
WER
DEV
ELO
PMEN
T C
O.,
LTD
.1
E
PZ N
.V. E
LEKT
RIC
ITEI
TS-P
RO
DU
KTIE
MAA
TSC
HAP
PIJ
ZUID
-NED
ERLA
ND
1
ESK
OM
ESK
OM
2
EVN
VIE
TNAM
ELE
CTR
ICIT
Y2
E
WN
EN
ERG
IEW
ERKE
NO
RD
GM
BH6
E
XELO
N E
XELO
N G
ENER
ATIO
N C
O.,
LLC
17
4
FEN
OC
FIR
ST E
NER
GY
NU
CLE
AR O
PER
ATIN
G C
O.
4
FKA
FO
RSM
ARK
KRAF
TGR
UPP
AB
3
FO
RTU
MPH
FO
RTU
M P
OW
ER A
ND
HEA
T O
Y (F
OR
MER
IVO
)2
F
PL F
LOR
IDA
POW
ER &
LIG
HT
CO
.4
F
QN
P C
NN
C F
UJI
AN F
UQ
ING
NU
CLE
AR P
OW
ER C
O.,
LTD
.4
2
F
SNPC
FU
JIAN
SAN
MIN
G N
UC
LEAR
PO
WER
CO
., LT
D.
2
GE
GEN
ERAL
ELE
CTR
IC1
G
FNPC
GU
ANG
XI F
ANG
CH
ENG
GAN
G N
UC
LEAR
PO
WER
CO
MPA
NY,
LTD
.2
TAB
LE 2
4. O
PER
ATO
RS:
AB
BR
EVIA
TIO
NS
AND
SU
MM
ARY
— c
ontin
ued
Full
nam
eN
umbe
r of r
eact
ors,
as
of 3
1 D
ec. 2
012
66
Ope
rato
rco
deO
pera
tiona
lC
onst
ruct
ion
LT s
hutd
own
Shu
t dow
nP
lann
ed G
PU G
ENER
AL P
UBL
IC U
TILI
TIES
(OW
NED
BY
FIR
STEN
ERG
Y C
OR
P.)
1
HD
R H
EISS
DAM
PFR
EAKT
OR
-BET
RIE
BSG
ESEL
LSC
HAF
T M
BH1
H
EPC
O H
OKK
AID
O E
LEC
TRIC
PO
WER
CO
., IN
C.
3
HIF
REN
SA H
ISPA
NO
-FR
ANC
ESA
DE
ENER
GIA
NU
CLE
AR, S
.A.
1
HKG
HO
CH
TEM
PER
ATU
R-K
ERN
KRAF
TWER
K G
MBH
1
HN
PC H
AIN
AN N
UC
LEAR
PO
WER
CO
MPA
NY
2
HO
KUR
IKU
HO
KUR
IKU
ELE
CTR
IC P
OW
ER C
O.
2
HO
NG
YAN
H H
ON
GYA
NH
E N
UC
LEAR
PO
WER
CO
MPA
NY
1
HQ
HYD
RO
QU
EBEC
2
HSN
PC H
UAN
ENG
SH
AND
ON
G S
HID
AO B
AY N
UC
LEAR
PO
WER
CO
MPA
NY,
LTD
.1
ID
IBER
DR
OLA
, S.A
.1
IN
PP IG
NAL
INA
NU
CLE
AR P
OW
ER P
LAN
T2
J
AEA
JAP
AN A
TOM
IC E
NER
GY
AGEN
CY
1
2
JAP
CO
JAP
AN A
TOM
IC P
OW
ER C
O.
3
1
2
JAV
YS J
ADR
OVA
A V
YRAD
OVA
CIA
SPO
LOC
NO
ST/N
UC
LEAR
AN
D D
ECO
MM
ISSI
ON
ING
CO
MPA
NY,
PLC
.3
J
NPC
JIA
NG
SU N
UC
LEAR
PO
WER
CO
RPO
RAT
ION
2
1
3
KBG
KER
NKR
AFTW
ERK-
BETR
IEBS
GES
ELLS
CH
AFT
MBH
2
KEP
CO
KAN
SAI E
LEC
TRIC
PO
WER
CO
.11
K
GB
KER
NKR
AFTW
ERKE
GU
ND
REM
MIN
GEN
BET
RIE
BSG
ESEL
LSC
HAF
T M
BH1
K
GG
KER
NKR
AFTW
ERK
GU
ND
REM
MIN
GEN
GM
BH2
1
K
HN
P K
OR
EA H
YDR
O A
ND
NU
CLE
AR P
OW
ER C
O.
23
4
1
KKB
KER
NKR
AFTW
ERK
BRU
NSB
ÜTT
EL G
MBH
1
KKG
KER
NKR
AFTW
ERK
GO
ESG
EN-D
AEN
IKEN
AG
1
KKK
KER
NKR
AFTW
ERK
KRÜ
MM
EL G
MBH
& C
O. O
HG
1
KKL
KER
NKR
AFTW
ERK
LEIB
STAD
T1
K
KN K
ERN
KRAF
TWER
K N
IED
ERAI
CH
BAC
H G
MBH
1
KKN
AG
KER
NKR
AFTW
ERK
NIE
DER
AMT
AG1
K
LE K
ERN
KRAF
TWER
KE L
IPPE
-EM
S G
MBH
1
KO
ZNPP
KO
ZLO
DU
Y N
PP-P
LC2
4
K
WG
GEM
EIN
SCH
AFTS
KER
NKR
AFTW
ERK
GR
OH
ND
E G
MBH
& C
O. O
HG
1
KW
L K
ERN
KRAF
TWER
K LI
NG
EN G
MBH
1
TAB
LE 2
4. O
PER
ATO
RS:
AB
BR
EVIA
TIO
NS
AND
SU
MM
ARY
— c
ontin
ued
Full
nam
eN
umbe
r of r
eact
ors,
as
of 3
1 D
ec. 2
012
67
Ope
rato
rco
deO
pera
tiona
lC
onst
ruct
ion
LT s
hutd
own
Shu
t dow
nP
lann
ed K
YUSH
U K
YUSH
U E
LEC
TRIC
PO
WER
CO
., IN
C.
6
1
LH
NPC
LIA
ON
ING
HO
NG
YAN
HE
NU
CLE
AR P
OW
ER C
O. L
TD. (
LHN
PC)
4
2
LIP
A L
ON
G IS
LAN
D P
OW
ER A
UTH
OR
ITY
1
LN
PC L
IAO
NIN
NU
CLE
AR P
OW
ER C
OM
PAN
Y, L
MT.
2
LU
MIN
ANT
LU
MIN
ANT
GEN
ERAT
ION
CO
MPA
NY
LLC
2
MAE
C-K
AZ M
ANG
ISH
LAK
ATO
MIC
EN
ERG
Y C
OM
PLEX
-KAZ
ATO
MPR
OM
, LIM
ITED
LIA
BILI
TY C
OM
PAN
Y1
M
EL M
AGN
OX
ELEC
TRIC
LIM
ITED
1
25
MTE
MIN
TOPE
NER
GO
OF
UKR
AIN
E - M
INIS
TRY
OF
FUEL
AN
D E
NER
GY
OF
UKR
AIN
E4
M
YAPC
MAI
NE
YAN
KEE
ATO
MIC
PO
WER
CO
.1
N
ASA
NU
CLE
OEL
ECTR
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1
UEC
UN
ITED
EN
GIN
EER
S AN
D C
ON
TRAC
TOR
S1
U
KAEA
UN
ITED
KIN
GD
OM
ATO
MIC
EN
ERG
Y AU
THO
RIT
Y10
W
H W
ESTI
NG
HO
USE
ELE
CTR
IC C
OR
POR
ATIO
N71
3
10
8
W
H/M
HI
WES
TIN
GH
OU
SE E
LEC
TRIC
CO
RPO
RAT
ION
/MIT
SUBI
SHI H
EAVY
IND
UST
RIE
S LT
D.
1
2
2
Not
spe
cifie
d1
46
TO
TAL
437
67
1
14
3
102
Full
nam
eN
umbe
r of r
eact
ors,
as
of 3
1 D
ec. 2
012
TAB
LE 2
5. N
SSS
SUPP
LIER
S: A
BB
REV
IATI
ON
S AN
D S
UM
MAR
Y —
con
tinue
d
74
Number of operational reactors by type and net electrical power (as of 31 Dec. 2012).
Figure 1.
273
84
15
48
15
2
252.
2
78.1
8.0
24.0
10.2
0.6
0
50
100
150
200
250
300
PWR BWR GCR PHWR LWGR FBR
Reactor type
Number of reactors
Net electrical power (GW(e))N
umbe
r of r
eact
ors/
net e
lect
rical
pow
er (G
W(e
))
75
Reactors under construction by type andnet electrical power (as of 31 Dec. 2012).
Figure 2.
54
4
5
2
1 1
53.4
5.3
3.2
1.3
0.9
0.2
0
10
20
30
40
50
60
PWR BWR PHWR FBR LWGR HTGR
Reactor type
Number of reactors
Net electrical power (GW(e))
N
umbe
r of r
eact
ors/
net e
lect
rical
pow
er (G
W(e
))
76
Figu
re 3
. Nuc
lear
sha
re o
f ele
ctric
ity g
ener
atio
n (a
s of
31
Dec
. 201
2).
Not
e: T
he n
ucle
ar s
hare
of e
lect
ricity
sup
plie
d in
Tai
wan
, Chi
na, w
as 1
8.4%
of t
he to
tal.
74.8
%
53.8
%
51.0
%
46.2
%
45.9
%
38.1
%
36.0
%
35.9
%
35.3
%
32.6
%
31.6
%
30.4
%
26.6
%
20.5
%
19.4
%
19.0
%
18.1
%
17.8
%
16.1
%
15.3
%
5.3%
5.
1%
4.7%
4.
7%
4.4%
3.
6%
3.1%
2.
1%
2.0%
0.
6%
0%20
%40
%60
%80
%
FRA
NC
ES
LOVA
KIA
BEL
GIU
MU
KRAI
NE
HU
NG
ARY
SW
EDE
NS
LOVE
NIA
SW
ITZE
RLA
ND
CZE
CH
RE
P.FI
NLA
ND
BU
LGA
RIA
KO
RE
A, R
EP.
OF
AR
ME
NIA
SPA
INR
OM
AN
IAU
SA UK
RU
SSI
AG
ERM
AN
YC
ANAD
AP
AKIS
TAN
SO
UTH
AFR
ICA
ME
XIC
OA
RG
EN
TIN
AN
ETH
ER
LAN
DS
IND
IAB
RA
ZIL
JAPA
NC
HIN
AIR
AN
, ISL
. RE
P.
Nucl
ear s
hare
77
Worldwide median construction time in months(as of 31 Dec. 2012).
Figure 4.
131
85
29
23
20
12
7
3
99
95
103
123
64
75
105
57
0
20
40
60
80
100
120
140
1981
–198
5
1986
–199
0
1991
–199
5
1996
–200
0
2001
–200
5
2006
–201
0
2011
2012
Number of reactors Construction time
Num
ber o
f rea
ctor
s/co
nstru
ctio
n tim
e (m
onth
s)
78
Figu
re 5
. Num
ber o
f rea
ctor
s in
ope
ratio
n by
age
(as
of 3
1 D
ec. 2
012)
.
3
7
5
2
0
3 2
4 5
2
6
3
6
4 4
3
6
4 5
9
6
4
10 11
14 21
24 32
33 20
17 22
19
6
11 14
14
11 20
13 10
11
4
7
05101520253035
01
23
45
67
89
1011
1213
1415
1617
1819
2021
2223
2425
2627
2829
3031
3233
3435
3637
3839
4041
4243
Rea
ctor
age
(yea
rs)
Number of reactors
79
Figu
re 6
. Ann
ual c
onst
ruct
ion
star
ts a
nd c
onne
ctio
ns to
the
grid
, 195
4 to
201
2.
1
8
5
13
6
7
11
7
8
5
9
9
15
25
37
13
37
18
29
29
38
38
43
23
23
27
20
17
19
16
11
19
8
13
7
6
5
2
3
4
2
0
1
5
3
4
7
1
6
1
2
3
4
8
10
12
16
4
7
1
0
1
3
1
5
4
1
9
9
8
8
8
11
7
10
6
16
16
20
26
15
19
18
20
8
21
23
19
23
33
33
27
22
14
12
10
4
6
9
5
5
6
3
4
4
6
3
6
2
5
4
2
3
0
2
5
7
3
01020304050
19541955195619571958195919601961196219631964196519661967196819691970197119721973197419751976197719781979198019811982198319841985198619871988198919901991199219931994199519961997199819992000200120022003200420052006200720082009201020112012
Con
stru
ctio
n st
arts
Grid
con
nect
ions
Number of reactors
@ No. 22
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@
REFERENCE DATA SERIES No. 22013 Edition
Nuclear Power Reactors in the World
INTERNATIONAL ATOMIC ENERGY AGENCYVIENNA
ISBN 978–92–0–144110–2ISSN 1011–2642
13-23691_PUB-RDS-2-33_cover.indd All Pages 2013-07-02 09:02:44