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REFERENCE DATA SERIES No. 22016 Edition
Nuclear Power Reactors in the World
INTERNATIONAL ATOMIC ENERGY AGENCYVIENNA
ISBN 978–92–0–103716–9ISSN 1011–2642
16-14271_RDS_2-36_cover.indd All Pages 2016-05-03 08:10:15
REFERENCE DATA SERIES No. 2
NUCLEAR POWER REACTORS IN THE WORLD
2016 Edition
INTERNATIONAL ATOMIC ENERGY AGENCYVIENNA, 2016
NUCLEAR POWER REACTORS IN THE WORLDIAEA, VIENNA, 2016
IAEA-RDS-2/36ISBN 978–92–0–103716–9
ISSN 1011–2642
Printed by the IAEA in AustriaMay 2016
CONTENTS
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5Definitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
Table 1. Overview of power reactors and nuclear share, 31 Dec. 2015 . . . . . . . . . . . . . . . . . 10
Table 2. Type and net electrical power of operational reactors, 31 Dec. 2015 . . . . . . 12
Table 3. Type and net electrical power of reactors under construction, 31 Dec. 2015 . . . . . . . 13
Table 4. Reactor years of experience, up to 31 Dec. 2015 . . . . . . . . . . . . . . . . . . 14
Table 5. Operational reactors and net electrical power, from 1985 to 2015 . . . . . . . . . . . . 16
Table 6. Nuclear electricity production and share, from 1985 to 2015 . . . . . . . . . . . . . . . . . . . 18
Table 7. Annual construction starts and connections to the grid, 1954 to 2015 . . . 20
Table 8. Number of new reactors connected to the grid and median construction time in months . . . . . . . . . . . . . . . . . . . . . . . . . 21
Table 9. Construction starts during 2015 . . . . . . . . 22Table 10. Connections to the grid during 2015 . . . . . 23Table 11. Scheduled connections to the grid
during 2016 . . . . . . . . . . . . . . . . . . . . . . . . 24Table 12. Reactors planned for construction
as known on 31 Dec. 2015 . . . . . . . . . . . . 25Table 13. Reactors under construction,
31 Dec. 2015 . . . . . . . . . . . . . . . . . . . . . . 29Table 14. Operational reactors, 31 Dec. 2015 . . . . . 32Table 15. Reactors in long term shutdown,
31 Dec. 2015 . . . . . . . . . . . . . . . . . . . . . . 47Table 16. Reactors permanently shut down,
31 Dec. 2015 . . . . . . . . . . . . . . . . . . . . . . 48Table 17. Reactors in decommissioning process or
decommissioned, 31 Dec. 2015 . . . . . . . . 54
Table 18. Performance factors by reactor category, 2013 to 2015 . . . . . . . . . . . . . . . . . . . . . . . 59
Table 19. Full outage statistics during 2015 . . . . . . . 60Table 20. Direct causes of full outages
during 2015 . . . . . . . . . . . . . . . . . . . . . . . . 61Table 21. Direct causes of full outages,
2011 to 2015 . . . . . . . . . . . . . . . . . . . . . . . 62Table 22. Countries: abbreviations and summary . . 63Table 23. Reactor types: abbreviations and
summary . . . . . . . . . . . . . . . . . . . . . . . . . 64Table 24. Operators: abbreviations and summary . . 65Table 25. NSSS suppliers: abbreviations and
summary . . . . . . . . . . . . . . . . . . . . . . . . . 71Figure 1. Number of operational reactors by type
and net electrical power (as of 31 Dec. 2015) . . . . . . . . . . . . . . . . . 74
Figure 2. Reactors under construction by type and net electrical power (as of 31 Dec. 2015) . . . . . . . . . . . . . . . . . 75
Figure 3. Nuclear share of electricity generation (as of 31 Dec. 2015) . . . . . . . . . . . . . . . . . 76
Figure 4. Worldwide median construction time in months (as of 31 Dec. 2015) . . . . . . . . . . 77
Figure 5. Number of operational reactors by age (as of 31 Dec. 2015) . . . . . . . . . . . . . . . . . 78
Figure 6. Annual construction starts and connections to the grid, 1954 to 2015 . . . . . . . . . . . . . . 79
5
INTRODUCTION
Nuclear Power Reactors in the World is an annual publication that presents the most recent data pertaining to reactor units in IAEA Member States.
This thirty-sixth edition of Reference Data Series No. 2 provides a detailed comparison of various statistics up to and including 31 December 2015. 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. Data is collected by the IAEA via designated national correspondents in Member States.
PRIS outputs are available in the IAEA’s annual publications and on the PRIS web page (http://www.iaea.org/pris). Detailed outputs are accessible to registered users through on-line applications. Enquiries should be addressed to:
DirectorDivision of Nuclear PowerInternational Atomic Energy AgencyVienna International CentrePO Box 1001400 Vienna, AustriaEmail: [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 for the duration of 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 management control. Energy losses are considered to be unplanned if they are not scheduled at least four weeks in advance.
XEL External energy loss: The energy (MW·h) that was not supplied owing to constraints beyond plant management control that reduced plant availability.
EG The net electrical energy supplied during the reference period as measured at the unit outlet terminals after deducting the electrical energy taken by unit auxiliaries and the losses in transformers that are considered to be integral parts of the unit.
Planned reactorsThe IAEA considers a reactor as planned from the date when a construction licence application has been submitted to the relevant national regulatory authorities to the construction start date.
Construction startThe date when the first major placing of concrete, usually for the base mat of the reactor building, is carried out.
First criticalityThe date when the reactor is made critical for the first time.
Grid connectionThe date when the plant is first connected to the electrical grid for the supply of power. After this date, the plant is considered as operational.
Commercial operationThe date when the plant is handed over by the contractors to the owner and declared officially in commercial operation.
9
Long term shutdown (suspended operation)A unit is considered to be in long term shutdown if it has been shut down for an extended period (usually several years) initially without any firm recovery schedule, but with the intention to restart the unit eventually. Suspended operation is a new term for this status.
Permanent shutdownThe date when the plant is officially declared to be shut down by the owner and taken out of operation permanently.
NSSS supplierThe supplier of a power reactor unit’s nuclear steam supply system.
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
Net
cap
acity
No.
of
Net
cap
acity
No.
of
Net
cap
acity
% o
fun
itsM
W(e
)un
itsM
W(e
)un
itsM
W(e
)to
tal
AR
GE
NTI
NA
3
1632
1
25
6.
54.
8 A
RM
EN
IA1
37
5
2.6
34.5
BE
LAR
US
2
2218
N
AN
A B
ELG
IUM
7
5913
24
.837
.5 B
RA
ZIL
2
1884
1
12
45
13.9
2.8
BU
LGA
RIA
2
1926
14
.731
.3 C
AN
AD
A19
13
524
95
.616
.6 C
HIN
A31
26
774
24
24
128
16
1.2
3.0
CZE
CH
RE
P.
6
3930
25
.332
.5 F
INLA
ND
4
2752
1
16
00
22.3
33.7
FR
AN
CE
58
6313
0
1
1630
41
9.0
76.3
GE
RM
AN
Y8
10
799
86
.814
.1 H
UN
GA
RY
4
1889
15
.052
.7 IN
DIA
21
5308
6
39
07
34.6
3.5
IRA
N, I
SL.
RE
P.
1
915
3.
21.
3 J
AP
AN
43
4029
0
1
246
2
26
50
4.3
0.5
KO
RE
A, R
EP
. OF
24
2173
3
4
5420
15
7.2
31.7
ME
XIC
O2
14
40
11.2
6.8
NE
THE
RLA
ND
S1
48
2
3.9
3.7
PA
KIS
TAN
3
690
2
63
0
4.3
4.4
RO
MA
NIA
2
1300
10
.717
.3 R
US
SIA
35
2544
3
8
6582
18
2.8
18.6
SLO
VA
KIA
4
1814
2
88
0
14.1
55.9
SLO
VE
NIA
1
688
5.
438
.0 S
OU
TH A
FRIC
A2
18
60
11.0
4.7
SP
AIN
7
7121
1
44
6
54.8
20.3
SW
ED
EN
10
9648
54
.534
.3 S
WIT
ZER
LAN
D5
33
33
22.2
33.5
TW(e
)·h
TAB
LE 1
. OVE
RVI
EW O
F PO
WER
REA
CTO
RS
AND
NU
CLE
AR S
HAR
E, 3
1 D
EC. 2
015
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
015
Cou
ntry
Ope
ratio
nal r
eact
ors
11
No.
of
Net
cap
acity
No.
of
Net
cap
acity
No.
of
Net
cap
acity
% o
fun
itsM
W(e
)un
itsM
W(e
)un
itsM
W(e
)to
tal
UA
E4
53
80
NA
NA
UK
15
8918
63
.918
.9 U
KR
AIN
E15
13
107
2
19
00
82.4
56.5
US
A99
99
185
5
56
33
798.
019
.5
Tot
al44
1
3828
55
2
692
67
66
428
24
41.3
NA
Not
e:Th
e to
tal i
nclu
des
the
follo
win
g da
ta fr
om T
aiw
an, C
hina
:—
6 u
nits
, 505
2 M
W in
ope
ratio
n; 2
uni
ts, 2
600
MW
und
er c
onst
ruct
ion;
— 3
5.1
TW(e
)·h
of n
ucle
ar e
lect
ricity
gen
erat
ion,
repr
esen
ting
16.3
% o
f the
tota
l ele
ctric
ity g
ener
ated
ther
e;
TAB
LE 1
. OVE
RVI
EW O
F PO
WER
REA
CTO
RS
AND
NU
CLE
AR S
HAR
E, 3
1 D
EC. 2
015
— c
ontin
ued
Cou
ntry
Ope
ratio
nal r
eact
ors
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
015
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
GE
NTI
NA
3 16
32
3 16
32
AR
ME
NIA
1 37
5 1
375
BE
LGIU
M7
5913
7
5913
B
RA
ZIL
2 18
84
2 18
84
BU
LGA
RIA
2 19
26
2 19
26
CA
NA
DA
19
1352
4 19
13
524
CH
INA
28
2540
0 2
1354
1
20
31
2677
4 C
ZEC
H R
EP
.6
3930
6
3930
F
INLA
ND
2 99
2 2
1760
4
2752
F
RA
NC
E58
63
130
58
6313
0 G
ER
MA
NY
6 82
27
2 25
72
8 10
799
HU
NG
AR
Y4
1889
4
1889
IN
DIA
1 91
7 2
300
18
4091
21
53
08
IRA
N, I
SL.
RE
P.
1 91
5 1
915
JA
PA
N21
17
965
22
2232
5 43
40
290
KO
RE
A, R
EP
. OF
20
1909
0 4
2643
24
21
733
ME
XIC
O2
1440
2
1440
N
ETH
ER
LAN
DS
1 48
2 1
482
PA
KIS
TAN
2 60
0 1
90
3 69
0 R
OM
AN
IA2
1300
2
1300
R
US
SIA
18
1387
5 15
10
219
2 13
49
35
2544
3 S
LOV
AK
IA4
1814
4
1814
S
LOV
EN
IA1
688
1 68
8 S
OU
TH A
FRIC
A2
1860
2
1860
S
PA
IN6
6057
1
1064
7
7121
S
WE
DE
N3
2985
7
6663
10
96
48
SW
ITZE
RLA
ND
3 17
40
2 15
93
5 33
33
UK
1 11
98
14
7720
15
89
18
UK
RA
INE
15
1310
7 15
13
107
US
A65
64
872
34
3431
3 99
99
185
TO
TAL
282
2637
05
78
7520
8 14
77
20
49
2463
4 15
10
219
3 13
69
441
3828
55
Not
es:
1. T
he to
tals
incl
ude
6 un
its, 5
052
MW
in T
aiw
an, C
hina
.2.
Dur
ing
2015
, 10
reac
tors
, 948
3 M
W w
ere
new
ly c
onne
cted
to th
e gr
id.
TAB
LE 2
. TYP
E AN
D N
ET E
LEC
TRIC
AL P
OW
ER O
F O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 C
ount
ryFB
RTo
tal
PWR
BWR
PHW
RLW
GR
GC
R
13
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
No.
MW
(e)
AR
GE
NTI
NA
1 25
1
25
BE
LAR
US
2 22
18
2 22
18
BR
AZI
L1
1245
1
1245
C
HIN
A23
23
928
1 20
0 24
24
128
FIN
LAN
D1
1600
1
1600
F
RA
NC
E1
1630
1
1630
IN
DIA
1 91
7 4
2520
1
470
6 39
07
JA
PA
N2
1325
2
1325
K
OR
EA
, RE
P. O
F4
5420
4
5420
P
AK
ISTA
N2
630
2 63
0 R
US
SIA
8 65
82
8 65
82
SLO
VA
KIA
2 88
0 2
880
UA
E4
5380
4
5380
U
KR
AIN
E2
1900
2
1900
U
SA
5 56
33
5 56
33
TO
TAL
57
5798
8 (*
) 439
25
4 25
20
1 47
0 1
200
67
6510
3
Not
es:
1. T
he to
tals
incl
ude
2 un
its (
2xB
WR
), 26
00 M
W in
Tai
wan
, Chi
na.
2. D
urin
g 20
15, c
onst
ruct
ion
star
ted
on 7
reac
tors
, 734
5 M
W.
Tota
lTA
BLE
3. T
YPE
AND
NET
ELE
CTR
ICAL
PO
WER
OF
REA
CTO
RS
UN
DER
CO
NST
RU
CTI
ON
, 31
DEC
. 201
5 H
TGR
FBR
Cou
ntry
PHW
RLW
GR
PWR
BWR
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
EN
TIN
A3
16
32
3
1632
76
2
A
RM
EN
IA1
37
5
1
376
2
75
1
41
8
BE
LGIU
M7
59
13
1
10
8
5923
27
5
7
BR
AZI
L2
18
84
2
1884
49
3
B
ULG
AR
IA2
19
26
4
1632
6
35
58
159
3
C
AN
AD
A19
13
524
6
21
43
25
1566
7
693
6
C
HIN
A31
26
774
31
26
774
20
9
2
CZE
CH
RE
P.
6
3930
6
39
30
146
10
F
INLA
ND
4
2752
4
27
52
147
4
F
RA
NC
E58
63
130
12
37
89
70
6691
9
2048
4
G
ER
MA
NY
8
1079
9
28
1557
6
36
2637
5
816
7
H
UN
GA
RY
4
1889
4
18
89
122
2
IN
DIA
21
5308
21
53
08
439
6
IR
AN
, IS
L. R
EP
.1
91
5
1
915
4
4
IT
ALY
4
1423
4
14
23
80
8
JA
PA
N43
40
290
1
24
6
16
8262
60
48
798
17
39
KA
ZAK
HS
TAN
1
52
1
52
25
10
KO
RE
A, R
EP
. OF
24
2173
3
24
2173
3
474
L
ITH
UA
NIA
2
2370
2
23
70
43
6
ME
XIC
O2
14
40
2
1440
47
11
N
ETH
ER
LAN
DS
1
482
1
55
2
53
7
71
PA
KIS
TAN
3
690
3
69
0
64
8
RO
MA
NIA
2
1300
2
13
00
27
11
RU
SS
IA35
25
443
5
78
6
40
2622
9
1191
4
S
LOV
AK
IA4
18
14
3
909
7
27
23
156
7
S
LOV
EN
IA1
68
8
1
688
34
3
S
OU
TH A
FRIC
A2
18
60
2
1860
62
3
S
PA
IN7
71
21
1
446
2
62
1
10
8188
31
5
1
TAB
LE 4
. REA
CTO
R Y
EAR
S O
F EX
PER
IEN
CE,
UP
TO 3
1 D
EC. 2
015
Cou
ntry
Ope
ratin
g ex
perie
nce
Ope
ratio
nal
reac
tors
Rea
ctor
s in
long
term
sh
utdo
wn
Perm
anen
tly s
hutd
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
WE
DE
N10
96
48
3
1210
13
10
858
43
2
6
SW
ITZE
RLA
ND
5
3333
1
6
6
33
39
204
11
U
K15
89
18
30
4715
45
13
633
15
59
7
UK
RA
INE
15
1310
7
4
3515
19
16
622
45
8
6
US
A99
99
185
33
13
945
13
2
1131
30
4111
4
Tot
al44
1
3828
55
2
692
15
7
6139
5
600
44
4942
16
536
7
Not
es:
1. T
he to
tal i
nclu
des
the
follo
win
g da
ta fr
om T
aiw
an, C
hina
: —
reac
tors
con
nect
ed to
the
grid
: 6 u
nits
, 505
2 M
W; 2
06 y
ears
, 1 m
onth
. 2
. Ope
ratin
g ex
perie
nce
is c
ount
ed fr
om th
e gr
id c
onne
ctio
n ex
clud
ing
any
long
term
shu
tdow
n pe
riod.
TAB
LE 4
. REA
CTO
R Y
EAR
S O
F EX
PER
IEN
CE,
UP
TO 3
1 D
EC. 2
015
— c
ontin
ued
Cou
ntry
Ope
ratio
nal
Rea
ctor
s in
long
term
Pe
rman
ently
shu
tdow
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
GE
NTI
NA
2 93
5 2
935
2 93
5 2
978
2 93
5 2
935
3 16
32
3 16
32
AR
ME
NIA
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
13
BR
AZI
L1
626
1 62
6 1
626
2 19
76
2 19
01
2 18
84
2 18
84
2 18
84
BU
LGA
RIA
4 16
32
5 25
85
6 35
38
6 37
60
4 27
22
2 19
06
2 19
26
2 19
26
CA
NA
DA
16
9741
20
13
993
21
1490
2 14
99
98
18
1258
4 18
12
604
19
1350
0 19
13
524
CH
INA
3 21
88
3 21
88
9 65
87
13
1006
5 23
19
007
31
2677
4 C
ZEC
H R
EP
.1
391
4 16
32
4 17
82
5 26
11
6 33
73
6 36
75
6 39
04
6 39
30
FIN
LAN
D4
2300
4
2310
4
2310
4
2656
4
2676
4
2716
4
2752
4
2752
F
RA
NC
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
ER
MA
NY
24
1811
0 21
21
250
19
2097
2 19
21
283
17
2033
9 17
20
490
9 12
074
8 10
799
HU
NG
AR
Y2
825
4 17
10
4 17
29
4 17
29
4 17
55
4 18
89
4 18
89
4 18
89
IND
IA6
1143
7
1324
10
17
46
14
2508
15
29
93
19
4189
21
53
08
21
5308
IR
AN
, IS
L. R
EP
.1
915
1 91
5 IT
ALY
3 12
73
JA
PA
N33
23
612
41
3086
7 50
39
625
52
4324
5 55
47
593
54
4682
1 48
42
388
43
4029
0 K
AZA
KH
STA
N1
135
1 13
5 1
50
KO
RE
A, R
EP
. OF
5 36
92
9 72
20
11
9115
16
12
990
20
1681
0 21
18
698
23
2075
3 24
21
733
LIT
HU
AN
IA1
1380
2
2760
2
2370
2
2370
1
1185
M
EXI
CO
1 64
0 2
1256
2
1290
2
1360
2
1300
2
1330
2
1440
N
ETH
ER
LAN
DS
2 50
8 2
539
2 51
0 1
449
1 45
0 1
482
1 48
2 1
482
PA
KIS
TAN
1 13
7 1
125
1 12
5 2
425
2 42
5 2
425
3 69
0 3
690
RO
MA
NIA
1 65
5 1
655
2 13
00
2 13
00
2 13
00
RU
SS
IA28
15
841
29
1889
8 30
19
848
30
1984
8 31
21
743
32
2269
3 34
24
654
35
2544
3 S
LOV
AK
IA4
1632
4
1632
4
1632
6
2440
6
2442
4
1816
4
1814
4
1814
S
LOV
EN
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
1860
2
1860
S
PA
IN8
5608
9
7099
9
7097
9
7468
9
7591
8
7514
7
7121
7
7121
S
WE
DE
N12
94
55
12
9826
12
10
028
11
9397
10
89
05
10
9303
10
94
70
10
9648
TAB
LE 5
. OPE
RAT
ION
AL R
EAC
TOR
S AN
D N
ET E
LEC
TRIC
AL P
OW
ER,1
985
TO 2
015
2014
2010
1985
Cou
ntry
Num
ber o
f uni
ts a
nd n
et c
apac
ity a
s of
31
Dec
. of g
iven
yea
r20
0520
0019
9519
9020
15
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 33
33
5 33
33
UK
38
1007
7 37
11
360
35
1291
0 33
12
490
23
1185
2 19
10
137
16
9373
15
89
18
UK
RA
INE
10
8324
15
13
020
15
1304
5 13
11
195
15
1310
7 15
13
107
15
1310
7 15
13
107
US
A90
74
401
108
9622
8 10
8 98
068
103
9629
7 10
3 98
145
104
1012
11
99
9872
3 99
99
185
WO
RLD
363
2457
79
416
3182
53
434
3413
87
435
3499
84
441
3681
25
441
3752
77
438
3763
41
441
3828
55
Not
e: T
he w
orld
tota
l inc
lude
s th
e fo
llow
ing
data
in T
aiw
an, C
hina
:- 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
014:
6 u
nits
, 503
2 M
W; 2
015:
6 u
nits
, 505
2 M
W.
TAB
LE 5
. OPE
RAT
ION
AL R
EAC
TOR
S AN
D N
ET E
LEC
TRIC
AL P
OW
ER,1
985
TO 2
015
— c
ontin
ued
Cou
ntry
Num
ber o
f uni
ts a
nd n
et c
apac
ity a
s of
31
Dec
. of g
iven
yea
r19
8519
9019
9520
0020
0520
1020
1420
15
18
TW·h
% o
f tot
alTW
·h%
of t
otal
TW·h
% o
f tot
alTW
·h%
of t
otal
TW·h
% o
f tot
alTW
·h%
of t
otal
TW·h
% o
f tot
alTW
·h%
of t
otal
AR
GE
NTI
NA
5.25
11
.7
6.72
19
.8
6.57
11
.8
5.74
7.
3 6.
37
6.9
6.69
5.
9 5.
26
4.1
6.52
4.
8 A
RM
EN
IA1.
84
33.0
2.
50
42.7
2.
29
39.4
2.
27
30.7
2.
57
34.5
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 50
.0
32.0
9 47
.5
24.8
3 37
.5
BR
AZI
L3.
17
1.7
2.06
1.
0 2.
33
1.0
5.59
1.
9 9.
20
2.5
13.7
7 3.
1 14
.46
2.9
13.8
9 2.
8 B
ULG
AR
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
.01
33.6
14
.70
31.3
C
AN
AD
A59
.47
12.7
69
.87
14.8
93
.98
17.3
69
.12
11.8
86
.83
14.5
85
.50
15.1
98
.59
16.8
95
.64
16.6
C
HIN
A12
.13
1.2
16.0
2 1.
2 50
.33
2.0
70.9
6 1.
8 12
3.81
2.
4 16
1.20
3.
0 C
ZEC
H R
EP
.1.
99
NA
11
.77
NA
12
.23
20.0
12
.71
18.7
23
.25
30.5
26
.44
33.3
28
.64
35.8
25
.34
NA
F
INLA
ND
17.9
8 38
.2
18.1
3 35
.1
18.1
3 29
.9
21.5
8 32
.2
22.3
6 32
.9
21.8
9 28
.4
22.6
5 34
.7
22.3
3 33
.7
FR
AN
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
418.
00
76.9
41
9.02
76
.3
GE
RM
AN
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
91
.78
15.9
86
.81
14.1
H
UN
GA
RY
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
8 53
.6
14.9
6 52
.7
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 33
.23
3.5
34.6
4 3.
5 IR
AN
, IS
L. R
EP
.3.
72
1.5
3.20
N
A
ITA
LY6.
46
3.8
JA
PA
N14
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
4.
35
NA
K
AZA
KH
STA
N0.
08
0.1
KO
RE
A, R
EP
. 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
9.20
30
.4
157.
20
31.7
L
ITH
UA
NIA
8.75
N
A
15.7
0 N
A
10.6
4 86
.1
7.42
73
.9
9.54
70
.3
ME
XIC
O2.
78
2.6
7.53
6.
0 7.
92
3.9
10.3
2 5.
0 5.
59
3.6
9.31
5.
6 11
.18
6.8
NE
THE
RLA
ND
S3.
69
6.1
3.29
4.
9 3.
78
4.9
3.70
4.
3 3.
77
3.9
3.75
3.
4 3.
87
4.0
3.86
N
A
PA
KIS
TAN
0.26
1.
0 0.
38
1.1
0.46
0.
9 0.
90
1.7
2.41
2.
8 2.
56
2.6
4.58
4.
3 4.
33
4.4
RO
MA
NIA
5.05
10
.9
5.11
8.
6 10
.70
19.5
10
.75
18.5
10
.71
17.3
R
US
SIA
88.2
6 N
A
109.
62
NA
91
.59
11.8
12
0.10
15
.0
137.
64
15.8
15
9.41
17
.1
169.
06
18.6
18
2.81
18
.6
SLO
VA
KIA
8.70
N
A
11.1
6 N
A
11.3
5 44
.1
15.1
7 53
.4
16.3
4 56
.1
13.5
4 51
.8
14.4
2 56
.8
14.0
8 55
.9
SLO
VE
NIA
3.85
N
A
4.39
N
A
4.57
39
.5
4.55
37
.4
5.61
42
.4
5.38
37
.3
6.06
37
.3
5.37
38
.0
SO
UTH
AFR
ICA
5.39
4.
2 8.
47
5.6
11.2
9 6.
5 13
.00
6.6
12.2
4 5.
5 12
.90
5.2
14.7
6 6.
2 10
.97
4.7
SP
AIN
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
54.8
6 20
.4
54.7
6 20
.3
SW
ED
EN
55.8
9 42
.3
65.2
7 45
.9
67.1
7 46
.6
54.8
1 39
.0
69.5
8 44
.9
55.7
3 38
.1
62.2
7 41
.5
54.4
6 34
.3
TAB
LE 6
. NU
CLE
AR E
LEC
TRIC
ITY
PRO
DU
CTI
ON
AN
D S
HAR
E, F
RO
M 1
985
TO 2
015
2014
2010
1985
Cou
ntry
Nuc
lear
ele
ctric
ity s
uppl
ied
(TW
·h) a
nd p
erce
ntag
e of
nuc
lear
sha
re in
giv
en y
ear
2005
2000
1995
1990
2015
19
TW·h
% o
f tot
alTW
·h%
of t
otal
TW·h
% o
f tot
alTW
·h%
of t
otal
TW·h
% o
f tot
alTW
·h%
of t
otal
TW·h
% o
f tot
alTW
·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
26.4
7 37
.9
22.1
6 33
.5
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
57.9
2 17
.2
63.8
9 N
A
UK
RA
INE
35.8
1 N
A
71.2
6 N
A
65.7
8 37
.8
72.5
6 47
.3
83.4
0 48
.5
83.9
5 48
.1
83.1
2 49
.4
82.4
1 56
.5
US
A37
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
8.62
19
.5
798.
01
19.5
WO
RLD
1327
.63
1890
.35
2190
.94
2443
.85
2626
.34
2629
.82
2410
.37
2441
.33
Not
e: T
he w
orld
tota
l inc
lude
s th
e fo
llow
ing
data
from
Tai
wan
, Chi
na:
1985
: 27.
5 TW
(e)·
h of
nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 52
.41%
of t
he to
tal e
lect
ricity
gen
erat
ed th
ere;
1990
: 31.
54 T
W(e
)·h
of n
ucle
ar e
lect
ricity
gen
erat
ion,
repr
esen
ting
38.3
2% o
f the
tota
l ele
ctric
ity g
ener
ated
ther
e;19
95: 3
3.8
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
nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 21
.19%
of t
he to
tal e
lect
ricity
gen
erat
ed th
ere;
2005
: 38.
4 TW
(e)·
h of
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
of n
ucle
ar e
lect
ricity
gen
erat
ion,
repr
esen
ting
19.3
% o
f the
tota
l ele
ctric
ity g
ener
ated
ther
e;20
14: 4
0.8
TW(e
)·h
of n
ucle
ar e
lect
ricity
gen
erat
ion,
repr
esen
ting
18.9
3% o
f the
tota
l ele
ctric
ity g
ener
ated
ther
e;20
15: 3
5.14
TW
(e)·
h of
nuc
lear
ele
ctric
ity g
ener
atio
n, re
pres
entin
g 16
.32%
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, F
RO
M 1
985
TO 2
015
— c
ontin
ued
Cou
ntry
Nuc
lear
ele
ctric
ity s
uppl
ied
(TW
·h) a
nd p
erce
ntag
e of
nuc
lear
sha
re in
giv
en y
ear
1985
1990
1995
2000
2005
2010
2014
2015
20
TABLE 7. ANNUAL CONSTRUCTION STARTS AND CONNECTIONS TO THE GRID, 1954 TO 2015
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 28 21163 16 8880 113 32797 1973 30 24657 20 12727 132 43761 1974 38 35222 26 17149 154 61021 1975 38 36437 15 10236 169 70414
1976 43 41755 19 14196 186 83992 1977 23 21890 18 13199 199 96202 1978 23 21735 20 15782 218 111740 1979 27 23007 8 6909 225 117814 1980 20 19084 21 15088 245 133037
1981 17 16029 23 20355 267 153832 1982 19 19765 19 15357 284 168317 1983 14 11286 23 19266 306 187756 1984 13 11332 33 30980 336 218452 1985 19 15336 33 31061 363 245779
1986 8 7201 27 27134 389 272074 1987 13 11117 22 22191 407 295812 1988 7 7722 14 13574 416 305212 1989 6 4018 12 10559 420 311942 1990 5 3267 10 10543 416 318253
1991 2 2246 4 3668 415 321924 1992 3 3094 6 4809 418 325261 1993 4 3515 9 9012 427 333914 1994 2 1334 5 4302 429 336904 1995 5 3536 434 341387
1996 1 610 6 7080 438 347281 1997 5 4410 3 3557 434 347880 1998 3 2150 4 2973 430 344900 1999 4 4540 4 2729 432 347353 2000 7 5356 6 3063 435 349984
2001 1 1304 3 2696 438 352715 2002 6 3440 6 5049 439 357481 2003 1 202 2 1627 437 359827 2004 2 1336 5 4785 438 364673 2005 3 2907 4 3823 441 368125
2006 4 3413 2 1492 435 369581 2007 8 6644 3 1842 439 371707 2008 10 10667 438 371557 2009 12 13125 2 1068 437 370697 2010 16 14517 5 3776 441 375277
2011 4 1890 7 4013 435 368921 2012 7 6984 3 2963 437 373263 2013 10 11252 4 4060 434 371793 2014 3 2479 5 4721 438 376341 2015 7 7345 10 9367 441 382855
Year
Constructionstarts
Operational reactors
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
GE
NTI
NA
1 10
9
1
396
BE
LGIU
M4
80
B
RA
ZIL
1 13
2
1 17
6
BU
LGA
RIA
1 10
4
1 89
1
113
CA
NA
DA
7 98
5
101
2
97
C
HIN
A
3
73
6
59
4 68
10
65
8
68
CZE
CH
RE
P.
1 74
3
93
1
167
1
191
FR
AN
CE
24
68
15
86
3 93
4
124
G
ER
MA
NY
7 10
0
6 10
3
HU
NG
AR
Y2
112
2
90
IND
IA2
154
1
152
3
120
4
122
1
64
4 81
2
123
IRA
N, I
SL.
RE
P.
1 22
2
J
AP
AN
10
46
8 49
10
46
3
42
4 47
1
53
KO
RE
A, R
EP
. OF
4 65
4
62
2 61
5
59
4 54
1
51
2 54
1
78
LIT
HU
AN
IA1
80
1 11
6
ME
XIC
O
1 15
1
1 21
0
P
AK
ISTA
N
1 83
1
64
R
OM
AN
IA
1 16
9
1
161
R
US
SIA
9 73
4
72
1 10
9
2
233
1
323
2
86
1 11
4
SLO
VA
KIA
2 99
2
150
S
LOV
EN
IA1
80
S
OU
TH A
FRIC
A2
102
SP
AIN
5 11
2
2 96
S
WE
DE
N4
74
S
WIT
ZER
LAN
D1
125
UK
6 18
6
4 98
1
80
U
KR
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
95
2011 to
2014
2015
2006 to
2010
2001 to
2005
1981
Cou
ntry
to19
85
1996 to
2000
1991
1986 to
1990
22
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
US
A25
12
6
22
146
1
221
1
272
TO
TAL
131
84
85
93
29
82
23
121
20
59
12
77
19
67
10
69
Not
es:
1. 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
.2.
The
tota
ls in
clud
e th
e fo
llow
ing
data
from
Tai
wan
, Chi
na:
— 1
981
to 1
985:
4 u
nits
, 72
mon
ths.
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
2011
2015
toto
toto
toto
to19
8519
9019
9520
0020
0520
1020
14
Type
Mod
el C
ode
Nam
eTh
erm
al
Gro
ss
Net
C
HIN
A C
N -5
5FA
NG
CH
EN
GG
AN
G-3
PW
RH
PR
1000
3150
11
50
1000
G
FNP
CC
FHI
201
5-12
——
CN
-51
FUQ
ING
-5P
WR
HP
R10
0029
05
1087
10
00
FQ
NP
NP
IC 2
015-
5—
— C
N -5
2FU
QIN
G-6
PW
RH
PR
1000
2905
10
87
1000
F
QN
PN
PIC
201
5-12
——
CN
-49
HO
NG
YA
NH
E-5
PW
RA
CP
R-1
000
2905
10
80
1000
L
HN
PC
DE
C 2
015-
3—
— C
N -5
0H
ON
GY
AN
HE
-6P
WR
AC
PR
-100
029
05
1080
10
00
LH
NP
CD
EC
201
5-7
——
CN
-53
TIA
NW
AN
-5P
WR
CN
P-1
000
2905
11
18
1000
J
NP
CS
HE
201
5-12
——
UA
E A
E -0
4B
AR
AK
AH
-4P
WR
AP
R-1
400
3983
14
00
1345
E
NE
CK
EP
CO
201
5-7
——
Not
e: D
urin
g 20
15, c
onst
ruct
ion
star
ted
on 7
reac
tors
(734
5 M
W).
TAB
LE 9
. CO
NST
RU
CTI
ON
STA
RTS
DU
RIN
G 2
015
Cou
ntry
Rea
ctor
Cap
acity
(MW
) O
pera
tor
Com
mer
cial
oper
atio
nN
SSS
supp
lier
Con
stru
ctio
n s
tart
Grid
conn
ectio
n
23
Cod
eN
ame
Ther
mal
Gro
ssN
et
CH
INA
CN
-36
CH
AN
GJI
AN
G-1
PW
RC
NP
-600
1930
650
610
HN
PC
DE
C 2
010-
420
15-1
020
15-1
1 C
N -3
8FA
NG
CH
EN
GG
AN
G-1
PW
RC
PR
-100
029
0510
8010
00
GFN
PC
DE
C 2
010-
720
15-1
020
15-1
0 C
N -2
5FA
NG
JIA
SH
AN
-2P
WR
CP
R-1
000
2905
1080
1000
Q
NP
CN
PIC
200
9-7
2014
-12
2015
-1 C
N -2
1FU
QIN
G-2
PW
RC
NP
-100
029
0510
8010
00
FQ
NP
NP
IC 2
009-
620
15-7
2015
-8 C
N -2
6H
ON
GY
AN
HE
-3P
WR
CP
R-1
000
2905
1119
1000
L
HN
PC
DE
C 2
009-
320
14-1
020
15-3
CN
-34
NIN
GD
E-3
PW
RC
PR
-100
029
0510
8010
18
ND
NP
CFH
I 2
010-
120
15-3
2015
-3 C
N -2
3Y
AN
GJI
AN
G-2
PW
RC
PR
-100
029
0510
8010
00
YJN
PC
CFH
I 2
009-
620
15-3
2015
-3 C
N -4
0Y
AN
GJI
AN
G-3
PW
RC
PR
-100
029
0510
8010
00
YJN
PC
CFH
I 2
010-
1120
15-1
020
15-1
0
KO
RE
A, R
EP
. OF
KR
-24
SH
IN-W
OLS
ON
G-2
PW
RO
PR
-100
028
2510
4595
0 K
HN
PD
HIC
KO
PC
200
8-9
2015
-220
15-2
RU
SS
IA R
U -1
16B
ELO
YA
RS
K-4
FBR
BN
-800
2100
864
789
RE
AR
OS
ATO
M 2
006-
720
14-6
2015
-12
Not
e: D
urin
g 20
15, 1
0 re
acto
rs (9
367
MW
) wer
e ne
wly
con
nect
ed to
the
grid
.
TAB
LE 1
0. C
ON
NEC
TIO
NS
TO T
HE
GR
ID D
UR
ING
201
5
Grid
con
nect
ion
NSS
Ssu
pplie
r C
onst
ruct
ion
sta
rtFi
rst
criti
calit
yC
apac
ity (M
W)
Cou
ntry
Rea
ctor
Type
Mod
el O
pera
tor
24
Cod
eN
ame
Ther
mal
Gro
ssN
et
CH
INA
CN
-35
NIN
GD
E-4
PW
R29
0510
8010
18
ND
NP
CFH
I 2
010-
920
16-3
2016
-3
FR
AN
CE
FR
-74
FLA
MA
NV
ILLE
-3P
WR
4300
1650
1630
E
DF
AR
EV
A 2
007-
1220
16-1
220
16-1
2
KO
RE
A, R
EP
. OF
KR
-27
SH
IN-H
AN
UL-
1P
WR
3938
1400
1340
K
HN
PD
HIC
KO
PC
201
2-7
——
KR
-25
SH
IN-K
OR
I-3P
WR
3983
1400
1400
K
HN
PD
HIC
KO
PC
200
8-10
2015
-12
2016
-1
PA
KIS
TAN
PK
-4C
HA
SN
UP
P-3
PW
R99
934
031
5 P
AE
CC
NN
C 2
011-
520
16-8
2016
-9
RU
SS
IA R
U -1
63LE
NIN
GR
AD
2-1
PW
R32
0011
7010
85
RE
AR
OS
ATO
M 2
008-
10—
— R
U -1
61N
OV
OV
OR
ON
EZH
2-1
PW
R32
0011
9911
14
RE
AR
OS
ATO
M 2
008-
6—
—
SLO
VA
KIA
SK
-10
MO
CH
OV
CE
-3P
WR
1375
471
440
SE
,plc
SK
OD
A 1
987-
120
16-8
2016
-9
UA
E A
E -0
1B
AR
AK
AH
-1P
WR
3983
1400
1345
E
NE
CK
EP
CO
201
2-7
2016
-10
2016
-11
Not
e: D
urin
g 20
16, 9
reac
tors
(968
7 M
W) a
re e
xpec
ted
to a
chie
ve c
onne
ctio
n to
grid
.
TAB
LE 1
1. S
CH
EDU
LED
CO
NN
ECTI
ON
S TO
TH
E G
RID
DU
RIN
G 2
016
G
ridda
teN
SSS
supp
lier
Con
stru
ctio
n s
tart
Firs
tcr
itica
lity
Cap
acity
(MW
)C
ount
ryR
eact
orTy
pe O
pera
tor
25
Cod
eN
ame
Ther
mal
Gro
ssN
et
CH
INA
CN
-73
BA
MA
OS
HA
N P
WR
CP
R-1
000
2905
1080
900
— C
N -5
7C
HA
NG
JIA
NG
-3P
WR
1930
650
610
— C
N -5
8C
HA
NG
JIA
NG
-4P
WR
1930
650
610
— C
N -5
6FA
NG
CH
EN
GG
AN
G-4
PW
RH
PR
1000
3150
1150
1000
G
FNP
CC
FHI
— C
N -5
9FA
NG
CH
EN
GG
AN
G-5
PW
R10
00
— C
N -6
0FA
NG
CH
EN
GG
AN
G-6
PW
R10
00
— C
N -8
5G
UO
HE
-1P
WR
CA
P-1
400
4040
1534
1400
S
NP
DP
— C
N -8
6G
UO
HE
-2P
WR
CA
P-1
400
4040
1534
1400
S
NP
DP
— C
N -7
6H
AIY
AN
G-3
PW
RA
P-1
000
3415
1253
1000
S
DN
PC
WH
— C
N -7
7H
AIY
AN
G-4
PW
RA
P-1
000
3415
1253
1000
S
DN
PC
WH
— C
N -8
0H
ON
GS
HID
ING
-1P
WR
0 —
CN
-81
HO
NG
SH
IDIN
G-2
PW
RA
CP
R10
000
HS
DN
PC
DE
C —
CN
-65
JIY
AN
G-1
PW
R10
00
— C
N -6
6JI
YA
NG
-2P
WR
1000
—
CN
-67
JIY
AN
G-3
PW
R10
00
— C
N -6
8JI
YA
NG
-4P
WR
1000
—
CN
-87
LUFE
NG
-1P
WR
CP
R-1
000
1000
L
FNP
C —
CN
-88
LUFE
NG
-2P
WR
CP
R-1
000
1000
L
FNP
C —
CN
-61
PE
NG
ZE-1
PW
R12
50
— C
N -6
2P
EN
GZE
-2P
WR
1250
—
CN
-63
PE
NG
ZE-3
PW
R12
50
— C
N -6
4P
EN
GZE
-4P
WR
1250
—
CN
-78
SA
NM
EN
-3P
WR
AP
-100
034
0012
5010
00
SM
NP
CW
H/M
HI
— C
N -7
9S
AN
ME
N-4
PW
RA
P-1
000
3400
1250
1000
S
MN
PC
WH
/MH
I —
CN
-71
SA
NM
ING
-1FB
RB
N-8
0021
0086
080
0 F
SN
PC
— C
N -7
2S
AN
MIN
G-2
FBR
BN
-800
2100
860
800
FS
NP
C —
CN
-74
TAO
HU
AJI
AN
G-1
PW
R0
— C
N -7
5TA
OH
UA
JIA
NG
-2P
WR
0 —
CN
-54
TIA
NW
AN
-6P
WR
CP
R-1
000
2905
1118
1000
J
NP
CC
FHI
—
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
015
C
apac
ity (M
W)
Ope
rato
rEx
pect
ed
cons
truct
ion
star
t
NSS
Ssu
pplie
rC
ount
ryR
eact
orTy
peM
odel
26
Cod
eN
ame
Ther
mal
Gro
ssN
et
CH
INA
CN
-69
XIA
NN
ING
-1P
WR
0 —
CN
-70
XIA
NN
ING
-2P
WR
0 —
CN
-82
XUD
AB
U-1
PW
RC
PR
-100
029
0510
8010
00
LN
PC
DE
C —
CN
-83
XUD
AB
U-2
PW
RC
PR
-100
029
0510
8010
00
LN
PC
DE
C —
IND
IA IN
-33
GO
RA
KH
PU
R-1
PH
WR
PH
WR
-700
700
630
NP
CIL
— IN
-34
GO
RA
KH
PU
R-2
PH
WR
PH
WR
-700
700
630
NP
CIL
— IN
-35
KU
DA
NK
ULA
M-3
PW
RV
VE
R V
-412
3000
1000
917
NP
CIL
— IN
-36
KU
DA
NK
ULA
M-4
PW
RV
VE
R V
-412
3000
1000
917
NP
CIL
—
IRA
N, I
SL.
RE
P.
IR -2
BU
SH
EH
R-2
PW
RV
VE
R V
-446
3000
1000
915
NP
PD
CO
TBD
— IR
-5B
US
HE
HR
-3P
WR
-30
0010
0091
5 N
PP
DC
OA
SE
— IR
-9D
AR
KH
OV
AIN
PW
RIR
-360
1113
360
330
NP
PD
CO
—
JA
PA
N J
P -7
6H
AM
AO
KA
-6B
WR
AB
WR
3926
1400
1350
C
HU
BU
— J
P -6
9H
IGA
SH
I DO
RI-1
(TE
PC
O)
BW
RA
BW
R39
2613
8513
43
TE
PC
OH
/G —
JP
-74
HIG
AS
HI D
OR
I-2 (T
EP
CO
)B
WR
AB
WR
3926
1385
1343
T
EP
CO
— J
P -7
2H
IGA
SH
I DO
RI-2
(TO
HO
KU
)B
WR
AB
WR
1067
T
OH
OK
U —
JP
-62
KA
MIN
OS
EK
I-1B
WR
AB
WR
3926
1373
1325
C
HU
GO
KU
— J
P -6
3K
AM
INO
SE
KI-2
BW
RA
BW
R39
2613
7313
25
CH
UG
OK
U —
JP
-75
SE
ND
AI-3
PW
RA
PW
R44
6615
9015
90
KY
US
HU
— J
P -6
7TS
UR
UG
A-3
PW
RA
PW
R44
6615
3815
38
JA
PC
OM
HI
— J
P -6
8TS
UR
UG
A-4
PW
RA
PW
R44
6615
3815
38
JA
PC
OM
HI
—
RU
SS
IA R
U -1
71B
ALT
IC-2
PW
RV
VE
R V
-491
3200
1194
1109
R
EA
RO
SA
TOM
— R
U -2
02B
AS
HK
IR-1
PW
RV
VE
R V
-510
3300
1255
1115
R
EA
RO
SA
TOM
— R
U -2
03B
AS
HK
IR-2
PW
RV
VE
R V
-510
3300
1255
1115
R
EA
RO
SA
TOM
— R
U -2
07B
ELO
YA
RS
K-5
FBR
BN
-120
030
0012
200
RE
AR
OS
ATO
M —
RU
-177
CE
NTR
AL-
1P
WR
VV
ER
V-5
1033
0012
550
RE
AR
OS
ATO
M —
RU
-178
CE
NTR
AL-
2P
WR
VV
ER
V-5
1033
0012
550
RE
AR
OS
ATO
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
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Expe
cted
co
nstru
ctio
nst
art
27
Cod
eN
ame
Ther
mal
Gro
ssN
et
RU
SS
IA R
U -1
75K
OLA
2-1
PW
R-
3200
1200
0 R
EA
RO
SA
TOM
— R
U -1
76K
OLA
2-2
PW
R-
3200
1200
1100
R
EA
RO
SA
TOM
— R
U -1
66K
UR
SK
2-1
PW
RV
VE
R V
-510
3300
1255
0 R
EA
RO
SA
TOM
— R
U -1
89K
UR
SK
2-2
PW
RV
VE
R V
-510
3300
1255
0 R
EA
RO
SA
TOM
— R
U -1
90K
UR
SK
2-3
PW
RV
VE
R V
-510
3300
1255
0 R
EA
RO
SA
TOM
— R
U -1
91K
UR
SK
2-4
PW
RV
VE
R V
-510
3300
1255
0 R
EA
RO
SA
TOM
— R
U -1
65LE
NIN
GR
AD
2-3
PW
RV
VE
R V
-491
3200
1170
1085
R
EA
RO
SA
TOM
— R
U -1
67LE
NIN
GR
AD
2-4
PW
RV
VE
R V
-491
3200
1170
1085
R
EA
RO
SA
TOM
— R
U -1
81N
IZH
EG
OR
OD
SK
-1P
WR
3300
1255
0 R
EA
RO
SA
TOM
— R
U -1
82N
IZH
EG
OR
OD
SK
-2P
WR
3300
1255
0 R
EA
RO
SA
TOM
— R
U -1
87S
EV
ER
SK
-1P
WR
VV
ER
V-5
1033
0012
550
RE
AR
OS
ATO
M —
RU
-188
SE
VE
RS
K-2
PW
RV
VE
R V
-510
3300
1255
0 R
EA
RO
SA
TOM
— R
U -1
98S
MO
LEN
SK
2-1
PW
RV
VE
R V
-510
3300
1255
0 R
EA
RO
SA
TOM
— R
U -1
99S
MO
LEN
SK
2-2
PW
RV
VE
R V
-510
3200
1255
0 R
EA
RO
SA
TOM
— R
U -2
04S
OU
TH U
RA
LS-1
FBR
BN
-120
030
0012
200
RE
AR
OS
ATO
M —
RU
-205
SO
UTH
UR
ALS
-2FB
RB
N-1
200
3000
1220
0 R
EA
RO
SA
TOM
—
US
A U
S -5
039
BE
LL B
EN
DP
WR
EP
R43
0017
2016
00
AR
EV
A —
US
-503
4C
OM
AN
CH
E P
EA
K-3
PW
RU
S-A
PW
R17
00
— U
S -5
035
CO
MA
NC
HE
PE
AK
-4P
WR
US
-AP
WR
1700
—
US
-503
3FE
RM
I-3B
WR
ES
BW
R45
0016
0015
20
— U
S -5
022
HA
RR
IS-2
PW
RA
P-1
000
3750
1250
1117
—
US
-502
3H
AR
RIS
-3P
WR
AP
-100
037
5012
5011
17
— U
S -5
029
LEV
Y C
OU
NTY
-1P
WR
AP
-100
037
5012
5011
17
PR
OG
RE
SS
WH
— U
S -5
030
LEV
Y C
OU
NTY
-2P
WR
AP
-100
037
5012
5011
17
WH
— U
S -5
017
NO
RTH
AN
NA
-3P
WR
US
-AP
WR
1500
—
US
-501
2S
OU
TH T
EXA
S-3
BW
RA
BW
R39
2614
0013
50
— U
S -5
013
SO
UTH
TE
XAS
-4B
WR
AB
WR
3926
1400
1350
—
US
-504
0TU
RK
EY
PO
INT-
6P
WR
AP
-100
037
5012
5011
17
— U
S -5
041
TUR
KE
Y P
OIN
T-7
PW
RA
P-1
000
3750
1250
1117
—
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
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Expe
cted
co
nstru
ctio
nst
art
28
Cod
eN
ame
Ther
mal
Gro
ssN
et
US
A U
S -5
018
WIL
LIA
M S
TATE
S L
EE
III-1
PW
RA
P-1
000
3750
1250
1117
—
US
-501
9W
ILLI
AM
STA
TES
LE
E II
I-2P
WR
AP
-100
037
5012
5011
17
—
VIE
T N
AM
VN
-1P
HU
OC
DIN
H 1
PW
R10
00
EV
NR
OS
ATO
M —
VN
-2P
HU
OC
DIN
H 2
PW
R10
00
EV
NR
OS
ATO
M —
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
015,
88
reac
tors
(734
58 M
W)
wer
e kn
own
as p
lann
ed.
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
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Expe
cted
co
nstru
ctio
nst
art
29
Cod
eN
ame
Ther
mal
Gro
ssN
et
AR
GE
NTI
NA
AR
-4C
AR
EM
25 P
WR
CA
RE
M P
roto
typ
100
2925
C
NE
AC
NE
A20
14-2
——
—
BE
LAR
US
BY
-1B
ELA
RU
SIA
N-1
PW
RV
VE
R V
-491
3200
1194
1109
B
elN
PP
AS
E20
13-1
1—
——
BY
-2B
ELA
RU
SIA
N-2
PW
RV
VE
R V
-491
3200
1194
1109
B
elN
PP
AS
E20
14-4
——
—
BR
AZI
L B
R -3
AN
GR
A-3
PW
RP
RE
KO
NV
OI
3765
1350
1245
E
LETR
ON
UK
WU
2010
-6—
2018
-12
2019
-5
CH
INA
CN
-37
CH
AN
GJI
AN
G-2
PW
RC
NP
-600
1930
650
610
HN
PC
DE
C20
10-1
1—
——
CN
-39
FAN
GC
HE
NG
GA
NG
-2P
WR
CP
R-1
000
2905
1080
1000
G
FNP
CD
EC
2010
-12
——
— C
N -5
5FA
NG
CH
EN
GG
AN
G-3
PW
RH
PR
1000
3150
1150
1000
G
FNP
CC
FHI
2015
-12
——
— C
N -4
2FU
QIN
G-3
PW
RC
PR
-100
029
0510
8010
00
FQ
NP
NP
IC20
10-1
2—
——
CN
-43
FUQ
ING
-4P
WR
CN
P-1
000
2905
1080
1000
F
QN
PN
PIC
2012
-11
——
— C
N -5
1FU
QIN
G-5
PW
RH
PR
1000
2905
1087
1000
F
QN
PN
PIC
2015
-5—
——
CN
-52
FUQ
ING
-6P
WR
HP
R10
0029
0510
8710
00
FQ
NP
NP
IC20
15-1
2—
——
CN
-30
HA
IYA
NG
-1P
WR
AP
-100
034
5112
5010
00
SD
NP
CW
H20
09-9
——
— C
N -3
1H
AIY
AN
G-2
PW
RA
P-1
000
3415
1250
1000
S
DN
PC
WH
2010
-6—
——
CN
-27
HO
NG
YA
NH
E-4
PW
RC
PR
-100
029
0510
8010
00
LH
NP
CD
EC
2009
-820
15-3
——
CN
-49
HO
NG
YA
NH
E-5
PW
RA
CP
R-1
000
2905
1080
1000
L
HN
PC
DE
C20
15-3
——
— C
N -5
0H
ON
GY
AN
HE
-6P
WR
AC
PR
-100
029
0510
8010
00
LH
NP
CD
EC
2015
-7—
——
CN
-35
NIN
GD
E-4
PW
RC
PR
-100
029
0510
8010
18
ND
NP
CFH
I20
10-9
2016
-320
16-3
— C
N -2
8S
AN
ME
N-1
PW
RA
P-1
000
3400
1250
1000
S
MN
PC
WH
/MH
I20
09-4
——
— C
N -2
9S
AN
ME
N-2
PW
RA
P-1
000
3400
1250
1000
S
MN
PC
WH
/MH
I20
09-1
2—
——
CN
-44
SH
IDA
O B
AY
-1H
TGR
HTR
-PM
500
211
200
HS
NP
CTs
ingh
ua20
12-1
2—
——
CN
-32
TAIS
HA
N-1
PW
RE
PR
-175
045
9017
5016
60
TN
PC
AR
EV
A20
09-1
1—
——
CN
-33
TAIS
HA
N-2
PW
RE
PR
-175
045
9017
5016
60
TN
PC
AR
EV
A20
10-4
——
— C
N -4
5TI
AN
WA
N-3
PW
RV
VE
R V
-428
M30
0010
6099
0 J
NP
CIZ
2012
-12
——
— C
N -4
6TI
AN
WA
N-4
PW
RV
VE
R V
-428
M30
0010
6099
0 J
NP
CIZ
2013
-9—
——
CN
-53
TIA
NW
AN
-5P
WR
CN
P-1
000
2905
1118
1000
J
NP
CS
HE
2015
-12
——
— C
N -4
1Y
AN
GJI
AN
G-4
PW
RC
PR
-100
029
0510
8010
00
YJN
PC
CFH
I20
12-1
1—
——
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
015
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Com
mer
cial
oper
atio
nN
SSS
supp
lier
Con
stru
ctio
n st
art
Grid
conn
ectio
nFi
rst
cr
itica
lity
30
Cod
eN
ame
Ther
mal
Gro
ssN
et
CH
INA
CN
-47
YA
NG
JIA
NG
-5P
WR
AC
PR
-100
029
0510
8710
00
YJN
PC
CFH
I20
13-9
——
— C
N -4
8Y
AN
GJI
AN
G-6
PW
RA
CP
R-1
000
2905
1087
1000
Y
JNP
CC
FHI
2013
-12
——
—
FIN
LAN
D F
I -5
OLK
ILU
OTO
-3P
WR
EP
R43
0017
2016
00
TV
OA
RE
VA
2005
-8—
—20
18-1
2
FR
AN
CE
FR
-74
FLA
MA
NV
ILLE
-3P
WR
EP
R43
0016
5016
30
ED
FA
RE
VA
2007
-12
2016
-12
2016
-12
—
IND
IA IN
-30
KA
KR
AP
AR
-3P
HW
RP
HW
R-7
0021
6670
063
0 N
PC
ILN
PC
IL20
10-1
1—
——
IN -3
1K
AK
RA
PA
R-4
PH
WR
PH
WR
-700
2166
700
630
NP
CIL
NP
CIL
2010
-11
——
— IN
-26
KU
DA
NK
ULA
M-2
PW
RV
VE
R V
-412
3000
1000
917
NP
CIL
MA
EP
2002
-7—
——
IN -2
9P
FBR
FBR
Pro
toty
pe12
5350
047
0 B
HA
VIN
I20
04-1
0—
——
IN -2
1R
AJA
STH
AN
-7P
HW
RH
oriz
onta
l Pre
2177
700
630
NP
CIL
NP
CIL
2011
-7—
——
IN -2
2R
AJA
STH
AN
-8P
HW
RH
oriz
onta
l Pre
2177
700
630
NP
CIL
NP
CIL
2011
-9—
——
JA
PA
N J
P -6
6O
HM
AB
WR
AB
WR
3926
1383
0 E
PD
CH
/G20
10-5
——
— J
P -6
5S
HIM
AN
E-3
BW
RA
BW
R39
2613
7313
25
CH
UG
OK
UH
ITA
CH
I20
07-1
0—
——
KO
RE
A, R
EP
. OF
KR
-27
SH
IN-H
AN
UL-
1P
WR
AP
R-1
400
3938
1400
1340
K
HN
PD
HIC
KO
PC
2012
-7—
—20
16-6
KR
-28
SH
IN-H
AN
UL-
2P
WR
AP
R-1
400
3983
1400
1340
K
HN
PD
HIC
KO
PC
2013
-6—
—20
17-6
KR
-25
SH
IN-K
OR
I-3P
WR
AP
R-1
400
3983
1400
1400
K
HN
PD
HIC
KO
PC
2008
-10
2015
-12
2016
-1—
KR
-26
SH
IN-K
OR
I-4P
WR
AP
R-1
400
3938
1400
1340
K
HN
PD
HIC
KO
PC
2009
-8—
——
PA
KIS
TAN
PK
-4C
HA
SN
UP
P-3
PW
RC
NP
-300
999
340
315
PA
EC
CN
NC
2011
-520
16-8
2016
-920
16-1
2 P
K -5
CH
AS
NU
PP
-4P
WR
CN
P-3
0099
934
031
5 P
AE
CC
NN
C20
11-1
220
17-6
2017
-720
17-1
0
RU
SS
IA R
U -1
51A
KA
DE
MIK
LO
MO
NO
SO
V-1
PW
RK
LT-4
0S 'F
loat
150
3832
R
EA
RO
SA
TOM
2007
-4—
—20
19-1
2 R
U -1
52A
KA
DE
MIK
LO
MO
NO
SO
V-2
PW
RK
LT-4
0S 'F
loat
150
3832
R
EA
RO
SA
TOM
2007
-4—
—20
19-1
2 R
U -1
70B
ALT
IC-1
PW
RV
VE
R V
-491
3200
1194
1109
R
EA
RO
SA
TOM
2012
-2—
2018
-12
2019
-12
RU
-163
LEN
ING
RA
D 2
-1P
WR
VV
ER
V-4
9132
0011
7010
85
RE
AR
OS
ATO
M20
08-1
0—
—20
16-7
RU
-164
LEN
ING
RA
D 2
-2P
WR
VV
ER
V-4
9132
0011
7010
85
RE
AR
OS
ATO
M20
10-4
——
2018
-3
TAB
LE 1
3. R
EAC
TOR
S U
ND
ER C
ON
STR
UC
TIO
N, 3
1 D
EC. 2
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
n st
art
Firs
t
criti
calit
yG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
31
Cod
eN
ame
Ther
mal
Gro
ssN
et
RU
SS
IA R
U -1
61N
OV
OV
OR
ON
EZH
2-1
PW
RV
VE
R V
-392
M32
0011
9911
14
RE
AR
OS
ATO
M20
08-6
——
2016
-6 R
U -1
62N
OV
OV
OR
ON
EZH
2-2
PW
RV
VE
R V
-392
M32
0011
9911
14
RE
AR
OS
ATO
M20
09-7
——
2017
-3 R
U -6
4R
OS
TOV
-4P
WR
VV
ER
V-3
2030
0010
7010
11
RE
AR
OS
ATO
M20
10-6
——
2017
-7
SLO
VA
KIA
SK
-10
MO
CH
OV
CE
-3P
WR
VV
ER
V-2
1313
7547
144
0 S
E,p
lcS
KO
DA
1987
-120
16-8
2016
-920
16-1
1 S
K -1
1M
OC
HO
VC
E-4
PW
RV
VE
R V
-213
1375
471
440
SE
,plc
SK
OD
A19
87-1
2017
-820
17-9
2017
-11
UA
E A
E -0
1B
AR
AK
AH
-1P
WR
AP
R-1
400
3983
1400
1345
E
NE
CK
EP
CO
2012
-720
16-1
020
16-1
120
17-5
AE
-02
BA
RA
KA
H-2
PW
RA
PR
-140
039
8314
0013
45
EN
EC
KE
PC
O20
13-4
2017
-10
2017
-11
2018
-5 A
E -0
3B
AR
AK
AH
-3P
WR
AP
R-1
400
3983
1400
1345
E
NE
CK
EP
CO
2014
-920
18-1
020
18-1
1—
AE
-04
BA
RA
KA
H-4
PW
RA
PR
-140
039
8314
0013
45
EN
EC
KE
PC
O20
15-7
2019
-10
——
UK
RA
INE
UA
-51
KH
ME
LNIT
SK
I-3P
WR
VV
ER
V-3
92B
3200
1000
950
NN
EG
CA
SE
1986
-3—
2021
-1—
UA
-52
KH
ME
LNIT
SK
I-4P
WR
VV
ER
V-3
92B
3200
1000
950
NN
EG
CA
SE
1987
-2—
2021
-1—
US
A U
S -5
027
SU
MM
ER
-2P
WR
AP
-100
034
0012
5011
17
SC
E&
GW
H20
13-3
——
— U
S -5
028
SU
MM
ER
-3P
WR
AP
-100
034
0012
5011
17
SC
E&
GW
H20
13-1
1—
——
US
-502
5V
OG
TLE
-3P
WR
AP
-100
034
0012
5011
17
SO
UTH
ER
NW
H20
13-3
——
— U
S -5
026
VO
GTL
E-4
PW
RA
P-1
000
3400
1250
1117
S
OU
THE
RN
WH
2013
-11
——
— U
S -3
91W
ATT
S B
AR
-2P
WR
W (4
-loop
) (IC
3425
1218
1165
T
VA
WH
1973
-9—
——
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
015,
67
reac
tors
(651
03 M
W)
wer
e un
der c
onst
ruct
ion,
incl
udin
g 2
units
(260
0 M
W) i
n Ta
iwan
, Chi
na.
TAIW
AN
, CN
TW
-7LU
NG
ME
N 1
BW
RA
BW
R39
2613
5013
00
TP
CG
E19
99-3
——
—TA
IWA
N, C
N T
W -8
LUN
GM
EN
2B
WR
AB
WR
3926
1350
1300
T
PC
GE
1999
-8—
——
TAB
LE 1
3. R
EAC
TOR
S U
ND
ER C
ON
STR
UC
TIO
N, 3
1 D
EC. 2
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
n st
art
Firs
t
criti
calit
yG
ridco
nnec
tion
Com
mer
cial
oper
atio
n
32
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
s A
RG
EN
TIN
A A
R -1
ATU
CH
A-1
PH
WR
PH
WR
KW
U11
7935
734
0 N
AS
AS
IEM
EN
S19
68-6
1974
-319
74-6
80.2
80.6
- A
R -3
ATU
CH
A-2
PH
WR
PH
WR
KW
U21
6074
569
2 N
AS
AS
IEM
EN
S19
81-7
2014
-6—
- A
R -2
EM
BA
LSE
PH
WR
CA
ND
U 6
2015
648
600
NA
SA
AE
CL
1974
-419
83-4
1984
-180
.480
.4-
AR
ME
NIA
AM
-19
AR
ME
NIA
N-2
PW
RV
VE
R V
-270
1375
408
375
AN
PP
CJS
CFA
EA
1975
-719
80-1
1980
-569
.972
.1-
BE
LGIU
M B
E -2
DO
EL-
1P
WR
W (2
-loop
)13
1145
443
3 E
LEC
TRA
BA
CE
CO
WE
N19
69-7
1974
-819
75-2
92.9
93.6
- B
E -4
DO
EL-
2P
WR
W (2
-loop
)13
1145
443
3 E
LEC
TRA
BA
CE
CO
WE
N19
71-9
1975
-819
75-1
290
.090
.5-
BE
-5D
OE
L-3
PW
RW
(3-lo
op)
3054
1056
1006
E
LEC
TRA
BFR
AM
AC
EC
1975
-119
82-6
1982
-10
42.5
42.5
- B
E -7
DO
EL-
4P
WR
W (3
-loop
)29
8810
9010
33
ELE
CTR
AB
AC
EC
OW
EN
1978
-12
1985
-419
85-7
81.6
81.8
- B
E -3
TIH
AN
GE
-1P
WR
Fram
atom
e 3
lo28
7310
0996
2 E
LEC
TRA
BA
CLF
1970
-619
75-3
1975
-10
79.0
80.3
- B
E -6
TIH
AN
GE
-2P
WR
W (3
-loop
)30
6410
5510
08
ELE
CTR
AB
FRA
MA
CE
C19
76-4
1982
-10
1983
-645
.545
.7-
BE
-8TI
HA
NG
E-3
PW
RW
(3-lo
op)
3000
1089
1038
E
LEC
TRA
BA
CE
CO
WE
N19
78-1
119
85-6
1985
-990
.391
.6-
BR
AZI
L B
R -1
AN
GR
A-1
PW
R2-
loop
WE
1882
640
609
ELE
TRO
NU
WH
1971
-519
82-4
1985
-183
.783
.8-
BR
-2A
NG
RA
-2P
WR
PR
E K
ON
VO
I37
6413
5012
75
ELE
TRO
NU
KW
U19
76-1
2000
-720
01-2
90.9
91.5
-
BU
LGA
RIA
BG
-5K
OZL
OD
UY
-5P
WR
VV
ER
V-3
2030
0010
0096
3 K
OZN
PP
AE
E19
80-7
1987
-11
1988
-12
88.6
88.9
DH
BG
-6K
OZL
OD
UY
-6P
WR
VV
ER
V-3
2030
0010
0096
3 K
OZN
PP
AE
E19
82-4
1991
-819
93-1
287
.688
.4D
H
CA
NA
DA
CA
-8B
RU
CE
-1P
HW
RC
AN
DU
791
2575
830
760
BR
UC
EP
OW
OH
/AE
CL
1971
-619
77-1
1977
-982
.882
.8-
CA
-9B
RU
CE
-2P
HW
RC
AN
DU
791
2456
800
730
BR
UC
EP
OW
OH
/AE
CL
1970
-12
1976
-919
77-9
89.3
89.3
- C
A -1
0B
RU
CE
-3P
HW
RC
AN
DU
750
A28
3283
075
0 B
RU
CE
PO
WO
H/A
EC
L19
72-7
1977
-12
1978
-275
.875
.9-
CA
-11
BR
UC
E-4
PH
WR
CA
ND
U 7
50A
2832
830
750
BR
UC
EP
OW
OH
/AE
CL
1972
-919
78-1
219
79-1
77.6
77.7
- C
A -1
8B
RU
CE
-5P
HW
RC
AN
DU
750
B28
3287
281
7 B
RU
CE
PO
WO
H/A
EC
L19
78-6
1984
-12
1985
-390
.590
.6-
CA
-19
BR
UC
E-6
PH
WR
CA
ND
U 7
50B
2690
891
817
BR
UC
EP
OW
OH
/AE
CL
1978
-119
84-6
1984
-989
.789
.8-
CA
-20
BR
UC
E-7
PH
WR
CA
ND
U 7
50B
2832
872
817
BR
UC
EP
OW
OH
/AE
CL
1979
-519
86-2
1986
-490
.490
.4-
CA
-21
BR
UC
E-8
PH
WR
CA
ND
U 7
50B
2690
872
817
BR
UC
EP
OW
OH
/AE
CL
1979
-819
87-3
1987
-589
.689
.6-
CA
-22
DA
RLI
NG
TON
-1P
HW
RC
AN
DU
850
2776
934
878
OP
GO
H/A
EC
L19
82-4
1990
-12
1992
-11
84.1
85.1
-
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,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
33
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sC
AN
AD
A C
A -2
3D
AR
LIN
GTO
N-2
PH
WR
CA
ND
U 8
5027
7693
487
8 O
PG
OH
/AE
CL
1981
-919
90-1
1990
-10
87.5
88.3
- C
A -2
4D
AR
LIN
GTO
N-3
PH
WR
CA
ND
U 8
5027
7693
487
8 O
PG
OH
/AE
CL
1984
-919
92-1
219
93-2
88.0
88.8
- C
A -2
5D
AR
LIN
GTO
N-4
PH
WR
CA
ND
U 8
5027
7693
487
8 O
PG
OH
/AE
CL
1985
-719
93-4
1993
-689
.089
.7-
CA
-4P
ICK
ER
ING
-1P
HW
RC
AN
DU
500
A17
4454
251
5 O
PG
OH
/AE
CL
1966
-619
71-4
1971
-767
.267
.7-
CA
-7P
ICK
ER
ING
-4P
HW
RC
AN
DU
500
A17
4454
251
5 O
PG
OH
/AE
CL
1968
-519
73-5
1973
-674
.274
.5-
CA
-13
PIC
KE
RIN
G-5
PH
WR
CA
ND
U 5
00B
1744
540
516
OP
GO
H/A
EC
L19
74-1
119
82-1
219
83-5
71.6
72.6
- C
A -1
4P
ICK
ER
ING
-6P
HW
RC
AN
DU
500
B17
4454
051
6 O
PG
OH
/AE
CL
1975
-10
1983
-11
1984
-277
.878
.4-
CA
-15
PIC
KE
RIN
G-7
PH
WR
CA
ND
U 5
00B
1744
540
516
OP
GO
H/A
EC
L19
76-3
1984
-11
1985
-182
.082
.7-
CA
-16
PIC
KE
RIN
G-8
PH
WR
CA
ND
U 5
00B
1744
540
516
OP
GO
H/A
EC
L19
76-9
1986
-119
86-2
77.7
78.2
- C
A -1
7P
OIN
T LE
PR
EA
UP
HW
RC
AN
DU
621
8070
566
0 N
BE
PC
AE
CL
1975
-519
82-9
1983
-247
.547
.5-
CH
INA
CN
-84
CE
FRFB
RB
N-2
065
2520
C
IAE
IZ20
00-5
2011
-7—
- C
N -3
6C
HA
NG
JIA
NG
-1P
WR
CN
P-6
0019
3065
061
0 H
NP
CD
EC
2010
-420
15-1
120
15-1
2-
CN
-2D
AY
A B
AY
-1P
WR
M31
029
0598
494
4 D
NM
CFR
AM
1987
-819
93-8
1994
-289
.689
.8-
CN
-3D
AY
A B
AY
-2P
WR
M31
029
0598
494
4 D
NM
CFR
AM
1988
-419
94-2
1994
-589
.189
.3-
CN
-38
FAN
GC
HE
NG
GA
NG
-1P
WR
CP
R-1
000
2905
1080
1000
G
FNP
CD
EC
2010
-720
15-1
020
16-1
- C
N -2
4FA
NG
JIA
SH
AN
-1P
WR
CP
R-1
000
2905
1080
1012
Q
NP
CN
PIC
2008
-12
2014
-11
2014
-12
85.7
85.7
- C
N -2
5FA
NG
JIA
SH
AN
-2P
WR
CP
R-1
000
2905
1080
1012
Q
NP
CN
PIC
2009
-720
15-1
2015
-293
.293
.2-
CN
-20
FUQ
ING
-1P
WR
CN
P-1
000
2905
1080
1000
F
QN
PN
PIC
2008
-11
2014
-820
14-1
176
.176
.1-
CN
-21
FUQ
ING
-2P
WR
CN
P-1
000
2905
1080
1000
F
QN
PN
PIC
2009
-620
15-8
2015
-10
100.
010
0.0
- C
N -1
6H
ON
GY
AN
HE
-1P
WR
CP
R-1
000
2905
1119
1061
L
HN
PC
DE
C20
07-8
2013
-220
13-6
82.7
83.3
- C
N -1
7H
ON
GY
AN
HE
-2P
WR
CP
R-1
000
2905
1119
1061
L
HN
PC
DE
C20
08-3
2013
-11
2014
-571
.871
.8-
CN
-26
HO
NG
YA
NH
E-3
PW
RC
PR
-100
029
0511
1910
61
LH
NP
CD
EC
2009
-320
15-3
2015
-810
0.0
100.
0-
CN
-6LI
NG
AO
-1P
WR
M31
029
0599
095
0 D
NM
CFR
AM
1997
-520
02-2
2002
-588
.688
.9-
CN
-7LI
NG
AO
-2P
WR
M31
029
0599
095
0 D
NM
CFR
AM
1997
-11
2002
-920
03-1
92.1
92.3
- C
N -1
2LI
NG
AO
-3P
WR
CP
R-1
000
2905
1080
1007
D
NM
CD
EC
2005
-12
2010
-720
10-9
85.6
85.8
- C
N -1
3LI
NG
AO
-4P
WR
CP
R-1
000
2905
1080
1007
D
NM
CD
EC
2006
-620
11-5
2011
-888
.388
.6-
CN
-18
NIN
GD
E-1
PW
RC
PR
-100
029
0510
8010
18
ND
NP
DE
C20
08-2
2012
-12
2013
-479
.979
.9-
CN
-19
NIN
GD
E-2
PW
RC
PR
-100
029
0510
8010
18
ND
NP
SH
E20
08-1
120
14-1
2014
-588
.388
.3-
CN
-34
NIN
GD
E-3
PW
RC
PR
-100
029
0510
8010
18
ND
NP
CFH
I20
10-1
2015
-320
15-6
91.3
91.3
-
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
34
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sC
HIN
A C
N -4
QIN
SH
AN
2-1
PW
RC
NP
-600
1930
650
610
NP
QJV
CC
NN
C19
96-6
2002
-220
02-4
83.5
83.5
- C
N -5
QIN
SH
AN
2-2
PW
RC
NP
-600
1930
650
610
NP
QJV
CC
NN
C19
97-4
2004
-320
04-5
87.9
87.9
- C
N -1
4Q
INS
HA
N 2
-3P
WR
CN
P-6
0019
3066
061
9 N
PQ
JVC
CN
NC
2006
-420
10-8
2010
-10
88.6
88.7
- C
N -1
5Q
INS
HA
N 2
-4P
WR
CN
P-6
0019
3066
061
0 N
PQ
JVC
CN
NC
2007
-120
11-1
120
11-1
290
.090
.2-
CN
-8Q
INS
HA
N 3
-1P
HW
RC
AN
DU
620
6472
867
7 T
QN
PC
AE
CL
1998
-620
02-1
120
02-1
291
.591
.5-
CN
-9Q
INS
HA
N 3
-2P
HW
RC
AN
DU
620
6472
867
7 T
QN
PC
AE
CL
1998
-920
03-6
2003
-793
.693
.7-
CN
-1Q
INS
HA
N-1
PW
RC
NP
-300
966
310
298
CN
NO
CN
NC
1985
-319
91-1
219
94-4
90.5
90.6
- C
N -1
0TI
AN
WA
N-1
PW
RV
VE
R V
-428
3000
1060
990
JN
PC
IZ19
99-1
020
06-5
2007
-589
.089
.0-
CN
-11
TIA
NW
AN
-2P
WR
VV
ER
V-4
2830
0010
6099
0 J
NP
CIZ
2000
-920
07-5
2007
-888
.788
.7-
CN
-22
YA
NG
JIA
NG
-1P
WR
CP
R-1
000
2905
1086
1000
Y
JNP
CC
FHI
2008
-12
2013
-12
2014
-388
.488
.4-
CN
-23
YA
NG
JIA
NG
-2P
WR
CP
R-1
000
2905
1080
1000
Y
JNP
CC
FHI
2009
-620
15-3
2015
-699
.899
.8-
CN
-40
YA
NG
JIA
NG
-3P
WR
CP
R-1
000
2905
1080
1000
Y
JNP
CC
FHI
2010
-11
2015
-10
2016
-1-
CZE
CH
RE
P.
CZ
-4D
UK
OV
AN
Y-1
PW
RV
VE
R V
-213
1444
500
468
CE
ZS
KO
DA
1979
-119
85-2
1985
-583
.284
.0-
CZ
-5D
UK
OV
AN
Y-2
PW
RV
VE
R V
-213
1444
500
471
CE
ZS
KO
DA
1979
-119
86-1
1986
-380
.581
.6-
CZ
-8D
UK
OV
AN
Y-3
PW
RV
VE
R V
-213
1444
500
468
CE
ZS
KO
DA
1979
-319
86-1
119
86-1
283
.284
.3-
CZ
-9D
UK
OV
AN
Y-4
PW
RV
VE
R V
-213
1444
500
471
CE
ZS
KO
DA
1979
-319
87-6
1987
-789
.790
.8-
CZ
-23
TEM
ELI
N-1
PW
RV
VE
R V
-320
3120
1080
1026
C
EZ
SK
OD
A19
87-2
2000
-12
2002
-682
.782
.8D
H C
Z -2
4TE
ME
LIN
-2P
WR
VV
ER
V-3
2031
2010
8010
26
CE
ZS
KO
DA
1987
-220
02-1
220
03-4
78.2
78.3
DH
FIN
LAN
D F
I -1
LOV
IISA
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WR
VV
ER
V-2
1315
0052
049
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OR
TUM
PH
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E19
71-5
1977
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77-5
91.0
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WR
VV
ER
V-2
1315
0052
049
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1980
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1981
-191
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RA
BB
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BW
R-2
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880
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SE
AS
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1974
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78-9
1979
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94.2
95.1
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OLK
ILU
OTO
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WR
AB
B-II
I, B
WR
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0091
088
0 T
VO
AS
EA
STA
L19
75-1
119
80-2
1982
-792
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FR
AN
CE
FR
-54
BE
LLE
VIL
LE-1
PW
RP
4 R
EP
130
038
1713
6313
10
ED
FFR
AM
1980
-519
87-1
019
88-6
83.6
84.7
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R -5
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EV
ILLE
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WR
P4
RE
P 1
300
3817
1363
1310
E
DF
FRA
M19
80-8
1988
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89-1
85.6
87.6
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R -3
2B
LAY
AIS
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WR
CP
127
8595
191
0 E
DF
FRA
M19
77-1
1981
-619
81-1
278
.479
.2-
FR
-33
BLA
YA
IS-2
PW
RC
P1
2785
951
910
ED
FFR
AM
1977
-119
82-7
1983
-278
.580
.3-
FR
-34
BLA
YA
IS-3
PW
RC
P1
2785
951
910
ED
FFR
AM
1978
-419
83-8
1983
-11
67.4
68.2
-
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,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
35
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sFR
AN
CE
FR
-35
BLA
YA
IS-4
PW
RC
P1
2785
951
910
ED
FFR
AM
1978
-419
83-5
1983
-10
73.9
74.9
- F
R -1
3B
UG
EY
-2P
WR
CP
027
8594
591
0 E
DF
FRA
M19
72-1
119
78-5
1979
-383
.184
.9-
FR
-14
BU
GE
Y-3
PW
RC
P0
2785
945
910
ED
FFR
AM
1973
-919
78-9
1979
-380
.282
.2-
FR
-15
BU
GE
Y-4
PW
RC
P0
2785
917
880
ED
FFR
AM
1974
-619
79-3
1979
-777
.879
.4-
FR
-16
BU
GE
Y-5
PW
RC
P0
2785
917
880
ED
FFR
AM
1974
-719
79-7
1980
-169
.273
.0-
FR
-50
CA
TTE
NO
M-1
PW
RP
4 R
EP
130
038
1713
6213
00
ED
FFR
AM
1979
-10
1986
-11
1987
-474
.976
.6-
FR
-53
CA
TTE
NO
M-2
PW
RP
4 R
EP
130
038
1713
6213
00
ED
FFR
AM
1980
-719
87-9
1988
-275
.277
.3-
FR
-60
CA
TTE
NO
M-3
PW
RP
4 R
EP
130
038
1713
6213
00
ED
FFR
AM
1982
-619
90-7
1991
-278
.579
.8-
FR
-65
CA
TTE
NO
M-4
PW
RP
4 R
EP
130
038
1713
6213
00
ED
FFR
AM
1983
-919
91-5
1992
-178
.179
.2-
FR
-40
CH
INO
N B
-1P
WR
CP
227
8595
490
5 E
DF
FRA
M19
77-3
1982
-11
1984
-274
.274
.7-
FR
-41
CH
INO
N B
-2P
WR
CP
227
8595
490
5 E
DF
FRA
M19
77-3
1983
-11
1984
-876
.277
.5-
FR
-56
CH
INO
N B
-3P
WR
CP
227
8595
490
5 E
DF
FRA
M19
80-1
019
86-1
019
87-3
79.6
80.6
- F
R -5
7C
HIN
ON
B-4
PW
RC
P2
2785
954
905
ED
FFR
AM
1981
-219
87-1
119
88-4
83.3
84.0
- F
R -6
2C
HO
OZ
B-1
PW
RN
4 R
EP
145
042
7015
6015
00
ED
FFR
AM
1984
-119
96-8
2000
-582
.983
.8-
FR
-70
CH
OO
Z B
-2P
WR
N4
RE
P 1
450
4270
1560
1500
E
DF
FRA
M19
85-1
219
97-4
2000
-977
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.7-
FR
-72
CIV
AU
X-1
PW
RN
4 R
EP
145
042
7015
6114
95
ED
FFR
AM
1988
-10
1997
-12
2002
-176
.779
.6-
FR
-73
CIV
AU
X-2
PW
RN
4 R
EP
145
042
7015
6114
95
ED
FFR
AM
1991
-419
99-1
220
02-4
73.9
82.8
- F
R -4
2C
RU
AS
-1P
WR
CP
227
8595
691
5 E
DF
FRA
M19
78-8
1983
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84-4
71.7
74.0
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R -4
3C
RU
AS
-2P
WR
CP
227
8595
691
5 E
DF
FRA
M19
78-1
119
84-9
1985
-477
.479
.8-
FR
-44
CR
UA
S-3
PW
RC
P2
2785
956
915
ED
FFR
AM
1979
-419
84-5
1984
-974
.779
.2-
FR
-45
CR
UA
S-4
PW
RC
P2
2785
956
915
ED
FFR
AM
1979
-10
1984
-10
1985
-273
.676
.1-
FR
-22
DA
MP
IER
RE
-1P
WR
CP
127
8593
789
0 E
DF
FRA
M19
75-2
1980
-319
80-9
77.5
78.7
- F
R -2
9D
AM
PIE
RR
E-2
PW
RC
P1
2785
937
890
ED
FFR
AM
1975
-419
80-1
219
81-2
80.9
81.8
- F
R -3
0D
AM
PIE
RR
E-3
PW
RC
P1
2785
937
890
ED
FFR
AM
1975
-919
81-1
1981
-578
.580
.3-
FR
-31
DA
MP
IER
RE
-4P
WR
CP
127
8593
789
0 E
DF
FRA
M19
75-1
219
81-8
1981
-11
74.7
79.5
- F
R -1
1FE
SS
EN
HE
IM-1
PW
RC
P0
2785
920
880
ED
FFR
AM
1971
-919
77-4
1978
-176
.677
.4-
FR
-12
FES
SE
NH
EIM
-2P
WR
CP
027
8592
088
0 E
DF
FRA
M19
72-2
1977
-10
1978
-466
.170
.1-
FR
-46
FLA
MA
NV
ILLE
-1P
WR
P4
RE
P 1
300
3817
1382
1330
E
DF
FRA
M19
79-1
219
85-1
219
86-1
279
.381
.3-
FR
-47
FLA
MA
NV
ILLE
-2P
WR
P4
RE
P 1
300
3817
1382
1330
E
DF
FRA
M19
80-5
1986
-719
87-3
80.5
81.9
- F
R -6
1G
OLF
EC
H-1
PW
RP
4 R
EP
130
038
1713
6313
10
ED
FFR
AM
1982
-11
1990
-619
91-2
85.1
86.1
-
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
36
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sFR
AN
CE
FR
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GO
LFE
CH
-2P
WR
P4
RE
P 1
300
3817
1363
1310
E
DF
FRA
M19
84-1
019
93-6
1994
-381
.081
.7-
FR
-20
GR
AV
ELI
NE
S-1
PW
RC
P1
2785
951
910
ED
FFR
AM
1975
-219
80-3
1980
-11
67.6
70.1
- F
R -2
1G
RA
VE
LIN
ES
-2P
WR
CP
127
8595
191
0 E
DF
FRA
M19
75-3
1980
-819
80-1
271
.773
.2-
FR
-27
GR
AV
ELI
NE
S-3
PW
RC
P1
2785
951
910
ED
FFR
AM
1975
-12
1980
-12
1981
-673
.174
.5-
FR
-28
GR
AV
ELI
NE
S-4
PW
RC
P1
2785
951
910
ED
FFR
AM
1976
-419
81-6
1981
-10
76.6
78.0
- F
R -5
1G
RA
VE
LIN
ES
-5P
WR
CP
127
8595
191
0 E
DF
FRA
M19
79-1
019
84-8
1985
-179
.880
.9-
FR
-52
GR
AV
ELI
NE
S-6
PW
RC
P1
2785
951
910
ED
FFR
AM
1979
-10
1985
-819
85-1
082
.084
.8-
FR
-58
NO
GE
NT-
1P
WR
P4
RE
P 1
300
3817
1363
1310
E
DF
FRA
M19
81-5
1987
-10
1988
-279
.282
.3-
FR
-59
NO
GE
NT-
2P
WR
P4
RE
P 1
300
3817
1363
1310
E
DF
FRA
M19
82-1
1988
-12
1989
-581
.882
.5-
FR
-36
PA
LUE
L-1
PW
RP
4 R
EP
130
038
1713
8213
30
ED
FFR
AM
1977
-819
84-6
1985
-12
84.5
86.5
- F
R -3
7P
ALU
EL-
2P
WR
P4
RE
P 1
300
3817
1382
1330
E
DF
FRA
M19
78-1
1984
-919
85-1
273
.975
.4-
FR
-38
PA
LUE
L-3
PW
RP
4 R
EP
130
038
1713
8213
30
ED
FFR
AM
1979
-219
85-9
1986
-277
.179
.8-
FR
-39
PA
LUE
L-4
PW
RP
4 R
EP
130
038
1713
8213
30
ED
FFR
AM
1980
-219
86-4
1986
-684
.887
.6-
FR
-63
PE
NLY
-1P
WR
P4
RE
P 1
300
3817
1382
1330
E
DF
FRA
M19
82-9
1990
-519
90-1
285
.386
.0-
FR
-64
PE
NLY
-2P
WR
P4
RE
P 1
300
3817
1382
1330
E
DF
FRA
M19
84-8
1992
-219
92-1
179
.081
.3-
FR
-48
ST.
ALB
AN
-1P
WR
P4
RE
P 1
300
3817
1381
1335
E
DF
FRA
M19
79-1
1985
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86-5
77.7
80.0
- F
R -4
9S
T. A
LBA
N-2
PW
RP
4 R
EP
130
038
1713
8113
35
ED
FFR
AM
1979
-719
86-7
1987
-384
.185
.4-
FR
-17
ST.
LA
UR
EN
T B
-1P
WR
CP
227
8595
691
5 E
DF
FRA
M19
76-5
1981
-119
83-8
70.9
74.4
- F
R -2
3S
T. L
AU
RE
NT
B-2
PW
RC
P2
2785
956
915
ED
FFR
AM
1976
-719
81-6
1983
-868
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.8-
FR
-18
TRIC
AS
TIN
-1P
WR
CP
127
8595
591
5 E
DF
FRA
M19
74-1
119
80-5
1980
-12
78.1
79.6
- F
R -1
9TR
ICA
STI
N-2
PW
RC
P1
2785
955
915
ED
FFR
AM
1974
-12
1980
-819
80-1
275
.677
.8-
FR
-25
TRIC
AS
TIN
-3P
WR
CP
127
8595
591
5 E
DF
FRA
M19
75-4
1981
-219
81-5
76.6
77.0
- F
R -2
6TR
ICA
STI
N-4
PW
RC
P1
2785
955
915
ED
FFR
AM
1975
-519
81-6
1981
-11
78.3
80.5
-
GE
RM
AN
Y D
E -3
2B
RO
KD
OR
FP
WR
PW
R39
0014
8014
10
E.O
NK
WU
1976
-119
86-1
019
86-1
288
.188
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DE
-33
EM
SLA
ND
PW
RK
onvo
i38
5014
0613
35
KLE
KW
U19
82-8
1988
-419
88-6
94.0
94.0
- D
E -2
7G
RO
HN
DE
PW
RP
WR
3900
1430
1360
K
WG
KW
U19
76-6
1984
-919
85-2
87.1
88.0
- D
E -2
6G
UN
DR
EM
MIN
GE
N-B
BW
RB
WR
-72
3840
1344
1284
K
GG
KW
U19
76-7
1984
-319
84-7
88.5
88.5
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E -2
8G
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DR
EM
MIN
GE
N-C
BW
RB
WR
-72
3840
1344
1288
K
GG
KW
U19
76-7
1984
-11
1985
-188
.788
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DE
-31
ISA
R-2
PW
RK
onvo
i39
5014
8514
10
E.O
NK
WU
1982
-919
88-1
1988
-492
.692
.7-
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
37
EAF
%U
CF
%N
on-
2011
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11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sG
ER
MA
NY
DE
-44
NE
CK
AR
WE
STH
EIM
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WR
Kon
voi
3850
1400
1310
E
nKK
KW
U19
82-1
119
89-1
1989
-492
.492
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DE
-24
PH
ILIP
PS
BU
RG
-2P
WR
PW
R39
5014
6814
02
EnK
KK
WU
1977
-719
84-1
219
85-4
84.0
84.2
-
HU
NG
AR
Y H
U -1
PA
KS
-1P
WR
VV
ER
V-2
1314
8550
047
0 P
AK
S Z
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1974
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82-1
219
83-8
87.2
87.4
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U -2
PA
KS
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WR
VV
ER
V-2
1314
8550
047
3 P
AK
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1974
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84-9
1984
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90.0
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RV
VE
R V
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1485
500
473
PA
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79-1
019
86-9
1986
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86.1
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VE
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1485
500
473
PA
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019
87-8
1987
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202
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1989
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NP
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2002
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2007
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PC
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RH
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801
220
202
NP
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NP
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1985
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1995
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V-4
1230
0010
0091
7 N
PC
ILM
AE
P20
02-3
2013
-10
2014
-12
39.7
39.7
- IN
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AD
RA
S-1
PH
WR
Hor
izon
tal P
re80
122
020
5 N
PC
ILN
PC
IL19
71-1
1983
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84-1
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91.9
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IN -6
MA
DR
AS
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HW
RH
oriz
onta
l Pre
801
220
205
NP
CIL
NP
CIL
1972
-10
1985
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86-3
59.7
82.6
DS
IN -7
NA
RO
RA
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HW
RH
oriz
onta
l Pre
801
220
202
NP
CIL
NP
CIL
1976
-12
1989
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91-1
69.3
92.4
- IN
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AR
OR
A-2
PH
WR
Hor
izon
tal P
re80
122
020
2 N
PC
ILN
PC
IL19
77-1
119
92-1
1992
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IN -3
RA
JAS
THA
N-1
PH
WR
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izon
tal P
re34
610
090
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PC
ILA
EC
L19
65-8
1972
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1973
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0.0
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IN -4
RA
JAS
THA
N-2
PH
WR
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izon
tal P
re69
320
018
7 N
PC
ILA
EC
L/D
AE
1968
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80-1
119
81-4
85.5
87.0
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1R
AJA
STH
AN
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HW
RH
oriz
onta
l Pre
801
220
202
NP
CIL
NP
CIL
1990
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00-3
2000
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.093
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H IN
-12
RA
JAS
THA
N-4
PH
WR
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izon
tal P
re80
122
020
2 N
PC
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PC
IL19
90-1
020
00-1
120
00-1
290
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H IN
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RA
JAS
THA
N-5
PH
WR
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izon
tal P
re80
122
020
2 N
PC
ILN
PC
IL20
02-9
2009
-12
2010
-292
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IN -2
0R
AJA
STH
AN
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HW
RH
oriz
onta
l Pre
801
220
202
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NP
CIL
2003
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10-3
2010
-382
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IN -1
TAR
AP
UR
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BW
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k 2)
530
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150
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CIL
GE
1964
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1969
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067
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AP
UR
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WR
BW
R-1
(Mar
k 2)
530
160
150
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GE
1964
-10
1969
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69-1
073
.674
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IN -2
3TA
RA
PU
R-3
PH
WR
Hor
izon
tal P
re17
3054
049
0 N
PC
ILN
PC
IL20
00-5
2006
-620
06-8
90.7
92.8
- IN
-24
TAR
AP
UR
-4P
HW
RH
oriz
onta
l Pre
1730
540
490
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CIL
NP
CIL
2000
-320
05-6
2005
-978
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IRA
N, I
SL.
RE
P.
IR -1
BU
SH
EH
R-1
PW
RV
VE
R V
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3000
1000
915
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PD
CO
AS
E19
75-5
2011
-920
13-9
64.3
64.5
-
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
S d
esal
inat
ion,
DH
dis
trict
hea
ting,
PH
pro
cess
hea
ting,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
38
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
s J
AP
AN
JP
-25
FUK
US
HIM
A-D
AIN
I-1B
WR
BW
R-5
3293
1100
1067
T
EP
CO
TOS
HIB
A19
76-3
1981
-719
82-4
3.8
4.9
- J
P -2
6FU
KU
SH
IMA
-DA
INI-2
BW
RB
WR
-532
9311
0010
67
TE
PC
OH
ITA
CH
I19
79-5
1983
-619
84-2
3.8
4.9
- J
P -3
5FU
KU
SH
IMA
-DA
INI-3
BW
RB
WR
-532
9311
0010
67
TE
PC
OTO
SH
IBA
1981
-319
84-1
219
85-6
3.8
4.9
- J
P -3
8FU
KU
SH
IMA
-DA
INI-4
BW
RB
WR
-532
9311
0010
67
TE
PC
OH
ITA
CH
I19
81-5
1986
-12
1987
-82.
33.
4-
JP
-27
GE
NK
AI-2
PW
RM
(2-lo
op)
1650
559
529
KY
US
HU
MH
I19
77-2
1980
-619
81-3
1.6
1.6
- J
P -4
5G
EN
KA
I-3P
WR
M (4
-loop
)34
2311
8011
27
KY
US
HU
MH
I19
88-6
1993
-619
94-3
0.0
0.0
DS
JP
-46
GE
NK
AI-4
PW
RM
(4-lo
op)
3423
1180
1127
K
YU
SH
UM
HI
1992
-719
96-1
119
97-7
18.0
18.0
DS
JP
-36
HA
MA
OK
A-3
BW
RB
WR
-532
9311
0010
56
CH
UB
UTO
SH
IBA
1983
-419
87-1
1987
-80.
00.
0-
JP
-49
HA
MA
OK
A-4
BW
RB
WR
-532
9311
3710
92
CH
UB
UTO
SH
IBA
1989
-10
1993
-119
93-9
5.2
5.2
- J
P -6
0H
AM
AO
KA
-5B
WR
AB
WR
3926
1380
1325
C
HU
BU
TOS
HIB
A20
00-7
2004
-420
05-1
5.8
5.8
- J
P -5
8H
IGA
SH
I DO
RI-1
(TO
HO
KU
)B
WR
BW
R-5
3293
1100
1067
T
OH
OK
UTO
SH
IBA
2000
-11
2005
-320
05-1
22.
02.
0-
JP
-23
IKA
TA-1
PW
RM
(2-lo
op)
1650
566
538
SH
IKO
KU
MH
I19
73-9
1977
-219
77-9
13.5
13.5
DS
JP
-32
IKA
TA-2
PW
RM
(2-lo
op)
1650
566
538
SH
IKO
KU
MH
I19
78-8
1981
-819
82-3
20.7
20.7
DS
JP
-47
IKA
TA-3
PW
RM
(3-lo
op)
2660
890
846
SH
IKO
KU
MH
I19
90-1
019
94-3
1994
-12
6.5
6.5
DS
JP
-33
KA
SH
IWA
ZAK
I KA
RIW
A-1
BW
RB
WR
-532
9311
0010
67
TE
PC
OTO
SH
IBA
1980
-619
85-2
1985
-911
.911
.9-
JP
-39
KA
SH
IWA
ZAK
I KA
RIW
A-2
BW
RB
WR
-532
9311
0010
67
TE
PC
OTO
SH
IBA
1985
-11
1990
-219
90-9
0.0
0.0
- J
P -5
2K
AS
HIW
AZA
KI K
AR
IWA
-3B
WR
BW
R-5
3293
1100
1067
T
EP
CO
TOS
HIB
A19
89-3
1992
-12
1993
-80.
00.
0-
JP
-53
KA
SH
IWA
ZAK
I KA
RIW
A-4
BW
RB
WR
-532
9311
0010
67
TE
PC
OH
ITA
CH
I19
90-3
1993
-12
1994
-80.
00.
0-
JP
-40
KA
SH
IWA
ZAK
I KA
RIW
A-5
BW
RB
WR
-532
9311
0010
67
TE
PC
OH
ITA
CH
I19
85-6
1989
-919
90-4
21.3
21.3
- J
P -5
5K
AS
HIW
AZA
KI K
AR
IWA
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WR
AB
WR
3926
1356
1315
T
EP
CO
TOS
HIB
A19
92-1
119
96-1
1996
-11
23.2
23.2
- J
P -5
6K
AS
HIW
AZA
KI K
AR
IWA
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WR
AB
WR
3926
1356
1315
T
EP
CO
HIT
AC
HI
1993
-719
96-1
219
97-7
12.6
12.6
- J
P -1
4M
IHA
MA
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WR
M (3
-loop
)24
4082
678
0 K
EP
CO
MH
I19
72-8
1976
-219
76-1
27.
37.
3-
JP
-15
OH
I-1P
WR
W (4
-loop
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2311
7511
20
KE
PC
OW
H19
72-1
019
77-1
219
79-3
6.8
6.8
DS
JP
-19
OH
I-2P
WR
W (4
-loop
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2311
7511
20
KE
PC
OW
H19
72-1
219
78-1
019
79-1
219
.119
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S J
P -5
0O
HI-3
PW
RM
(4-lo
op)
3423
1180
1127
K
EP
CO
MH
I19
87-1
019
91-6
1991
-12
27.3
27.4
- J
P -5
1O
HI-4
PW
RM
(4-lo
op)
3423
1180
1127
K
EP
CO
MH
I19
88-6
1992
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93-2
34.1
34.1
- J
P -2
2O
NA
GA
WA
-1B
WR
BW
R-4
1593
524
498
TO
HO
KU
TOS
HIB
A19
80-7
1983
-11
1984
-63.
813
.8-
JP
-54
ON
AG
AW
A-2
BW
RB
WR
-524
3682
579
6 T
OH
OK
UTO
SH
IBA
1991
-419
94-1
219
95-7
0.0
9.4
- J
P -5
7O
NA
GA
WA
-3B
WR
BW
R-5
2436
825
796
TO
HO
KU
TOS
HIB
A19
98-1
2001
-520
02-1
3.7
13.7
- J
P -2
8S
EN
DA
I-1P
WR
M (3
-loop
)26
6089
084
6 K
YU
SH
UM
HI
1979
-12
1983
-919
84-7
14.4
14.4
-
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
S d
esal
inat
ion,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
39
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sJA
PA
N J
P -3
7S
EN
DA
I-2P
WR
M (3
-loop
)26
6089
084
6 K
YU
SH
UM
HI
1981
-10
1985
-419
85-1
117
.017
.0-
JP
-48
SH
IKA
-1B
WR
BW
R-5
1593
540
505
HO
KU
RIK
UH
ITA
CH
I19
89-7
1993
-119
93-7
3.2
3.2
- J
P -5
9S
HIK
A-2
BW
RA
BW
R39
2612
0611
08
HO
KU
RIK
UH
ITA
CH
I20
01-8
2005
-720
06-3
2.8
2.8
- J
P -4
1S
HIM
AN
E-2
BW
RB
WR
-524
3682
078
9 C
HU
GO
KU
HIT
AC
HI
1985
-219
88-7
1989
-221
.421
.4-
JP
-8TA
KA
HA
MA
-1P
WR
M (3
-loop
)24
4082
678
0 K
EP
CO
WH
/MH
I19
70-4
1974
-319
74-1
10.
50.
5-
JP
-13
TAK
AH
AM
A-2
PW
RM
(3-lo
op)
2440
826
780
KE
PC
OM
HI
1971
-319
75-1
1975
-11
18.0
18.0
- J
P -2
9TA
KA
HA
MA
-3P
WR
M (3
-loop
)26
6087
083
0 K
EP
CO
MH
I19
80-1
219
84-5
1985
-122
.822
.8D
S J
P -3
0TA
KA
HA
MA
-4P
WR
M (3
-loop
)26
6087
083
0 K
EP
CO
MH
I19
81-3
1984
-11
1985
-611
.111
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S J
P -2
1TO
KA
I-2B
WR
BW
R-5
3293
1100
1060
J
AP
CO
GE
1973
-10
1978
-319
78-1
13.
87.
7-
JP
-43
TOM
AR
I-1P
WR
M (2
-loop
)16
5057
955
0 H
EP
CO
MH
I19
85-4
1988
-12
1989
-66.
16.
1-
JP
-44
TOM
AR
I-2P
WR
M (2
-loop
)16
5057
955
0 H
EP
CO
MH
I19
85-6
1990
-819
91-4
13.0
13.0
- J
P -6
4TO
MA
RI-3
PW
RM
(3-lo
op)
2660
912
866
HE
PC
OM
HI
2004
-11
2009
-320
09-1
223
.523
.5-
JP
-34
TSU
RU
GA
-2P
WR
M (4
-loop
)34
1111
6011
08
JA
PC
OM
HI
1982
-11
1986
-619
87-2
6.9
6.9
-
KO
RE
A, R
EP
. OF
KR
-7H
AN
BIT
-1P
WR
WH
F27
8710
0099
7 K
HN
PW
H19
81-6
1986
-319
86-8
90.9
91.2
- K
R -8
HA
NB
IT-2
PW
RW
H F
2787
993
984
KH
NP
WH
1981
-12
1986
-11
1987
-686
.887
.0-
KR
-11
HA
NB
IT-3
PW
RO
PR
-100
028
2510
5099
4 K
HN
PD
HIC
KA
EC
1989
-12
1994
-10
1995
-371
.972
.2-
KR
-12
HA
NB
IT-4
PW
RO
PR
-100
028
2510
3298
0 K
HN
PD
HIC
KA
EC
1990
-519
95-7
1996
-181
.181
.7-
KR
-17
HA
NB
IT-5
PW
RO
PR
-100
028
2510
5399
4 K
HN
PD
HIC
KO
PC
1997
-620
01-1
220
02-5
83.7
84.0
- K
R -1
8H
AN
BIT
-6P
WR
OP
R-1
000
2825
1052
993
KH
NP
DH
ICK
OP
C19
97-1
120
02-9
2002
-12
89.3
89.6
- K
R -9
HA
NU
L-1
PW
RFr
ance
CP
I27
8510
0396
6 K
HN
PFR
AM
1983
-119
88-4
1988
-988
.688
.6-
KR
-10
HA
NU
L-2
PW
RFr
ance
CP
I27
7510
0896
7 K
HN
PFR
AM
1983
-719
89-4
1989
-989
.989
.9-
KR
-13
HA
NU
L-3
PW
RO
PR
-100
028
2510
5099
7 K
HN
PD
HIC
KO
PC
1993
-719
98-1
1998
-880
.080
.3-
KR
-14
HA
NU
L-4
PW
RO
PR
-100
028
2510
5399
9 K
HN
PD
HIC
KO
PC
1993
-11
1998
-12
1999
-12
57.6
57.7
- K
R -1
9H
AN
UL-
5P
WR
OP
R-1
000
2815
1051
998
KH
NP
DH
ICK
OP
C19
99-1
020
03-1
220
04-7
92.1
92.2
- K
R -2
0H
AN
UL-
6P
WR
OP
R-1
000
2825
1051
997
KH
NP
DH
ICK
OP
C20
00-9
2005
-120
05-4
88.5
88.6
- K
R -1
KO
RI-1
PW
RW
	
651;
6017
2960
857
6 K
HN
PW
H19
72-4
1977
-619
78-4
70.9
71.2
- K
R -2
KO
RI-2
PW
RW
H F
1882
676
640
KH
NP
WH
1977
-12
1983
-419
83-7
86.4
88.2
- K
R -5
KO
RI-3
PW
RW
H F
2912
1042
1011
K
HN
PW
H19
79-1
019
85-1
1985
-986
.586
.5-
KR
-6K
OR
I-4P
WR
WH
F29
1210
4110
12
KH
NP
WH
1980
-419
85-1
119
86-4
90.1
90.2
-
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
S d
esal
inat
ion,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
40
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sK
OR
EA
, RE
P. O
F K
R -2
1S
HIN
-KO
RI-1
PW
RO
PR
-100
028
2510
4999
9 K
HN
PD
HIC
KO
PC
2006
-620
10-8
2011
-277
.677
.8-
KR
-22
SH
IN-K
OR
I-2P
WR
OP
R-1
000
2825
1046
996
KH
NP
DH
ICK
OP
C20
07-6
2012
-120
12-7
77.0
77.2
- K
R -2
3S
HIN
-WO
LSO
NG
-1P
WR
OP
R-1
000
2825
1045
997
KH
NP
DH
ICK
OP
C20
07-1
120
12-1
2012
-772
.472
.6-
KR
-24
SH
IN-W
OLS
ON
G-2
PW
RO
PR
-100
028
2510
4599
3 K
HN
PD
HIC
KO
PC
2008
-920
15-2
2015
-799
.810
0.0
- K
R -3
WO
LSO
NG
-1P
HW
RC
AN
DU
620
6168
565
7 K
HN
PA
EC
L19
77-1
019
82-1
219
83-4
80.8
80.8
- K
R -4
WO
LSO
NG
-2P
HW
RC
AN
DU
620
6167
565
2 K
HN
PA
EC
L/D
HI
1992
-619
97-4
1997
-790
.991
.0-
KR
-15
WO
LSO
NG
-3P
HW
RC
AN
DU
620
6168
866
5 K
HN
PA
EC
L/D
HI
1994
-319
98-3
1998
-790
.991
.0-
KR
-16
WO
LSO
NG
-4P
HW
RC
AN
DU
620
6169
166
9 K
HN
PA
EC
L/D
HI
1994
-719
99-5
1999
-10
90.2
90.3
-
ME
XIC
O M
X -1
LAG
UN
A V
ER
DE
-1B
WR
BW
R-5
2027
700
665
CFE
GE
1976
-10
1989
-419
90-7
78.2
78.8
- M
X -2
LAG
UN
A V
ER
DE
-2B
WR
BW
R-5
2317
810
775
CFE
GE
1977
-619
94-1
119
95-4
83.5
83.9
-
NE
THE
RLA
ND
S N
L -2
BO
RS
SE
LEP
WR
2-lo
ops
KW
U13
6651
548
2 E
PZ
S/K
WU
1969
-719
73-7
1973
-10
84.9
85.7
-
PA
KIS
TAN
PK
-2C
HA
SN
UP
P-1
PW
RC
NP
-300
999
325
300
PA
EC
CN
NC
1993
-820
00-6
2000
-981
.681
.8-
PK
-3C
HA
SN
UP
P-2
PW
RC
NP
-300
999
325
300
PA
EC
CN
NC
2005
-12
2011
-320
11-5
81.4
81.5
- P
K -1
KA
NU
PP
PH
WR
CA
ND
U-1
37 M
W33
710
090
P
AE
CC
GE
1966
-819
71-1
019
72-1
244
.044
.0D
S
RO
MA
NIA
RO
-1C
ER
NA
VO
DA
-1P
HW
RC
AN
DU
621
8070
665
0 S
NN
AE
CL
1982
-719
96-7
1996
-12
94.0
94.5
DH
RO
-2C
ER
NA
VO
DA
-2P
HW
RC
AN
DU
621
8070
565
0 S
NN
AE
CL
1983
-720
07-8
2007
-10
93.4
94.2
DH
RU
SS
IA R
U -9
6B
ALA
KO
VO
-1P
WR
VV
ER
V-3
2030
0010
0095
0 R
EA
RO
SA
TOM
1980
-12
1985
-12
1986
-584
.784
.9D
H, P
H R
U -9
7B
ALA
KO
VO
-2P
WR
VV
ER
V-3
2030
0010
0095
0 R
EA
RO
SA
TOM
1981
-819
87-1
019
88-1
84.6
85.0
DH
, PH
RU
-98
BA
LAK
OV
O-3
PW
RV
VE
R V
-320
3000
1000
950
RE
AR
OS
ATO
M19
82-1
119
88-1
219
89-4
91.3
91.4
DH
, PH
RU
-99
BA
LAK
OV
O-4
PW
RV
VE
R V
-320
3200
1000
950
RE
AR
OS
ATO
M19
84-4
1993
-419
93-1
290
.990
.9D
H, P
H R
U -2
1B
ELO
YA
RS
K-3
FBR
BN
-600
1470
600
560
RE
AR
OS
ATO
M19
69-1
1980
-419
81-1
180
.680
.7D
H, P
H R
U -1
16B
ELO
YA
RS
K-4
FBR
BN
-800
2100
864
789
RE
AR
OS
ATO
M20
06-7
2015
-12
2016
-12
- R
U -1
41B
ILIB
INO
-1LW
GR
EG
P-6
6212
11
RE
AR
OS
ATO
M19
70-1
1974
-119
74-4
83.3
83.3
DH
RU
-142
BIL
IBIN
O-2
LWG
RE
GP
-662
1211
R
EA
RO
SA
TOM
1970
-119
74-1
219
75-2
80.3
80.3
DH
RU
-143
BIL
IBIN
O-3
LWG
RE
GP
-662
1211
R
EA
RO
SA
TOM
1970
-119
75-1
219
76-2
84.4
84.4
DH
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 d
esal
inat
ion,
DH
dis
trict
hea
ting,
PH
pro
cess
hea
ting,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
41
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sR
US
SIA
RU
-144
BIL
IBIN
O-4
LWG
RE
GP
-662
1211
R
EA
RO
SA
TOM
1970
-119
76-1
219
77-1
82.4
82.4
DH
RU
-30
KA
LIN
IN-1
PW
RV
VE
R V
-338
3000
1000
950
RE
AR
OS
ATO
M19
77-2
1984
-519
85-6
80.4
80.4
DH
, PH
RU
-31
KA
LIN
IN-2
PW
RV
VE
R V
-338
3000
1000
950
RE
AR
OS
ATO
M19
82-2
1986
-12
1987
-387
.587
.5D
H, P
H R
U -3
6K
ALI
NIN
-3P
WR
VV
ER
V-3
2032
0010
0095
0 R
EA
RO
SA
TOM
1985
-10
2004
-12
2005
-11
84.7
84.7
PH
RU
-37
KA
LIN
IN-4
PW
RV
VE
R V
-320
3200
1000
950
RE
AR
OS
ATO
M19
86-8
2011
-11
2012
-12
86.0
86.0
- R
U -1
2K
OLA
-1P
WR
VV
ER
V-2
3013
7544
041
1 R
EA
RO
SA
TOM
1970
-519
73-6
1973
-12
83.6
84.0
DH
, PH
RU
-13
KO
LA-2
PW
RV
VE
R V
-230
1375
440
411
RE
AR
OS
ATO
M19
70-5
1974
-12
1975
-284
.584
.7D
H, P
H R
U -3
2K
OLA
-3P
WR
VV
ER
V-2
1313
7544
041
1 R
EA
RO
SA
TOM
1977
-419
81-3
1982
-12
79.1
79.1
DH
, PH
RU
-33
KO
LA-4
PW
RV
VE
R V
-213
1375
440
411
RE
AR
OS
ATO
M19
76-8
1984
-10
1984
-12
81.1
81.1
DH
, PH
RU
-17
KU
RS
K-1
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
72-6
1976
-12
1977
-10
80.2
80.7
DH
, PH
RU
-22
KU
RS
K-2
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
73-1
1979
-119
79-8
67.7
68.1
DH
, PH
RU
-38
KU
RS
K-3
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
78-4
1983
-10
1984
-385
.285
.6D
H, P
H R
U -3
9K
UR
SK
-4LW
GR
RB
MK
-100
032
0010
0092
5 R
EA
RO
SA
TOM
1981
-519
85-1
219
86-2
79.8
80.3
DH
, PH
RU
-15
LEN
ING
RA
D-1
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
70-3
1973
-12
1974
-11
47.1
47.8
DH
, PH
RU
-16
LEN
ING
RA
D-2
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
70-6
1975
-719
76-2
64.8
65.0
DH
, PH
RU
-34
LEN
ING
RA
D-3
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
73-1
219
79-1
219
80-6
87.1
87.3
DH
, PH
RU
-35
LEN
ING
RA
D-4
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
75-2
1981
-219
81-8
86.1
86.2
DH
, PH
RU
-9N
OV
OV
OR
ON
EZH
-3P
WR
VV
ER
V-1
7913
7541
738
5 R
EA
RO
SA
TOM
1967
-719
71-1
219
72-6
84.7
85.4
DH
, PH
RU
-11
NO
VO
VO
RO
NE
ZH-4
PW
RV
VE
R V
-179
1375
417
385
RE
AR
OS
ATO
M19
67-7
1972
-12
1973
-385
.286
.2D
H, P
H R
U -2
0N
OV
OV
OR
ON
EZH
-5P
WR
VV
ER
V-1
8730
0010
0095
0 R
EA
RO
SA
TOM
1974
-319
80-5
1981
-268
.768
.8D
H, P
H R
U -5
9R
OS
TOV
-1P
WR
VV
ER
V-3
2032
0010
0095
0 R
EA
RO
SA
TOM
1981
-920
01-3
2001
-12
87.0
87.0
- R
U -6
2R
OS
TOV
-2P
WR
VV
ER
V-3
2032
0010
0095
0 R
EA
RO
SA
TOM
1983
-520
10-3
2010
-12
89.5
89.7
- R
U -6
3R
OS
TOV
-3P
WR
VV
ER
V-3
2030
0011
0010
11
RE
AR
OS
ATO
M20
09-9
2014
-12
2015
-999
.799
.7-
RU
-23
SM
OLE
NS
K-1
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
75-1
019
82-1
219
83-9
81.1
81.4
DH
, PH
RU
-24
SM
OLE
NS
K-2
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
76-6
1985
-519
85-7
78.0
78.3
DH
, PH
RU
-67
SM
OLE
NS
K-3
LWG
RR
BM
K-1
000
3200
1000
925
RE
AR
OS
ATO
M19
84-5
1990
-119
90-1
083
.383
.3D
H, P
H
SLO
VA
KIA
SK
-13
BO
HU
NIC
E-3
PW
RV
VE
R V
-213
1471
505
471
SE
,plc
SK
OD
A19
76-1
219
84-8
1985
-288
.791
.7D
H, P
H S
K -1
4B
OH
UN
ICE
-4P
WR
VV
ER
V-2
1314
7150
547
1 S
E,p
lcS
KO
DA
1976
-12
1985
-819
85-1
290
.693
.4D
H, P
H S
K -6
MO
CH
OV
CE
-1P
WR
VV
ER
V-2
1314
7147
043
6 S
E,p
lcS
KO
DA
1983
-10
1998
-719
98-1
092
.192
.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
H d
istri
ct h
eatin
g, P
H p
roce
ss h
eatin
g,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
42
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sS
LOV
AK
IA S
K -7
MO
CH
OV
CE
-2P
WR
VV
ER
V-2
1314
7147
043
6 S
E,p
lcS
KO
DA
1983
-10
1999
-12
2000
-491
.492
.5-
SLO
VE
NIA
SI -
1K
RS
KO
PW
RW
(2-lo
op)
1994
727
688
NE
KW
H19
75-3
1981
-10
1983
-191
.391
.7-
SO
UTH
AFR
ICA
ZA
-1K
OE
BE
RG
-1P
WR
CP
127
7597
093
0 E
SK
OM
FRA
M19
76-7
1984
-419
84-7
81.2
81.2
- Z
A -2
KO
EB
ER
G-2
PW
RC
P1
2775
970
930
ES
KO
MFR
AM
1976
-719
85-7
1985
-11
79.2
80.5
-
SP
AIN
ES
-6A
LMA
RA
Z-1
PW
RW
(3-lo
op)
2947
1049
1011
C
NA
TW
H19
73-7
1981
-519
83-9
86.8
88.1
- E
S -7
ALM
AR
AZ-
2P
WR
W (3
-loop
)29
4710
4410
06
CN
AT
WH
1973
-719
83-1
019
84-7
87.3
88.2
- E
S -8
AS
CO
-1P
WR
W (3
-loop
)29
5410
3399
5 A
NA
VW
H19
74-5
1983
-819
84-1
285
.286
.0-
ES
-9A
SC
O-2
PW
RW
(3-lo
op)
2941
1035
997
AN
AV
WH
1975
-319
85-1
019
86-3
85.8
87.2
- E
S -1
0C
OFR
EN
TES
BW
RB
WR
-632
3711
0210
64
IDG
E19
75-9
1984
-10
1985
-388
.589
.9-
ES
-11
TRIL
LO-1
PW
RP
WR
3 lo
ops
3010
1066
1003
C
NA
TK
WU
1979
-819
88-5
1988
-888
.789
.9-
ES
-16
VA
ND
ELL
OS
-2P
WR
W (3
-loop
)29
4110
8710
45
AN
AV
WH
1980
-12
1987
-12
1988
-384
.986
.2-
SW
ED
EN
SE
-9FO
RS
MA
RK
-1B
WR
AB
B-II
I, B
WR
-229
2810
2298
4 F
KA
AB
BA
TOM
1973
-619
80-6
1980
-12
85.2
85.9
- S
E -1
1FO
RS
MA
RK
-2B
WR
AB
B-II
I, B
WR
-232
5311
5811
20
FK
AA
BB
ATO
M19
75-1
1981
-119
81-7
90.0
90.7
- S
E -1
4FO
RS
MA
RK
-3B
WR
AB
B-II
I, B
WR
-333
0012
0311
67
FK
AA
BB
ATO
M19
79-1
1985
-319
85-8
80.8
81.6
- S
E -2
OS
KA
RS
HA
MN
-1B
WR
AB
B-I
1375
492
473
OK
GA
BB
ATO
M19
66-8
1971
-819
72-2
44.1
44.9
- S
E -3
OS
KA
RS
HA
MN
-2B
WR
AB
B-II
1800
661
638
OK
GA
BB
ATO
M19
69-9
1974
-10
1975
-135
.936
.4-
SE
-12
OS
KA
RS
HA
MN
-3B
WR
AB
B-II
I, B
WR
-339
0014
5014
00
OK
GA
BB
ATO
M19
80-5
1985
-319
85-8
74.0
75.6
- S
E -4
RIN
GH
ALS
-1B
WR
AB
B-I
2540
910
881
RA
BA
BB
ATO
M19
69-2
1974
-10
1976
-175
.276
.9-
SE
-5R
ING
HA
LS-2
PW
RW
(3-lo
ops)
2500
847
807
RA
BW
H19
70-1
019
74-8
1975
-544
.145
.1-
SE
-7R
ING
HA
LS-3
PW
RW
(3-lo
ops)
3135
1117
1063
R
AB
WH
1972
-919
80-9
1981
-981
.884
.6-
SE
-10
RIN
GH
ALS
-4P
WR
W (3
-loop
s)33
0011
8111
15
RA
BW
H19
73-1
119
82-6
1983
-11
76.4
78.5
-
SW
ITZE
RLA
ND
CH
-1B
EZN
AU
-1P
WR
W (2
-loop
)11
3038
036
5 A
xpo
AG
WH
1965
-919
69-7
1969
-977
.977
.9D
H C
H -3
BE
ZNA
U-2
PW
RW
(2-lo
op)
1130
380
365
Axp
o A
GW
H19
68-1
1971
-10
1971
-12
84.8
84.9
DH
CH
-4G
OE
SG
EN
PW
RP
WR
3 L
oop
3002
1060
1010
K
KG
KW
U19
73-1
219
79-2
1979
-11
87.9
88.1
PH
CH
-5LE
IBS
TAD
TB
WR
BW
R-6
3600
1275
1220
K
KL
GE
TSC
O19
74-1
1984
-519
84-1
285
.086
.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,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
43
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sS
WIT
ZER
LAN
D C
H -2
MU
EH
LEB
ER
GB
WR
BW
R-4
1097
390
373
BK
WG
ETS
CO
1967
-319
71-7
1972
-11
87.8
87.8
-
UK
GB
-18A
DU
NG
EN
ES
S B
-1G
CR
AG
R15
0061
552
5 E
DF
UK
AP
C19
65-1
019
83-4
1985
-450
.250
.2-
GB
-18B
DU
NG
EN
ES
S B
-2G
CR
AG
R15
0061
552
5 E
DF
UK
AP
C19
65-1
019
85-1
219
89-4
46.1
46.1
- G
B -1
9AH
AR
TLE
PO
OL
A-1
GC
RA
GR
1500
655
595
ED
F U
KN
PC
1968
-10
1983
-819
89-4
67.8
67.8
- G
B -1
9BH
AR
TLE
PO
OL
A-2
GC
RA
GR
1500
655
585
ED
F U
KN
PC
1968
-10
1984
-10
1989
-468
.768
.7-
GB
-20A
HE
YS
HA
M A
-1G
CR
AG
R15
0062
558
0 E
DF
UK
NP
C19
70-1
219
83-7
1989
-457
.257
.2-
GB
-20B
HE
YS
HA
M A
-2G
CR
AG
R15
0062
557
5 E
DF
UK
NP
C19
70-1
219
84-1
019
89-4
64.6
64.6
- G
B -2
2AH
EY
SH
AM
B-1
GC
RA
GR
1550
680
615
ED
F U
KN
PC
1980
-819
88-7
1989
-482
.382
.3-
GB
-22B
HE
YS
HA
M B
-2G
CR
AG
R15
5068
061
5 E
DF
UK
NP
C19
80-8
1988
-11
1989
-489
.589
.5-
GB
-16A
HIN
KLE
Y P
OIN
T B
-1G
CR
AG
R14
9465
548
0 E
DF
UK
TNP
G19
67-9
1976
-10
1978
-10
87.4
87.4
- G
B -1
6BH
INK
LEY
PO
INT
B-2
GC
RA
GR
1494
655
475
ED
F U
KTN
PG
1967
-919
76-2
1976
-984
.884
.8-
GB
-17A
HU
NTE
RS
TON
B-1
GC
RA
GR
1496
644
480
ED
F U
KTN
PG
1967
-11
1976
-219
76-2
85.2
85.6
- G
B -1
7BH
UN
TER
STO
N B
-2G
CR
AG
R14
9664
448
5 E
DF
UK
TNP
G19
67-1
119
77-3
1977
-383
.783
.8-
GB
-24
SIZ
EW
ELL
BP
WR
SN
UP
PS
3425
1250
1198
E
DF
UK
PP
C19
88-7
1995
-219
95-9
87.8
87.8
- G
B -2
3ATO
RN
ES
S-1
GC
RA
GR
1623
682
590
ED
F U
KN
NC
1980
-819
88-5
1988
-587
.988
.9-
GB
-23B
TOR
NE
SS
-2G
CR
AG
R16
2368
259
5 E
DF
UK
NN
C19
80-8
1989
-219
89-2
81.2
82.1
-
UK
RA
INE
UA
-40
KH
ME
LNIT
SK
I-1P
WR
VV
ER
V-3
2030
0010
0095
0 N
NE
GC
PA
IP19
81-1
119
87-1
219
88-8
76.9
77.6
DH
UA
-41
KH
ME
LNIT
SK
I-2P
WR
VV
ER
V-3
2030
0010
0095
0 N
NE
GC
PA
IP19
85-2
2004
-820
05-1
280
.182
.0D
H U
A -2
7R
OV
NO
-1P
WR
VV
ER
V-2
1313
7542
038
1 N
NE
GC
PA
IP19
73-8
1980
-12
1981
-985
.385
.9D
H U
A -2
8R
OV
NO
-2P
WR
VV
ER
V-2
1313
7541
537
6 N
NE
GC
PA
IP19
73-1
019
81-1
219
82-7
82.0
82.7
DH
UA
-29
RO
VN
O-3
PW
RV
VE
R V
-320
3000
1000
950
NN
EG
CP
AIP
1980
-219
86-1
219
87-5
74.6
76.3
DH
UA
-69
RO
VN
O-4
PW
RV
VE
R V
-320
3000
1000
950
NN
EG
CP
AA
1986
-820
04-1
020
06-4
80.7
82.8
DH
UA
-44
SO
UTH
UK
RA
INE
-1P
WR
VV
ER
V-3
0230
0010
0095
0 N
NE
GC
PA
A19
76-8
1982
-12
1983
-12
62.4
67.6
DH
UA
-45
SO
UTH
UK
RA
INE
-2P
WR
VV
ER
V-3
3830
0010
0095
0 N
NE
GC
PA
A19
81-7
1985
-119
85-4
65.5
68.5
DH
UA
-48
SO
UTH
UK
RA
INE
-3P
WR
VV
ER
V-3
2030
0010
0095
0 N
NE
GC
PA
A19
84-1
119
89-9
1989
-12
67.0
72.5
DH
UA
-54
ZAP
OR
OZH
YE
-1P
WR
VV
ER
V-3
2030
0010
0095
0 N
NE
GC
PA
IP19
80-4
1984
-12
1985
-12
75.6
77.5
DH
UA
-56
ZAP
OR
OZH
YE
-2P
WR
VV
ER
V-3
2030
0010
0095
0 N
NE
GC
PA
IP19
81-1
1985
-719
86-2
76.8
79.4
DH
UA
-78
ZAP
OR
OZH
YE
-3P
WR
VV
ER
V-3
2030
0010
0095
0 N
NE
GC
PA
IP19
82-4
1986
-12
1987
-380
.582
.6D
H
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,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
44
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sU
KR
AIN
E U
A -7
9ZA
PO
RO
ZHY
E-4
PW
RV
VE
R V
-320
3000
1000
950
NN
EG
CP
AIP
1983
-419
87-1
219
88-4
78.3
79.8
DH
UA
-126
ZAP
OR
OZH
YE
-5P
WR
VV
ER
V-3
2030
0010
0095
0 N
NE
GC
PA
IP19
85-1
119
89-8
1989
-10
80.1
83.2
DH
UA
-127
ZAP
OR
OZH
YE
-6P
WR
VV
ER
V-3
2030
0010
0095
0 N
NE
GC
PA
IP19
86-6
1995
-10
1996
-980
.182
.1D
H
US
A U
S -3
13A
NO
-1P
WR
B&
W (L
-loop
) D25
6890
383
6 E
NTE
RG
YB
&W
1968
-10
1974
-819
74-1
288
.288
.2-
US
-368
AN
O-2
PW
RC
E (2
-loop
) DR
3026
1065
993
EN
TER
GY
CE
1968
-12
1978
-12
1980
-388
.488
.4-
US
-334
BE
AV
ER
VA
LLE
Y-1
PW
RW
(3-lo
op)
2900
959
921
FE
NO
CW
H19
70-6
1976
-619
76-1
092
.792
.7-
US
-412
BE
AV
ER
VA
LLE
Y-2
PW
RW
(3-lo
op)
2900
958
904
FE
NO
CW
H19
74-5
1987
-819
87-1
191
.591
.5-
US
-456
BR
AID
WO
OD
-1P
WR
W (4
-loop
)36
4512
7011
94
EXE
LON
WH
1975
-819
87-7
1988
-795
.995
.9-
US
-457
BR
AID
WO
OD
-2P
WR
W (4
-loop
) DR
Y36
4512
3011
60
EXE
LON
WH
1975
-819
88-5
1988
-10
94.8
94.8
- U
S -2
59B
RO
WN
S F
ER
RY
-1B
WR
BW
R-4
(Mar
k 1)
3458
1155
1101
T
VA
GE
1967
-519
73-1
019
74-8
93.2
94.5
- U
S -2
60B
RO
WN
S F
ER
RY
-2B
WR
BW
R-4
(Mar
k 1)
3458
1155
1104
T
VA
GE
1967
-519
74-8
1975
-391
.192
.6-
US
-296
BR
OW
NS
FE
RR
Y-3
BW
RB
WR
-4 (M
ark
1)34
5811
5511
05
TV
AG
E19
68-7
1976
-919
77-3
92.0
93.8
- U
S -3
25B
RU
NS
WIC
K-1
BW
RB
WR
-4 (M
ark
1)29
2399
093
8 P
RO
GR
ES
SG
E19
70-2
1976
-12
1977
-392
.092
.0-
US
-324
BR
UN
SW
ICK
-2B
WR
BW
R-4
(Mar
k 1)
2923
960
920
PR
OG
RE
SS
GE
1970
-219
75-4
1975
-11
89.4
89.4
- U
S -4
54B
YR
ON
-1P
WR
W (4
-loop
) (D
R36
4512
4211
64
EXE
LON
WH
1975
-419
85-3
1985
-993
.593
.9-
US
-455
BY
RO
N-2
PW
RW
(4-L
oop)
(DR
3645
1210
1136
E
XELO
NW
H19
75-4
1987
-219
87-8
95.2
95.2
- U
S -4
83C
ALL
AW
AY
-1P
WR
W (4
-loop
) DR
Y35
6512
7512
15
Am
eren
UE
WH
1975
-919
84-1
019
84-1
291
.091
.0-
US
-317
CA
LVE
RT
CLI
FFS
-1P
WR
CE
(2-lo
op) D
R27
3791
886
6 E
XELO
NC
E19
68-6
1975
-119
75-5
93.5
93.8
- U
S -3
18C
ALV
ER
T C
LIFF
S-2
PW
RC
E (2
-loop
) DR
2737
911
850
EXE
LON
CE
1968
-619
76-1
219
77-4
93.7
93.8
- U
S -4
13C
ATA
WB
A-1
PW
RW
(4-lo
op) (
IC34
1111
8811
46
DU
KE
EN
ER
WH
1974
-519
85-1
1985
-690
.590
.5-
US
-414
CA
TAW
BA
-2P
WR
W (4
-loop
) (IC
3411
1188
1146
D
UK
EE
NE
RW
H19
74-5
1986
-519
86-8
93.9
93.9
- U
S -4
61C
LIN
TON
-1B
WR
BW
R-6
(Mar
k 3)
3473
1098
1065
E
XELO
NG
E19
75-1
019
87-4
1987
-11
95.0
95.0
- U
S -3
97C
OLU
MB
IAB
WR
BW
R-5
(Mar
k 2)
3486
1190
1107
E
NE
RG
YN
WG
E19
72-8
1984
-519
84-1
284
.384
.5-
US
-445
CO
MA
NC
HE
PE
AK
-1P
WR
W (4
-loop
) DR
Y36
1212
5912
18
LU
MIN
AN
TW
H19
74-1
219
90-4
1990
-893
.593
.5-
US
-446
CO
MA
NC
HE
PE
AK
-2P
WR
W (4
-loop
) DR
Y36
1212
5012
07
LU
MIN
AN
TW
H19
74-1
219
93-4
1993
-892
.992
.9-
US
-315
CO
OK
-1P
WR
W (4
-loop
) IC
E33
0411
0010
45
AE
PW
H19
69-3
1975
-219
75-8
89.8
89.8
- U
S -3
16C
OO
K-2
PW
RW
(4-lo
op) I
CE
3468
1151
1107
A
EP
WH
1969
-319
78-3
1978
-793
.093
.0-
US
-298
CO
OP
ER
BW
RB
WR
-4 (M
ark
1)24
1980
176
8 E
NTE
RG
YG
E19
68-6
1974
-519
74-7
91.7
91.7
- U
S -3
46D
AV
IS B
ES
SE
-1P
WR
B&
W (R
-loop
)28
1792
589
4 F
EN
OC
B&
W19
70-9
1977
-819
78-7
87.8
87.8
-
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
H d
istri
ct h
eatin
g,
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
45
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sU
SA
US
-275
DIA
BLO
CA
NY
ON
-1P
WR
W (4
-loop
)34
1111
9711
38
PG
&E
WH
1968
-419
84-1
119
85-5
92.0
92.0
- U
S -3
23D
IAB
LO C
AN
YO
N-2
PW
RW
(4-lo
op)
3411
1197
1118
P
G&
EW
H19
70-1
219
85-1
019
86-3
92.2
92.3
- U
S -2
37D
RE
SD
EN
-2B
WR
BW
R-3
(Mar
k 1)
2957
950
894
EXE
LON
GE
1966
-119
70-4
1970
-694
.794
.7-
US
-249
DR
ES
DE
N-3
BW
RB
WR
-3 (M
ark
1)29
5793
587
9 E
XELO
NG
E19
66-1
019
71-7
1971
-11
97.1
97.1
- U
S -3
31D
UA
NE
AR
NO
LD-1
BW
RB
WR
-4 (M
ark
1)19
1262
460
1 N
EXT
ER
AG
E19
70-6
1974
-519
75-2
93.6
93.6
- U
S -3
48FA
RLE
Y-1
PW
RW
(3-lo
op)
2775
918
874
SO
UTH
ER
NW
H19
70-1
019
77-8
1977
-12
94.0
94.0
- U
S -3
64FA
RLE
Y-2
PW
RW
(3-lo
op) D
RY
2775
928
883
SO
UTH
ER
NW
H19
70-1
019
81-5
1981
-793
.893
.8-
US
-341
FER
MI-2
BW
RB
WR
-4 (M
ark
1)34
8611
9811
22
DTE
DIS
ON
GE
1972
-919
86-9
1988
-182
.082
.0-
US
-333
FITZ
PA
TRIC
KB
WR
BW
R-4
(Mar
k 1)
2536
849
813
EN
TER
GY
GE
1968
-919
75-2
1975
-794
.294
.2-
US
-285
FOR
T C
ALH
OU
N-1
PW
RC
E (2
-loop
)15
0051
248
2 O
PP
DC
E19
68-6
1973
-819
73-9
41.6
41.6
- U
S -2
44G
INN
AP
WR
W (2
-loop
)17
7560
858
0 E
XELO
NW
H19
66-4
1969
-12
1970
-792
.992
.9-
US
-416
GR
AN
D G
ULF
-1B
WR
BW
R-6
(Mar
k 3)
4408
1500
1419
E
NTE
RG
YG
E19
74-5
1984
-10
1985
-788
.988
.9-
US
-400
HA
RR
IS-1
PW
RW
(3-lo
op) D
RY
2900
960
928
PR
OG
RE
SS
WH
1978
-119
87-1
1987
-591
.391
.3-
US
-321
HA
TCH
-1B
WR
BW
R-4
(Mar
k 1)
2804
911
876
SO
UTH
ER
NG
E19
68-9
1974
-11
1975
-12
94.6
94.6
- U
S -3
66H
ATC
H-2
BW
RB
WR
-4 (M
ark
1)28
0492
188
3 S
OU
THE
RN
GE
1972
-219
78-9
1979
-992
.492
.4-
US
-354
HO
PE
CR
EE
K-1
BW
RB
WR
-4 (M
ark
1)38
4012
4011
72
PS
EG
GE
1976
-319
86-8
1986
-12
93.8
93.8
- U
S -2
47IN
DIA
N P
OIN
T-2
PW
RW
(4-lo
op) D
RY
3216
1067
1020
E
NTE
RG
YW
H19
66-1
019
73-6
1974
-896
.096
.0-
US
-286
IND
IAN
PO
INT-
3P
WR
W (4
-loop
) DR
Y32
1610
8510
40
EN
TER
GY
WH
1968
-11
1976
-419
76-8
93.0
93.1
- U
S -3
73LA
SA
LLE
-1B
WR
BW
R-5
(Mar
k 2)
3546
1207
1137
E
XELO
NG
E19
73-9
1982
-919
84-1
96.7
96.7
- U
S -3
74LA
SA
LLE
-2B
WR
BW
R-5
(Mar
k 2)
3546
1207
1140
E
XELO
NG
E19
73-9
1984
-419
84-1
094
.494
.4-
US
-352
LIM
ER
ICK
-1B
WR
BW
R-4
(Mar
k 2)
3515
1194
1130
E
XELO
NG
E19
74-6
1985
-419
86-2
94.7
94.7
- U
S -3
53LI
ME
RIC
K-2
BW
RB
WR
-4 (M
ark
2)35
1511
9411
34
EXE
LON
GE
1974
-619
89-9
1990
-193
.793
.7-
US
-369
MC
GU
IRE
-1P
WR
W (4
-loop
) IC
E34
1112
1511
60
DU
KE
EN
ER
WH
1971
-419
81-9
1981
-12
92.0
92.0
- U
S -3
70M
CG
UIR
E-2
PW
RW
(4-lo
op) (
IC34
1112
1511
58
DU
KE
EN
ER
WH
1971
-419
83-5
1984
-390
.190
.1-
US
-336
MIL
LSTO
NE
-2P
WR
CO
MB
CE
DR
YA
MB
2700
918
869
DO
MIN
ION
CE
1969
-11
1975
-11
1975
-12
89.4
89.4
- U
S -4
23M
ILLS
TON
E-3
PW
RW
(4-lo
op) D
RY
3650
1280
1229
D
OM
INIO
NW
H19
74-8
1986
-219
86-4
93.3
93.3
- U
S -2
63M
ON
TIC
ELL
OB
WR
BW
R-3
2004
691
647
NS
PG
E19
67-6
1971
-319
71-6
81.9
81.9
- U
S -2
20N
INE
MIL
E P
OIN
T-1
BW
RB
WR
-2 (M
ark
1)18
5064
261
3 E
XELO
NG
E19
65-4
1969
-11
1969
-12
92.1
92.1
- U
S -4
10N
INE
MIL
E P
OIN
T-2
BW
RB
WR
-5 (M
ark
2)39
8813
2012
77
EXE
LON
GE
1975
-819
87-8
1988
-392
.992
.9-
US
-338
NO
RTH
AN
NA
-1P
WR
W (3
-loop
)29
4099
094
8 D
OM
INIO
NW
H19
71-2
1978
-419
78-6
88.9
93.4
-
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
46
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sU
SA
US
-339
NO
RTH
AN
NA
-2P
WR
W (3
-loop
)29
4010
1194
3 D
OM
INIO
NW
H19
71-2
1980
-819
80-1
289
.894
.8-
US
-269
OC
ON
EE
-1P
WR
B&
W (L
-loop
)25
6889
184
6 D
UK
EE
NE
RB
&W
1967
-11
1973
-519
73-7
90.6
90.6
- U
S -2
70O
CO
NE
E-2
PW
RB
&W
(L-lo
op)
2568
891
848
DU
KE
EN
ER
B&
W19
67-1
119
73-1
219
74-9
93.8
93.8
- U
S -2
87O
CO
NE
E-3
PW
RB
&W
(L-lo
op)
2568
900
859
DU
KE
EN
ER
B&
W19
67-1
119
74-9
1974
-12
95.0
95.0
- U
S -2
19O
YS
TER
CR
EE
KB
WR
BW
R-2
(Mar
k 1)
1930
652
619
EXE
LON
GE
1964
-12
1969
-919
69-1
293
.593
.6-
US
-255
PA
LIS
AD
ES
PW
RC
E (2
-loop
) DR
2565
850
805
EN
TER
GY
CE
1967
-319
71-1
219
71-1
286
.686
.6-
US
-528
PA
LO V
ER
DE
-1P
WR
CE
(2-lo
op) D
R39
9014
1413
11
AP
SC
E19
76-5
1985
-619
86-1
93.4
93.4
- U
S -5
29P
ALO
VE
RD
E-2
PW
RC
OM
B C
E80
DR
YA
3990
1414
1314
A
PS
CE
1976
-619
86-5
1986
-991
.691
.6-
US
-530
PA
LO V
ER
DE
-3P
WR
CO
MB
CE
80 D
RY
A39
9014
1413
12
AP
SC
E19
76-6
1987
-11
1988
-193
.093
.0-
US
-277
PE
AC
H B
OTT
OM
-2B
WR
BW
R-4
(Mar
k 1)
3951
1412
1308
E
XELO
NG
E19
68-1
1974
-219
74-7
95.3
95.3
- U
S -2
78P
EA
CH
BO
TTO
M-3
BW
RB
WR
-4 (M
ark
1)39
5114
1213
08
EXE
LON
GE
1968
-119
74-9
1974
-12
93.9
93.9
- U
S -4
40P
ER
RY
-1B
WR
BW
R-6
(Mar
k 3)
3758
1303
1256
F
EN
OC
GE
1974
-10
1986
-12
1987
-11
88.7
88.7
- U
S -2
93P
ILG
RIM
-1B
WR
BW
R-3
(Mar
k 1)
2028
711
677
EN
TER
GY
GE
1968
-819
72-7
1972
-12
90.6
91.4
- U
S -2
66P
OIN
T B
EA
CH
-1P
WR
W (2
-loop
) DR
Y18
0064
059
1 N
EXT
ER
AW
H19
67-7
1970
-11
1970
-12
92.3
92.3
- U
S -3
01P
OIN
T B
EA
CH
-2P
WR
W (2
-loop
) DR
Y18
0064
059
1 N
EXT
ER
AW
H19
68-7
1972
-819
72-1
089
.389
.3-
US
-282
PR
AIR
IE IS
LAN
D-1
PW
RW
(2-lo
op) D
RY
1677
566
522
NS
PW
H19
68-6
1973
-12
1973
-12
87.1
87.1
- U
S -3
06P
RA
IRIE
ISLA
ND
-2P
WR
W (2
-loop
) DR
Y16
7756
051
8 N
SP
WH
1969
-619
74-1
219
74-1
282
.682
.6-
US
-254
QU
AD
CIT
IES
-1B
WR
BW
R-3
(Mar
k 1)
2957
940
908
EXE
LON
GE
1967
-219
72-4
1973
-295
.295
.2-
US
-265
QU
AD
CIT
IES
-2B
WR
BW
R-3
(Mar
k 1)
2957
940
911
EXE
LON
GE
1967
-219
72-5
1973
-396
.196
.1-
US
-458
RIV
ER
BE
ND
-1B
WR
BW
R-6
(Mar
k 3)
3091
1016
967
EN
TER
GY
GE
1977
-319
85-1
219
86-6
91.6
91.6
- U
S -2
61R
OB
INS
ON
-2P
WR
W (3
-loop
) DR
Y23
3978
074
1 P
RO
GR
ES
SW
H19
67-4
1970
-919
71-3
88.3
88.3
- U
S -2
72S
ALE
M-1
PW
RW
(4-lo
op) D
RY
3459
1254
1169
P
SE
GW
H19
68-9
1976
-12
1977
-691
.992
.2-
US
-311
SA
LEM
-2P
WR
W (4
-loop
) DR
Y34
5912
0011
58
PS
EG
WH
1968
-919
81-6
1981
-10
88.2
88.2
- U
S -4
43S
EA
BR
OO
K-1
PW
RW
(4-lo
op) D
RY
3648
1296
1246
N
EXT
ER
AW
H19
76-7
1990
-519
90-8
89.7
89.7
- U
S -3
27S
EQ
UO
YA
H-1
PW
RW
(4-lo
op) I
CE
3455
1221
1152
T
VA
WH
1970
-519
80-7
1981
-792
.092
.0-
US
-328
SE
QU
OY
AH
-2P
WR
W (4
-loop
) (IC
3455
1200
1125
T
VA
WH
1970
-519
81-1
219
82-6
89.3
89.3
- U
S -4
98S
OU
TH T
EXA
S-1
PW
RW
(4-lo
op)
3853
1354
1280
S
TPW
H19
75-1
219
88-3
1988
-886
.986
.9-
US
-499
SO
UTH
TE
XAS
-2P
WR
W (4
-loop
) DR
Y38
5313
5412
80
STP
WH
1975
-12
1989
-419
89-6
80.7
80.7
- U
S -3
35S
T. L
UC
IE-1
PW
RC
OM
B C
E D
RY
AM
B30
2010
4598
2 F
PL
CE
1970
-719
76-5
1976
-12
85.9
85.9
- U
S -3
89S
T. L
UC
IE-2
PW
RC
OM
B C
E D
RY
AM
B30
2010
5098
7 F
PL
CE
1977
-619
83-6
1983
-880
.180
.3-
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
47
EAF
%U
CF
%N
on-
2011
-20
11-
elec
trica
l C
ode
Nam
eTh
erm
alG
ross
Net
20
1520
15ap
plic
sU
SA
US
-395
SU
MM
ER
-1P
WR
W (3
-loop
) DR
Y29
0010
0697
1 S
CE
&G
WH
1973
-319
82-1
119
84-1
86.6
86.6
- U
S -2
80S
UR
RY
-1P
WR
W (3
-loop
) DR
Y25
8789
083
8 D
OM
INIO
NW
H19
68-6
1972
-719
72-1
291
.491
.8-
US
-281
SU
RR
Y-2
PW
RW
(3-lo
op) D
RY
2587
890
838
DO
MIN
ION
WH
1968
-619
73-3
1973
-588
.488
.4-
US
-387
SU
SQ
UE
HA
NN
A-1
BW
RB
WR
-4 (M
ark
2)39
5213
3012
57
PP
L_S
US
QG
E19
73-1
119
82-1
119
83-6
86.1
86.1
- U
S -3
88S
US
QU
EH
AN
NA
-2B
WR
BW
R-4
(Mar
k 2)
3952
1330
1257
P
PL_
SU
SQ
GE
1973
-11
1984
-719
85-2
84.4
84.4
- U
S -2
89TH
RE
E M
ILE
ISLA
ND
-1P
WR
B&
W (L
-loop
)25
6888
081
9 E
XELO
NB
&W
1968
-519
74-6
1974
-994
.294
.2-
US
-250
TUR
KE
Y P
OIN
T-3
PW
RW
(3-lo
op) D
RY
2644
829
802
FP
LW
H19
67-4
1972
-11
1972
-12
82.1
82.1
- U
S -2
51TU
RK
EY
PO
INT-
4P
WR
W (3
-loop
) DR
Y26
4482
980
2 F
PL
WH
1967
-419
73-6
1973
-985
.885
.8-
US
-424
VO
GTL
E-1
PW
RW
(4-lo
op) D
RY
3626
1229
1150
S
OU
THE
RN
WH
1976
-819
87-3
1987
-692
.192
.1-
US
-425
VO
GTL
E-2
PW
RW
(4-lo
op) D
RY
3626
1229
1152
S
OU
THE
RN
WH
1976
-819
89-4
1989
-594
.494
.4-
US
-382
WA
TER
FOR
D-3
PW
RC
E (2
-loop
)37
1612
5011
68
EN
TER
GY
CE
1974
-11
1985
-319
85-9
87.1
87.4
- U
S -3
90W
ATT
S B
AR
-1P
WR
W (4
-loop
) (IC
3459
1210
1123
T
VA
WH
1973
-719
96-2
1996
-589
.189
.2-
US
-482
WO
LF C
RE
EK
PW
RW
(4-lo
op)
3565
1285
1200
W
CN
OC
WH
1977
-519
85-6
1985
-977
.577
.5-
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
015,
441
reac
tors
(382
855
MW
) wer
e co
nnec
ted
to th
e gr
id, i
nclu
ding
6 u
nits
(505
2 M
W) i
n Ta
iwan
, Chi
na.
TAIW
AN
, CN
TW
-1C
HIN
SH
AN
-1B
WR
BW
R-4
1840
636
604
TP
CG
E19
72-6
1977
-11
1978
-12
84.1
84.2
-TA
IWA
N, C
N T
W -2
CH
INS
HA
N-2
BW
RB
WR
-418
4063
660
4 T
PC
GE
1973
-12
1978
-12
1979
-790
.590
.7-
TAIW
AN
, CN
TW
-3K
UO
SH
EN
G-1
BW
RB
WR
-628
9410
2098
5 T
PC
GE
1975
-11
1981
-519
81-1
289
.490
.1-
TAIW
AN
, CN
TW
-4K
UO
SH
EN
G-2
BW
RB
WR
-628
9410
2098
5 T
PC
GE
1976
-319
82-6
1983
-393
.694
.1-
TAIW
AN
, CN
TW
-5M
AA
NS
HA
N-1
PW
RW
E 3
12 (3
loop
2822
951
936
TP
CW
H19
78-8
1984
-519
84-7
92.0
92.1
-TA
IWA
N, C
N T
W -6
MA
AN
SH
AN
-2P
WR
WE
312
(3 lo
op28
2295
193
8 T
PC
WH
1979
-219
85-2
1985
-587
.087
.2-
TAB
LE 1
4. O
PER
ATIO
NAL
REA
CTO
RS,
31
DEC
. 201
5 —
con
tinue
d
Cou
ntry
Rea
ctor
Type
Mod
elC
apac
ity (M
W)
Ope
rato
rN
SSS
supp
lier
Con
stru
ctio
nst
art
Grid
conn
ectio
nC
omm
erci
alop
erat
ion
Cod
eN
ame
Ther
mal
Gro
ssN
et
JA
PA
N J
P -3
1M
ON
JU F
BR
-71
428
024
6 J
AE
AT/
H/F
/M19
86-5
1995
-8—
1995
-12
SP
AIN
ES
-2S
AN
TA M
AR
IA D
E G
AR
ON
AB
WR
BW
R-3
1381
466
446
NU
CLE
NO
RG
E19
66-9
1971
-319
71-5
2013
-7
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
015,
2 re
acto
rs (6
92 M
W) w
ere
in lo
ng te
rm s
hutd
own.
TAB
LE 1
5. R
EAC
TOR
S IN
LO
NG
TER
M S
HU
TDO
WN
, 31
DEC
. 201
5
Ope
rato
rLo
ng te
rm
shut
dow
n da
te
NSS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
nC
ount
ryR
eact
orTy
peM
odel
Cap
acity
(MW
)
48
Cod
eN
ame
Ther
mal
Gro
ssN
et
AR
ME
NIA
AM
-18
AR
ME
NIA
N-1
PW
R13
7540
837
6 A
NP
PC
JSC
FAE
A19
69-7
1976
-12
1977
-10
1989
-2
BE
LGIU
M B
E -1
BR
-3 P
WR
4112
10
CE
N/S
CK
WH
1957
-11
1962
-10
1962
-10
1987
-6
BU
LGA
RIA
BG
-1K
OZL
OD
UY
-1 P
WR
1375
440
408
KO
ZNP
PA
EE
1970
-419
74-7
1974
-10
2002
-12
BG
-2K
OZL
OD
UY
-2 P
WR
1375
440
408
KO
ZNP
PA
EE
1970
-419
75-8
1975
-11
2002
-12
BG
-3K
OZL
OD
UY
-3 P
WR
1375
440
408
KO
ZNP
PA
EE
1973
-10
1980
-12
1981
-120
06-1
2 B
G -4
KO
ZLO
DU
Y-4
PW
R13
7544
040
8 K
OZN
PP
AE
E19
73-1
019
82-5
1982
-620
06-1
2
CA
NA
DA
CA
-2D
OU
GLA
S P
OIN
T P
HW
R70
421
820
6 O
HA
EC
L19
60-2
1967
-119
68-9
1984
-5 C
A -3
GE
NTI
LLY
-1 H
WLW
R79
226
625
0 H
QA
EC
L19
66-9
1971
-419
72-5
1977
-6 C
A -1
2G
EN
TILL
Y-2
PH
WR
2156
675
635
HQ
AE
CL
1974
-419
82-1
219
83-1
020
12-1
2 C
A -5
PIC
KE
RIN
G-2
PH
WR
1744
542
515
OP
GO
H/A
EC
L19
66-9
1971
-10
1971
-12
2007
-5 C
A -6
PIC
KE
RIN
G-3
PH
WR
1744
542
515
OP
GO
H/A
EC
L19
67-1
219
72-5
1972
-620
08-1
0 C
A -1
RO
LPH
TON
NP
D P
HW
R92
2522
O
HC
GE
1958
-119
62-6
1962
-10
1987
-8
FR
AN
CE
FR
-9B
UG
EY
-1 G
CR
1954
555
540
ED
FFR
AM
1965
-12
1972
-419
72-7
1994
-5 F
R -2
CH
INO
N A
-1 G
CR
300
8070
E
DF
LEV
IVIE
R19
57-2
1963
-619
64-2
1973
-4 F
R -3
CH
INO
N A
-2 G
CR
800
230
180
ED
FLE
VIV
IER
1959
-819
65-2
1965
-219
85-6
FR
-4C
HIN
ON
A-3
GC
R11
7048
036
0 E
DF
GTM
1961
-319
66-8
1966
-819
90-6
FR
-5C
HO
OZ-
A (A
RD
EN
NE
S)
PW
R10
4032
030
5 S
EN
AA
/F/W
1962
-119
67-4
1967
-419
91-1
0 F
R -6
EL-
4 (M
ON
TS D
'AR
RE
E)
HW
GC
R25
075
70
ED
FG
AA
A19
62-7
1967
-719
68-6
1985
-7 F
R -1
BG
-2 (M
AR
CO
ULE
) G
CR
260
4339
C
OG
EM
AS
AC
M19
55-3
1959
-419
59-4
1980
-2 F
R -1
G-3
(MA
RC
OU
LE)
GC
R26
043
40
CO
GE
MA
SA
CM
1956
-319
60-4
1960
-419
84-6
FR
-10
PH
EN
IX F
BR
345
142
130
CE
A/E
DF
CN
CLN
EY
1968
-11
1973
-12
1974
-720
10-2
FR
-7S
T. L
AU
RE
NT
A-1
GC
R16
5050
039
0 E
DF
FRA
M19
63-1
019
69-3
1969
-619
90-4
FR
-8S
T. L
AU
RE
NT
A-2
GC
R14
7553
046
5 E
DF
FRA
M19
66-1
1971
-819
71-1
119
92-5
FR
-24
SU
PE
R-P
HE
NIX
FB
R30
0012
4212
00
ED
FA
SP
ALD
O19
76-1
219
86-1
1986
-12
1998
-12
GE
RM
AN
Y D
E -4
AV
R J
UE
LIC
H H
TGR
4615
13
AV
RB
BK
1961
-819
67-1
219
69-5
1988
-12
DE
-12
BIB
LIS
-A P
WR
3517
1225
1167
R
WE
KW
U19
70-1
1974
-819
75-2
2011
-8
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
015
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
)Sh
ut d
own
Ope
rato
rC
omm
erci
alop
erat
ion
NSS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
49
Cod
eN
ame
Ther
mal
Gro
ssN
et
GE
RM
AN
Y D
E -1
8B
IBLI
S-B
PW
R37
3313
0012
40
RW
EK
WU
1972
-219
76-4
1977
-120
11-8
DE
-13
BR
UN
SB
UE
TTE
L B
WR
2292
806
771
KK
BK
WU
1970
-419
76-7
1977
-220
11-8
DE
-23
GR
AFE
NR
HE
INFE
LD P
WR
3765
1345
1275
E
.ON
KW
U19
75-1
1981
-12
1982
-620
15-6
DE
-502
GR
EIF
SW
ALD
-1 P
WR
1375
440
408
EW
NA
tEE
1970
-319
73-1
219
74-7
1990
-2 D
E -5
03G
RE
IFS
WA
LD-2
PW
R13
7544
040
8 E
WN
AtE
E19
70-3
1974
-12
1975
-419
90-2
DE
-504
GR
EIF
SW
ALD
-3 P
WR
1375
440
408
EW
NA
tEE
1972
-419
77-1
019
78-5
1990
-2 D
E -5
05G
RE
IFS
WA
LD-4
PW
R13
7544
040
8 E
WN
AtE
E19
72-4
1979
-919
79-1
119
90-7
DE
-506
GR
EIF
SW
ALD
-5 P
WR
1375
440
408
EW
NA
tEE
1976
-12
1989
-419
89-1
119
89-1
1 D
E -3
GU
ND
RE
MM
ING
EN
-A B
WR
801
250
237
KG
BA
EG
,GE
1962
-12
1966
-12
1967
-419
77-1
DE
-7H
DR
GR
OS
SW
ELZ
HE
IM B
WR
100
2725
H
DR
AE
G,K
WU
1965
-119
69-1
019
70-8
1971
-4 D
E -1
6IS
AR
-1 B
WR
2575
912
878
E.O
NK
WU
1972
-519
77-1
219
79-3
2011
-8 D
E -8
KN
K II
FB
R58
2117
K
BG
IA19
74-9
1978
-419
79-3
1991
-8 D
E -2
0K
RU
EM
ME
L B
WR
3690
1402
1346
K
KK
KW
U19
74-4
1983
-919
84-3
2011
-8 D
E -6
LIN
GE
N B
WR
520
268
183
KW
LA
EG
1964
-10
1968
-719
68-1
019
77-1
DE
-22
MU
ELH
EIM
-KA
ER
LIC
H P
WR
3760
1302
1219
K
GG
BB
R19
75-1
1986
-319
87-8
1988
-9 D
E -2
MZF
R P
HW
R20
057
52
KB
GS
IEM
EN
S19
61-1
219
66-3
1966
-12
1984
-5 D
E -1
5N
EC
KA
RW
ES
THE
IM-1
PW
R24
9784
078
5 E
nKK
KW
U19
72-2
1976
-619
76-1
220
11-8
DE
-11
NIE
DE
RA
ICH
BA
CH
HW
GC
R32
110
610
0 K
KN
SIE
M,K
WU
1966
-619
73-1
1973
-119
74-7
DE
-5O
BR
IGH
EIM
PW
R10
5035
734
0 E
nBW
SIE
M,K
WU
1965
-319
68-1
019
69-3
2005
-5 D
E -1
4P
HIL
IPP
SB
UR
G-1
BW
R25
7592
689
0 E
nKK
KW
U19
70-1
019
79-5
1980
-320
11-8
DE
-501
RH
EIN
SB
ER
G P
WR
265
7062
E
WN
AtE
E19
60-1
1966
-519
66-1
019
90-6
DE
-10
STA
DE
PW
R19
0067
264
0 E
.ON
KW
U19
67-1
219
72-1
1972
-520
03-1
1 D
E -1
9TH
TR-3
00 H
TGR
760
308
296
HK
GH
RB
1971
-519
85-1
119
87-6
1988
-9 D
E -1
7U
NTE
RW
ES
ER
PW
R39
0014
1013
45
E.O
NK
WU
1972
-719
78-9
1979
-920
11-8
DE
-1V
AK
KA
HL
BW
R60
1615
V
AK
GE
,AE
G19
58-7
1961
-619
62-2
1985
-11
DE
-9W
UE
RG
AS
SE
N B
WR
1912
670
640
PE
AE
G,K
WU
1968
-119
71-1
219
75-1
119
94-8
ITA
LY IT
-4C
AO
RS
O B
WR
2651
882
860
SO
GIN
AM
N/G
ETS
1970
-119
78-5
1981
-12
1990
-7 IT
-3E
NR
ICO
FE
RM
I P
WR
870
270
260
SO
GIN
EL/
WE
ST
1961
-719
64-1
019
65-1
1990
-7 IT
-2G
AR
IGLI
AN
O B
WR
506
160
150
SO
GIN
GE
1959
-11
1964
-119
64-6
1982
-3 IT
-1LA
TIN
A G
CR
660
160
153
SO
GIN
TNP
G19
58-1
119
63-5
1964
-119
87-1
2
JA
PA
N J
P -2
0FU
GE
N A
TR H
WLW
R55
716
514
8 J
AE
AH
ITA
CH
I19
72-5
1978
-719
79-3
2003
-3
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NSS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
nSh
ut d
own
50
Cod
eN
ame
Ther
mal
Gro
ssN
et
JA
PA
N J
P -5
FUK
US
HIM
A-D
AIIC
HI-1
BW
R13
8046
043
9 T
EP
CO
GE
/GE
TSC
1967
-719
70-1
119
71-3
2011
-5 J
P -9
FUK
US
HIM
A-D
AIIC
HI-2
BW
R23
8178
476
0 T
EP
CO
GE
/T19
69-6
1973
-12
1974
-720
11-5
JP
-10
FUK
US
HIM
A-D
AIIC
HI-3
BW
R23
8178
476
0 T
EP
CO
TOS
HIB
A19
70-1
219
74-1
019
76-3
2011
-5 J
P -1
6FU
KU
SH
IMA
-DA
IICH
I-4 B
WR
2381
784
760
TE
PC
OH
ITA
CH
I19
73-2
1978
-219
78-1
020
11-5
JP
-17
FUK
US
HIM
A-D
AIIC
HI-5
BW
R23
8178
476
0 T
EP
CO
TOS
HIB
A19
72-5
1977
-919
78-4
2013
-12
JP
-18
FUK
US
HIM
A-D
AIIC
HI-6
BW
R32
9311
0010
67
TE
PC
OG
E/T
1973
-10
1979
-519
79-1
020
13-1
2 J
P -1
2G
EN
KA
I-1 P
WR
1650
559
529
KY
US
HU
MH
I19
71-9
1975
-219
75-1
020
15-4
JP
-11
HA
MA
OK
A-1
BW
R15
9354
051
5 C
HU
BU
TOS
HIB
A19
71-6
1974
-819
76-3
2009
-1 J
P -2
4H
AM
AO
KA
-2 B
WR
2436
840
806
CH
UB
UTO
SH
IBA
1974
-619
78-5
1978
-11
2009
-1 J
P -1
JPD
R B
WR
9013
12
JA
EA
GE
1960
-12
1963
-10
1965
-319
76-3
JP
-4M
IHA
MA
-1 P
WR
1031
340
320
KE
PC
OW
H19
67-2
1970
-819
70-1
120
15-4
JP
-6M
IHA
MA
-2 P
WR
1456
500
470
KE
PC
OM
HI
1968
-519
72-4
1972
-720
15-4
JP
-7S
HIM
AN
E-1
BW
R13
8046
043
9 C
HU
GO
KU
HIT
AC
HI
1970
-719
73-1
219
74-3
2015
-4 J
P -2
TOK
AI-1
GC
R58
716
613
7 J
AP
CO
GE
C19
61-3
1965
-11
1966
-719
98-3
JP
-3TS
UR
UG
A-1
BW
R10
7035
734
0 J
AP
CO
GE
1966
-11
1969
-11
1970
-320
15-4
KA
ZAK
HS
TAN
KZ
-10
AK
TAU
FB
R10
0090
52
MA
EC
-KA
ZM
AE
C-K
AZ
1964
-10
1973
-719
73-7
1999
-4
LIT
HU
AN
IA L
T -4
6IG
NA
LIN
A-1
LW
GR
4800
1300
1185
IN
PP
MA
EP
1977
-519
83-1
219
85-5
2004
-12
LT
-47
IGN
ALI
NA
-2 L
WG
R48
0013
0011
85
INP
PM
AE
P19
78-1
1987
-819
87-1
220
09-1
2
NE
THE
RLA
ND
S N
L -1
DO
DE
WA
AR
D B
WR
183
6055
B
V G
KN
RD
M19
65-5
1968
-10
1969
-319
97-3
RU
SS
IA R
U -1
AP
S-1
OB
NIN
SK
LW
GR
306
5 M
SM
MS
M19
51-1
1954
-619
54-1
220
02-4
RU
-3B
ELO
YA
RS
K-1
LW
GR
286
108
102
RE
AM
SM
1958
-619
64-4
1964
-419
83-1
RU
-6B
ELO
YA
RS
K-2
LW
GR
530
160
146
RE
AM
SM
1962
-119
67-1
219
69-1
219
90-1
RU
-4N
OV
OV
OR
ON
EZH
-1 P
WR
760
210
197
RE
AM
SM
1957
-719
64-9
1964
-12
1988
-2 R
U -8
NO
VO
VO
RO
NE
ZH-2
PW
R13
2036
533
6 R
EA
MS
M19
64-6
1969
-12
1970
-419
90-8
SLO
VA
KIA
SK
-1B
OH
UN
ICE
A1
HW
GC
R56
014
393
J
AV
YS
SK
OD
A19
58-8
1972
-12
1972
-12
1977
-2 S
K -2
BO
HU
NIC
E-1
PW
R13
7544
040
8 J
AV
YS
AE
E19
72-4
1978
-12
1980
-420
06-1
2 S
K -3
BO
HU
NIC
E-2
PW
R13
7544
040
8 J
AV
YS
AE
E19
72-4
1980
-319
81-1
2008
-12
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NSS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
nSh
ut d
own
51
Cod
eN
ame
Ther
mal
Gro
ssN
et
SP
AIN
ES
-1JO
SE
CA
BR
ER
A-1
PW
R51
015
014
1 U
FGW
H19
64-6
1968
-719
69-8
2006
-4 E
S -3
VA
ND
ELL
OS
-1 G
CR
1670
500
480
HIF
RE
NS
AC
EA
1968
-619
72-5
1972
-819
90-7
SW
ED
EN
SE
-1A
GE
STA
PH
WR
8012
10
BK
AB
AB
BA
TOM
1957
-12
1964
-519
64-5
1974
-6 S
E -6
BA
RS
EB
AC
K-1
BW
R18
0061
560
0 B
KA
BA
SE
AS
TAL
1971
-219
75-5
1975
-719
99-1
1 S
E -8
BA
RS
EB
AC
K-2
BW
R18
0061
560
0 B
KA
BA
BB
ATO
M19
73-1
1977
-319
77-7
2005
-5
SW
ITZE
RLA
ND
CH
-8LU
CE
NS
HW
GC
R28
76
EO
SN
GA
1962
-419
68-1
NA
1969
-1
UK
GB
-3A
BE
RK
ELE
Y-1
GC
R62
016
613
8 M
LTN
PG
1957
-119
62-6
1962
-619
89-3
GB
-3B
BE
RK
ELE
Y-2
GC
R62
016
613
8 M
LTN
PG
1957
-119
62-6
1962
-10
1988
-10
GB
-4A
BR
AD
WE
LL-1
GC
R48
114
612
3 M
LTN
PG
1957
-119
62-7
1962
-720
02-3
GB
-4B
BR
AD
WE
LL-2
GC
R48
114
612
3 M
LTN
PG
1957
-119
62-7
1962
-11
2002
-3 G
B -1
AC
ALD
ER
HA
LL-1
GC
R26
860
49
SL
UK
AE
A19
53-8
1956
-819
56-1
020
03-3
GB
-1B
CA
LDE
R H
ALL
-2 G
CR
268
6049
S
LU
KA
EA
1953
-819
57-2
1957
-220
03-3
GB
-1C
CA
LDE
R H
ALL
-3 G
CR
268
6049
S
LU
KA
EA
1955
-819
58-3
1958
-520
03-3
GB
-1D
CA
LDE
R H
ALL
-4 G
CR
268
6049
S
LU
KA
EA
1955
-819
59-4
1959
-420
03-3
GB
-2A
CH
AP
ELC
RO
SS
-1 G
CR
260
6048
M
LU
KA
EA
1955
-10
1959
-219
59-3
2004
-6 G
B -2
BC
HA
PE
LCR
OS
S-2
GC
R26
060
48
ML
UK
AE
A19
55-1
019
59-7
1959
-820
04-6
GB
-2C
CH
AP
ELC
RO
SS
-3 G
CR
260
6048
M
LU
KA
EA
1955
-10
1959
-11
1959
-12
2004
-6 G
B -2
DC
HA
PE
LCR
OS
S-4
GC
R26
060
48
ML
UK
AE
A19
55-1
019
60-1
1960
-320
04-6
GB
-14
DO
UN
RE
AY
DFR
FB
R60
1511
U
KA
EA
UK
AE
A19
55-3
1962
-10
1962
-10
1977
-3 G
B -1
5D
OU
NR
EA
Y P
FR F
BR
600
250
234
UK
AE
ATN
PG
1966
-119
75-1
1976
-719
94-3
GB
-9A
DU
NG
EN
ES
S A
-1 G
CR
840
230
225
ML
TNP
G19
60-7
1965
-919
65-1
020
06-1
2 G
B -9
BD
UN
GE
NE
SS
A-2
GC
R84
023
022
5 M
LTN
PG
1960
-719
65-1
119
65-1
220
06-1
2 G
B -7
AH
INK
LEY
PO
INT
A-1
GC
R90
026
723
5 M
LE
E/B
&W
/T19
57-1
119
65-2
1965
-320
00-5
GB
-7B
HIN
KLE
Y P
OIN
T A
-2 G
CR
900
267
235
ML
EE
/B&
W/T
1957
-11
1965
-319
65-5
2000
-5 G
B -6
AH
UN
TER
STO
N A
-1 G
CR
595
173
150
ML
GE
C19
57-1
019
64-2
1964
-219
90-3
GB
-6B
HU
NTE
RS
TON
A-2
GC
R59
517
315
0 M
LG
EC
1957
-10
1964
-619
64-7
1989
-12
GB
-11A
OLD
BU
RY
A-1
GC
R73
023
021
7 M
LTN
PG
1962
-519
67-1
119
67-1
220
12-2
GB
-11B
OLD
BU
RY
A-2
GC
R66
023
021
7 M
LTN
PG
1962
-519
68-4
1968
-920
11-6
GB
-10A
SIZ
EW
ELL
A-1
GC
R10
1024
521
0 M
LE
E/B
&W
/T19
61-4
1966
-119
66-3
2006
-12
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NSS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
nSh
ut d
own
52
Cod
eN
ame
Ther
mal
Gro
ssN
et
UK
GB
-10B
SIZ
EW
ELL
A-2
GC
R10
1024
521
0 M
LE
E/B
&W
/T19
61-4
1966
-419
66-9
2006
-12
GB
-8A
TRA
WS
FYN
YD
D-1
GC
R85
023
519
5 M
LA
PC
1959
-719
65-1
1965
-319
91-2
GB
-8B
TRA
WS
FYN
YD
D-2
GC
R85
023
519
5 M
LA
PC
1959
-719
65-2
1965
-319
91-2
GB
-5W
IND
SC
ALE
AG
R G
CR
120
3624
U
KA
EA
UK
AE
A19
58-1
119
63-2
1963
-319
81-4
GB
-12
WIN
FRIT
H S
GH
WR
SG
HW
R31
810
092
U
KA
EA
ICL/
FE19
63-5
1967
-12
1968
-119
90-9
GB
-13A
WY
LFA
-1 G
CR
1650
530
490
ML
EE
/B&
W/T
1963
-919
71-1
1971
-11
2015
-12
GB
-13B
WY
LFA
-2 G
CR
1920
540
490
ML
EE
/B&
W/T
1963
-919
71-7
1972
-120
12-4
UK
RA
INE
UA
-25
CH
ER
NO
BY
L-1
LW
GR
3200
800
740
MTE
FAE
A19
70-3
1977
-919
78-5
1996
-11
UA
-26
CH
ER
NO
BY
L-2
LW
GR
3200
1000
925
MTE
FAE
A19
73-2
1978
-12
1979
-519
91-1
0 U
A -4
2C
HE
RN
OB
YL-
3 L
WG
R32
0010
0092
5 M
TEFA
EA
1976
-319
81-1
219
82-6
2000
-12
UA
-43
CH
ER
NO
BY
L-4
LW
GR
3200
1000
925
MTE
FAE
A19
79-4
1983
-12
1984
-319
86-4
US
A U
S -1
55B
IG R
OC
K P
OIN
T B
WR
240
7167
C
PC
GE
1960
-519
62-1
219
63-3
1997
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S -0
14B
ON
US
BW
R50
1817
D
OE
/PR
WR
GN
EP
RW
RA
1960
-119
64-8
1965
-919
68-6
US
-302
CR
YS
TAL
RIV
ER
-3 P
WR
2568
890
860
PR
OG
RE
SS
B&
W19
68-9
1977
-119
77-3
2013
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S -1
44C
VTR
PH
WR
6519
17
CV
PA
WH
1960
-119
63-1
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A19
67-1
US
-10
DR
ES
DE
N-1
BW
R70
020
719
7 E
XELO
NG
E19
56-5
1960
-419
60-7
1978
-10
US
-011
ELK
RIV
ER
BW
R58
2422
R
CP
AA
C19
59-1
1963
-819
64-7
1968
-2 U
S -1
6FE
RM
I-1 F
BR
200
6561
D
TED
ISO
NU
EC
1956
-12
1966
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A19
72-1
1 U
S -2
67FO
RT
ST.
VR
AIN
HTG
R84
234
233
0 P
SC
CG
A19
68-9
1976
-12
1979
-719
89-8
US
-018
GE
VA
LLE
CIT
OS
BW
R50
2424
G
EG
E19
56-1
1957
-10
1957
-10
1963
-12
US
-213
HA
DD
AM
NE
CK
PW
R18
2560
356
0 C
YA
PC
WH
1964
-519
67-8
1968
-119
96-1
2 U
S -0
77H
ALL
AM
X25
684
75
AE
C/N
PP
DG
E19
59-1
1963
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63-1
119
64-9
US
-133
HU
MB
OLD
T B
AY
BW
R22
065
63
PG
&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
&W
1956
-519
62-9
1962
-10
1974
-10
US
-305
KE
WA
UN
EE
PW
R17
7259
556
6 D
OM
INIO
NW
H19
68-8
1974
-419
74-6
2013
-5 U
S -4
09LA
CR
OS
SE
BW
R16
555
48
DP
CA
C19
63-3
1968
-419
69-1
119
87-4
US
-309
MA
INE
YA
NK
EE
PW
R26
3090
086
0 M
YA
PC
CE
1968
-10
1972
-11
1972
-12
1997
-8 U
S -2
45M
ILLS
TON
E-1
BW
R20
1168
464
1 D
OM
INIO
NG
E19
66-5
1970
-11
1971
-319
98-7
US
-130
PA
THFI
ND
ER
BW
R22
063
59
NM
CA
C19
59-1
1966
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A19
67-1
0 U
S -1
71P
EA
CH
BO
TTO
M-1
HTG
R11
542
40
EXE
LON
GA
1962
-219
67-1
1967
-619
74-1
1
TAB
LE 1
6. R
EAC
TOR
S PE
RM
ANEN
TLY
SHU
T D
OW
N, 3
1 D
EC. 2
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NSS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
nSh
ut d
own
53
Cod
eN
ame
Ther
mal
Gro
ssN
et
US
A U
S -0
12P
IQU
A X
4612
12
Cof
Piq
uaG
E19
60-1
1963
-719
63-1
119
66-1
US
-312
RA
NC
HO
SE
CO
-1 P
WR
2772
917
873
SM
UD
B&
W19
69-4
1974
-10
1975
-419
89-6
US
-206
SA
N O
NO
FRE
-1 P
WR
1347
456
436
SC
EW
H19
64-5
1967
-719
68-1
1992
-11
US
-361
SA
N O
NO
FRE
-2 P
WR
3438
1127
1070
S
CE
CE
1974
-319
82-9
1983
-820
13-6
US
-362
SA
N O
NO
FRE
-3 P
WR
3438
1127
1080
S
CE
CE
1974
-319
83-9
1984
-420
13-6
US
-146
SA
XTO
N P
WR
243
3 S
NE
CG
E19
60-1
1967
-319
67-3
1972
-5 U
S -0
01S
HIP
PIN
GP
OR
T P
WR
236
6860
D
OE
DU
QU
WH
1954
-119
57-1
219
58-5
1982
-10
US
-322
SH
OR
EH
AM
BW
R24
3684
982
0 L
IPA
GE
1972
-11
1986
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A19
89-5
US
-320
THR
EE
MIL
E IS
LAN
D-2
PW
R27
7295
988
0 G
PU
B&
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
-271
VE
RM
ON
T Y
AN
KE
E B
WR
1912
635
605
EN
TER
GY
GE
1967
-12
1972
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72-1
120
14-1
2 U
S -2
9Y
AN
KE
E N
PS
PW
R60
018
016
7 Y
AE
CW
H19
57-1
119
60-1
119
61-7
1991
-10
US
-295
ZIO
N-1
PW
R32
5010
8510
40
EXE
LON
WH
1968
-12
1973
-619
73-1
219
98-2
US
-304
ZIO
N-2
PW
R32
5010
8510
40
EXE
LON
WH
1968
-12
1973
-12
1974
-919
98-2
Not
e: S
tatu
s as
of 3
1 D
ecem
ber 2
015,
157
reac
tors
(613
95 M
W) h
ave
been
per
man
ently
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
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Type
Cap
acity
(MW
) O
pera
tor
NSS
Ssu
pplie
rC
onst
ruct
ion
star
tG
ridco
nnec
tion
Com
mer
cial
oper
atio
nSh
ut d
own
54
Cod
eN
ame
AR
ME
NIA
AM
-18
AR
ME
NIA
N-1
198
9-2
Oth
ers
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er A
NP
PC
JSC
BE
LGIU
M B
E -1
BR
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987-
62,
5 ID
4,9
4 C
EN
/SC
K B
ULG
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IA B
G -1
KO
ZLO
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Y-1
200
2-12
7,O
ther
s D
d+P
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3,7
E-0
3492
2036
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002-
127,
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PD
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73,
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9320
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G -3
KO
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7,O
ther
s D
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3,7
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0174
2036
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73,
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820
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198
4-5
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199
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2027
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199
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2025
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197
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201
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7 ID
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TR-3
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96,
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KG
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198
4-5
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AK
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97
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WE
DE
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UN
DR
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N-A
197
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6,8
ID K
GG
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198
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7 ID
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7 G
01
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7. R
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RO
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MM
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015
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ntry
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ctor
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55
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199
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6,7
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93,
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71,
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KG
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AN
IA L
T -4
6IG
NA
LIN
A-1
200
4-12
7,O
ther
s ID
3,10
3 IN
PP
2038
LT
-47
IGN
ALI
NA
-2 2
009-
127,
Oth
ers
ID2,
31
INP
P20
38 N
ETH
ER
LAN
DS
NL
-1D
OD
EW
AA
RD
199
7-3
2,O
ther
s D
d+S
E7
BV
GK
N20
55 R
US
SIA
RU
-3B
ELO
YA
RS
K-1
198
3-1
Oth
ers
Oth
er E
A R
U -4
NO
VO
VO
RO
NE
ZH-1
198
8-2
Oth
ers
Oth
er E
A R
U -6
BE
LOY
AR
SK
-2 1
990-
1O
ther
s O
ther
EA
RU
-8N
OV
OV
OR
ON
EZH
-2 1
990-
8O
ther
s O
ther
EA
SLO
VA
KIA
SK
-1B
OH
UN
ICE
A1
197
7-2
4 D
d+P
D+S
E3,
6 J
AV
YS
SK
-2B
OH
UN
ICE
-1 2
006-
127
ID3,
4,9
JA
VY
S S
K -3
BO
HU
NIC
E-2
200
8-12
7 ID
3,4,
9 J
AV
YS
SP
AIN
ES
-1JO
SE
CA
BR
ER
A-1
200
6-4
Oth
ers
ID11
3,7
UFG
2015
Cur
rent
dec
om.
phas
eC
urre
nt fu
el
man
agem
t D
ecom
. lic
ense
eLi
cens
e te
rmin
ated
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
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Shut
do
wn
Shut
dow
n re
ason
Dec
om.
stra
tegy
56
Cod
eN
ame
SP
AIN
ES
-3V
AN
DE
LLO
S-1
199
0-7
4 D
d+P
D+S
E8
EN
RE
SA
2032
SW
ED
EN
SE
-1A
GE
STA
197
4-6
2,3
Dd+
SE
7 B
KA
B S
E -6
BA
RS
EB
AC
K-1
199
9-11
Oth
ers
Oth
er4
BK
AB
2027
SE
-8B
AR
SE
BA
CK
-2 2
005-
5O
ther
s O
ther
4 B
KA
B20
27 S
WIT
ZER
LAN
D C
H -8
LUC
EN
S 1
969-
14
Dd+
SE
1 E
OS
2004
UK
GB
-10A
SIZ
EW
ELL
A-1
200
6-12
2,8
Dd+
SE
3,5,
6 M
agno
x S
2110
GB
-10B
SIZ
EW
ELL
A-2
200
6-12
2,8
Dd+
SE
3,5,
6 M
agno
x S
2110
GB
-12
WIN
FRIT
H S
GH
WR
199
0-9
Oth
ers
ID3,
4,9,
10 U
KA
EA
2019
GB
-14
DO
UN
RE
AY
DFR
197
7-3
Oth
ers
Dd+
PD
+SE
5 D
SR
2333
GB
-15
DO
UN
RE
AY
PFR
199
4-3
Oth
ers
Dd+
PD
+SE
5 M
agno
x N
2333
GB
-1A
CA
LDE
R H
ALL
-1 2
003-
32,
8 D
d+P
D+S
E8
SL
2117
GB
-1B
CA
LDE
R H
ALL
-2 2
003-
32,
8 D
d+P
D+S
E8
SL
2117
GB
-1C
CA
LDE
R H
ALL
-3 2
003-
32,
8 D
d+P
D+S
E8
SL
2117
GB
-1D
CA
LDE
R H
ALL
-4 2
003-
32,
8 D
d+P
D+S
E8
SL
2117
GB
-2A
CH
AP
ELC
RO
SS
-1 2
004-
62,
8 D
d+P
D+S
E3,
5,6
Mag
nox
N21
28 G
B -2
BC
HA
PE
LCR
OS
S-2
200
4-6
2,8
Dd+
PD
+SE
3,5,
6 M
agno
x N
2128
GB
-2C
CH
AP
ELC
RO
SS
-3 2
004-
62,
8 D
d+P
D+S
E3,
5,6
Mag
nox
N21
28 G
B -2
DC
HA
PE
LCR
OS
S-4
200
4-6
2,8
Dd+
PD
+SE
3,5,
6 M
agno
x N
2128
GB
-3A
BE
RK
ELE
Y-1
198
9-3
2,8
Dd+
SE
8 M
agno
x S
2083
GB
-3B
BE
RK
ELE
Y-2
198
8-10
2,8
Dd+
SE
8 M
agno
x S
2083
GB
-4A
BR
AD
WE
LL-1
200
2-3
2,8
Dd+
SE
3,5,
6 M
agno
x S
2104
GB
-4B
BR
AD
WE
LL-2
200
2-3
2,8
Dd+
SE
3,5,
6 M
agno
x S
2104
GB
-5W
IND
SC
ALE
AG
R 1
981-
4O
ther
s D
d+P
D+S
E2,
3,5,
6 S
L20
65 G
B -6
AH
UN
TER
STO
N A
-1 1
990-
32,
8 D
d+P
D+S
E3,
5,6
Mag
nox
N20
90 G
B -6
BH
UN
TER
STO
N A
-2 1
989-
122,
8 D
d+P
D+S
E3,
5,6
Mag
nox
N20
90 G
B -7
AH
INK
LEY
PO
INT
A-1
200
0-5
2,8
Dd+
PD
+SE
8 M
agno
x S
2104
GB
-7B
HIN
KLE
Y P
OIN
T A
-2 2
000-
52,
8 D
d+P
D+S
E8
Mag
nox
S21
04 G
B -8
ATR
AW
SFY
NY
DD
-1 1
991-
22,
8 D
d+P
D+S
E8
Mag
nox
N20
98 G
B -8
BTR
AW
SFY
NY
DD
-2 1
991-
22,
8 D
d+P
D+S
E8
Mag
nox
N20
98 G
B -9
AD
UN
GE
NE
SS
A-1
200
6-12
2,8
Dd+
PD
+SE
3,5,
6 M
agno
x S
2111
GB
-9B
DU
NG
EN
ES
S A
-2 2
006-
122,
8 D
d+P
D+S
E3,
5,6
Mag
nox
S21
11 U
SA
US
-001
SH
IPP
ING
PO
RT
198
2-10
3 ID
DO
E D
UQ
U19
89
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
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Shut
do
wn
Shut
dow
n re
ason
Dec
om.
stra
tegy
Cur
rent
dec
om.
phas
eC
urre
nt fu
el
man
agem
t D
ecom
. lic
ense
eLi
cens
e te
rmin
ated
57
Cod
eN
ame
US
A U
S -0
11E
LK R
IVE
R 1
968-
21,
Oth
ers
ID R
CP
A19
74 U
S -0
12P
IQU
A 1
966-
14,
5 IS
D11
Cof
Piq
ua U
S -0
13IN
DIA
N P
OIN
T-1
197
4-10
5 D
d+P
D+S
E E
NTE
RG
Y U
S -0
14B
ON
US
196
8-6
5,6
ISD
DO
E/P
RW
R19
70 U
S -0
18G
E V
ALL
EC
ITO
S 1
963-
121
Dd+
SE
GE
&P
GE
C U
S -0
77H
ALL
AM
196
4-9
5 D
d+S
E A
EC
&N
PP
D19
71 U
S -1
0D
RE
SD
EN
-1 1
978-
106
Dd+
SE
117
EXE
LON
US
-130
PA
THFI
ND
ER
196
7-10
5 D
d+S
E11
NM
C U
S -1
33H
UM
BO
LDT
BA
Y 1
976-
75
Dd+
PD
+SE
3,4,
6 P
G&
E20
13 U
S -1
44C
VTR
196
7-1
7,O
ther
s D
d+S
E C
VP
A20
09 U
S -1
46S
AXT
ON
197
2-5
Oth
ers
ID G
PU
NC
2005
US
-155
BIG
RO
CK
PO
INT
199
7-8
2,O
ther
s ID
7 C
PC
2007
US
-16
FER
MI-1
197
2-11
4,5
Dd+
SE
9,11
DTE
DIS
ON
2025
US
-171
PE
AC
H B
OTT
OM
-1 1
974-
111
Dd+
SE
1,9
EXE
LON
US
-206
SA
N O
NO
FRE
-1 1
992-
11O
ther
s D
d+P
D+S
E4
SC
E20
08 U
S -2
13H
AD
DA
M N
EC
K 1
996-
126
ID4,
6 C
YA
PC
2007
US
-245
MIL
LSTO
NE
-1 1
998-
76
Dd+
PD
+SE
DO
MIN
RE
S U
S -2
67FO
RT
ST.
VR
AIN
198
9-8
1,O
ther
s ID
PS
CC
1996
US
-29
YA
NK
EE
NP
S 1
991-
105,
7 ID
4,6
YA
EC
2005
US
-295
ZIO
N-1
199
8-2
5,6
Dd+
PD
+SE
1,9
Com
mon
Ed
US
-304
ZIO
N-2
199
8-2
5,6
Dd+
PD
+SE
1,9
CO
MM
ED
US
-305
KE
WA
UN
EE
201
3-5
2,6
Dd+
SE
DO
MIN
RE
S U
S -3
09M
AIN
E Y
AN
KE
E 1
997-
86
ID4
7 M
YA
PC
2005
US
-312
RA
NC
HO
SE
CO
-1 1
989-
65,
6 D
d+P
D+S
E S
MU
D20
09 U
S -3
20TH
RE
E M
ILE
ISLA
ND
-2 1
979-
34,
5 O
ther
9,11
4 G
PU
US
-322
SH
OR
EH
AM
198
9-5
7,O
ther
s ID
LIP
A19
95 U
S -3
44TR
OJA
N 1
992-
116
Dd+
PD
+SE
PO
RTG
E20
05 U
S -4
09LA
CR
OS
SE
198
7-4
2 D
d+P
D+S
E7
DP
C
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
015
— c
ontin
ued
Cou
ntry
Rea
ctor
Shut
do
wn
Shut
dow
n re
ason
Dec
om.
stra
tegy
Cur
rent
dec
om.
phas
eC
urre
nt fu
el
man
agem
t D
ecom
. lic
ense
eLi
cens
e te
rmin
ated
58
Shu
tdow
n re
ason
1 2 3 4 5 6 7 8O
ther
Fuel
Man
agem
ent
1 2 3 4 5 6 7 8
11
Pas
sive
saf
e en
clos
ure
perio
dFi
nal d
ism
antli
ngFi
nal s
urve
yLi
cenc
e te
rmin
ated
- le
gal a
ct a
t the
end
of t
he d
ecom
mis
sion
ing
proc
ess
Pub
lic a
ccep
tanc
e or
pol
itica
l rea
sons
Afte
r maj
or c
ompo
nent
failu
re o
r det
erio
ratio
nN
one
of th
e ab
ove
Des
crip
tion
5 6 7 98
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
Des
crip
tion
The
tech
nolo
gy o
r pro
cess
bei
ng u
sed
beca
me
obso
lete
The
proc
ess
was
no
long
er p
rofit
able
Cha
nges
in li
cens
ing
requ
irem
ents
Afte
r an
oper
atin
g in
cide
ntO
ther
tech
nolo
gica
l rea
sons
Oth
er e
cono
mic
al re
ason
s
Sto
rage
in a
n on
-site
faci
lity
Sto
rage
in a
n of
f-site
faci
lity
Shi
pmen
t to
a re
proc
essi
ng p
lant
Und
erw
ater
sto
rage
per
iod
Dry
sto
rage
per
iod
Enc
apsu
latio
n
Dec
omm
issi
onin
g st
rate
gy
IDD
d+S
ED
d+P
D+S
E
ISD
Oth
er
Cur
rent
dec
omm
issi
onin
g ph
ase
1 2 3 4
Tran
sfer
to a
reac
tor f
acili
tyTr
ansf
er a
way
from
a re
acto
r fac
ility
Des
crip
tion
Imm
edia
te d
ism
antli
ng a
nd re
mov
al o
f all
radi
oact
ive
mat
eria
ls�
Def
erre
d di
sman
tling
, pla
cing
all
radi
olog
ical
are
as in
to s
afe
encl
osur
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
eIn
situ
dis
posa
l, in
volv
ing
enca
psul
atio
n of
radi
oact
ive
mat
eria
lsan
d su
bseq
uent
rest
rictio
n of
acc
ess
Non
e of
the
abov
e
Des
crip
tion
Dra
win
g up
the
Fina
l Dec
omm
issi
onin
g P
lan
Rea
ctor
cor
e de
fuel
ling
Was
te c
ondi
tioni
ng o
n-si
te -
only
for d
ecom
mis
sion
ing
was
teW
aste
shi
pmen
t off-
site
- o
nly
for d
ecom
mis
sion
ing
was
teS
afe
encl
osur
e pr
epar
atio
nP
artia
l dis
man
tling
Act
ive
safe
enc
losu
re p
erio
d
10
59
Num
ber
Avai
labi
lity
Plan
ned
cap.
loss
Cap
abili
tyFo
rced
loss
Ope
ratin
gLo
adof
fact
orfa
ctor
fact
orra
tefa
ctor
fact
orun
its(%
)(%
)(%
)(%
)(%
)(%
) P
WR
287
77
.5
18.1
78
.3
2.6
77
.3
76.3
PW
R <
600
MW
e47
70
.1
26.4
70
.6
2.0
71
.2
67.7
PW
R >
= 60
0 M
We
240
78
.2
17.4
79
.0
2.6
78
.5
77.0
BW
R83
61
.8
36.3
62
.0
2.0
61
.7
61.3
BW
R <
600
MW
e8
27
.6
65.7
27
.7
17.3
36
.7
27.5
BW
R >
= 60
0 M
We
75
63.1
35
.2
63.3
1.
7
64.3
62
.5
PH
WR
48
84.2
9.
6
85.4
4.
4
82.3
80
.1
PH
WR
< 6
00 M
We
26
78.4
10
.4
81.7
7.
0
81.8
78
.2
PH
WR
>=
600
MW
e22
86
.9
9.2
87
.1
3.2
82
.8
81.0
LW
GR
15
75.8
21
.9
76.2
2.
0
78.5
76
.8
LW
GR
< 6
00 M
We
4
81.9
17
.9
81.9
0.
3
78.4
44
.8
LW
GR
>=
600
MW
e11
75
.8
22.0
76
.1
2.0
78
.6
77.0
GC
R15
73
.4
14.3
73
.6
8.5
80
.5
73.8
FB
R1
81
.7
15.9
81
.8
2.7
84
.7
83.5
TO
TAL
449
74
.6
21.3
75
.2
2.8
75
.1
73.4
Not
es:
1. 2
015
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
. 2
. Rea
ctor
s pe
rman
ently
shu
t dow
n du
ring
2013
to 2
015
(17
units
) are
con
side
red.
Rea
ctor
cat
egor
y
Rea
ctor
s re
porti
ng to
IAEA
PR
IS (s
ee n
ote)
TAB
LE 1
8. P
ERFO
RM
ANC
E FA
CTO
RS
BY
REA
CTO
R C
ATEG
OR
Y, 2
013
to 2
015
60
Num
ber o
f Fu
ll ou
tage
hou
rsPl
anne
dU
npla
nned
Exte
rnal
oper
atin
g pe
r ope
ratin
gou
tage
sou
tage
sou
tage
s re
acto
rsre
acto
r(%
)(%
)(%
) P
WR
283
19
59
81.2
14
.4
4.4
PW
R <
600
MW
e46
25
21
76.7
13
.5
9.8
PW
R >
= 60
0 M
We
237
18
50
82.4
14
.7
2.9
BW
R80
33
25
92.7
4.
8
2.5
BW
R <
600
MW
e8
45
09
93.6
6.
4
0.0
BW
R >
= 60
0 M
We
72
3193
92
.6
4.6
2.
8
PH
WR
48
1590
63
.1
24.5
12
.4
PH
WR
< 6
00 M
We
26
1597
65
.2
33.7
1.
1
PH
WR
>=
600
MW
e22
15
81
60.7
13
.4
25.9
LW
GR
15
1500
92
.8
4.7
2.
5
LW
GR
< 6
00 M
We
4
2024
96
.8
0.6
2.
6
LW
GR
>=
600
MW
e11
13
10
90.6
7.
1
2.3
GC
R15
14
45
75.9
23
.3
0.8
FB
R1
13
49
99.9
0.
1
0.0
ALL
RE
AC
TOR
S44
2
2132
83
.2
12.5
4.
3
Not
es:
1. 2
015
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
. 2
. Onl
y re
acto
rs in
com
mer
cial
ope
ratio
n ar
e co
nsid
ered
. 3
. Rea
ctor
s sh
ut d
own
durin
g 20
15 (7
uni
ts) a
re c
onsi
dere
d.
Rea
ctor
type
TAB
LE 1
9. F
ULL
OU
TAG
E ST
ATIS
TIC
S D
UR
ING
201
5
61
GW
·h%
Hou
rs%
GW
·h%
Hou
rs%
Pla
nt e
quip
men
t pro
blem
/failu
re55
287
91.8
9 68
847
89.2
8 R
efue
lling
with
out a
mai
nten
ance
1836
2 2.
55
1818
2 2.
19
Insp
ectio
n, m
aint
enan
ce o
r rep
air c
ombi
ned
with
refu
ellin
g29
5741
41
.11
3382
27
40.6
7 In
spec
tion,
mai
nten
ance
or r
epai
r with
out r
efue
lling
2927
8 4.
07
4678
9 5.
63
Tes
ting
of p
lant
sys
tem
s or
com
pone
nts
528
0.07
44
1 0.
05
52
0.09
18
1 0.
23
Maj
or b
ack-
fittin
g, re
furb
ishm
ent o
r upg
radi
ng a
ctiv
ities
with
refu
ellin
g40
932
5.69
50
463
6.07
M
ajor
bac
k-fit
ting,
refu
rbis
hmen
t or u
pgra
ding
act
iviti
es w
ithou
t ref
uelli
ng33
3248
46
.32
3674
97
44.1
9 N
ucle
ar re
gula
tory
requ
irem
ents
185
0.03
87
8 0.
11
479
0.80
71
6 0.
93
Hum
an fa
ctor
rela
ted
4265
7.
09
6978
9.
05
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)
283
0.04
26
6 0.
03
Oth
er82
2 0.
11
8869
1.
07
84
0.14
38
9 0.
51
TO
TAL
7193
79
100.
00
8316
12
100.
00
6016
7 10
0.00
77
111
100.
00
Not
e: O
nly
reac
tors
whi
ch h
ave
achi
eved
full
com
mer
cial
ope
ratio
n in
or b
efor
e 20
15 a
re c
ount
ed.
Dire
ct c
ause
Ener
gy lo
stTi
me
lost
Ener
gy lo
st
TAB
LE 2
0. D
IREC
T C
AUSE
S O
F FU
LL O
UTA
GES
DU
RIN
G 2
015
Tim
e lo
st
Plan
ned
full
outa
ges
Unp
lann
edfu
ll ou
tage
s
62
GW
(e).h
%H
ours
%G
W(e
).h%
Hou
rs%
Pla
nt e
quip
men
t pro
blem
/failu
re27
4393
91
.67
3433
09
91.1
2 R
efue
lling
with
out a
mai
nten
ance
1417
21
4.03
14
6703
3.
59
Insp
ectio
n, m
aint
enan
ce o
r rep
air c
ombi
ned
with
refu
ellin
g14
9486
5 42
.50
1686
639
41.2
4 In
spec
tion,
mai
nten
ance
or r
epai
r with
out r
efue
lling
1587
89
4.51
24
6388
6.
02
Tes
ting
of p
lant
sys
tem
s or
com
pone
nts
7752
0.
22
1078
9 0.
26
733
0.24
13
77
0.37
M
ajor
bac
k-fit
ting,
refu
rbis
hmen
t or u
pgra
ding
act
iviti
es w
ith re
fuel
ling
1853
85
5.27
23
2049
5.
67
Maj
or b
ack-
fittin
g, re
furb
ishm
ent o
r upg
radi
ng a
ctiv
ities
with
out r
efue
lling
1521
690
43.2
7 17
1602
4 41
.96
Nuc
lear
regu
lato
ry re
quire
men
ts50
2 0.
01
2471
0.
06
1279
3 4.
27
1409
1 3.
74
Hum
an fa
ctor
rela
ted
8074
2.
70
1265
3 3.
36
Fire
1505
0.
50
2028
0.
54
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)
2256
0.
06
4688
0.
11
707
0.24
54
4 0.
14
Oth
er39
78
0.11
43
933
1.07
11
23
0.38
27
79
0.74
TO
TAL
3516
938
100.
00
4089
684
100.
00
2993
28
100.
00
3767
81
100.
00
Not
e: O
nly
reac
tors
whi
ch h
ave
achi
eved
full
com
mer
cial
ope
ratio
n in
or b
efor
e 20
15 a
re c
ount
ed.
Dire
ct o
utag
e ca
use
Ener
gy lo
stTi
me
lost
Ener
gy lo
st
TAB
LE 2
1. D
IREC
T C
AUSE
S O
F FU
LL O
UTA
GES
, 201
1 TO
201
5
Tim
e lo
st
Plan
ned
full
outa
ges
Unp
lann
edfu
ll ou
tage
s
63
Cou
ntry
code
Ope
ratio
nal
Con
stru
ctio
nLT
shu
t dow
nSh
ut d
own
Plan
ned
AR
AR
GE
NTI
NA
3
1
AM
AR
ME
NIA
1
1
BY
BE
LAR
US
2
BE
BE
LGIU
M7
1
B
R B
RA
ZIL
2
1
BG
BU
LGA
RIA
2
4
CA
CA
NA
DA
19
6
CN
CH
INA
31
24
33
CZ
CZE
CH
RE
PU
BLI
C6
F
I F
INLA
ND
4
1
FR
FR
AN
CE
58
1
12
DE
GE
RM
AN
Y8
28
H
U H
UN
GA
RY
4
IN IN
DIA
21
6
4
IR IR
AN
, IS
LAM
IC R
EP
UB
LIC
OF
1
3
IT IT
ALY
4
JP
JA
PA
N43
2
1
16
9
K
Z K
AZA
KH
STA
N1
K
R K
OR
EA
, RE
PU
BLI
C O
F24
4
L
T L
ITH
UA
NIA
2
MX
ME
XIC
O2
N
L N
ETH
ER
LAN
DS
1
1
PK
PA
KIS
TAN
3
2
RO
RO
MA
NIA
2
RU
RU
SS
IA35
8
5
22
S
K S
LOV
AK
IA4
2
3
S
I S
LOV
EN
IA1
Z
A S
OU
TH A
FRIC
A2
E
S S
PA
IN7
1
2
S
E S
WE
DE
N10
3
Full
nam
eN
umbe
r of r
eact
ors,
as
of 3
1 D
ec. 2
015
TA
BLE
22.
CO
UN
TRIE
S: A
BB
REV
IATI
ON
S AN
D S
UM
MAR
Y
64
Cou
ntry
code
Ope
ratio
nal
Con
stru
ctio
nLT
shu
t dow
nSh
ut d
own
Plan
ned
CH
SW
ITZE
RLA
ND
5
1
UA
UK
RA
INE
15
2
4
AE
UN
ITE
D A
RA
B E
MIR
ATE
S4
G
B U
NIT
ED
KIN
GD
OM
15
30
US
UN
ITE
D S
TATE
S O
F A
ME
RIC
A99
5
33
15
V
N V
IET
NA
M2
TOTA
L44
1
67
2
157
88
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
015
Type
code
Ope
ratio
nal
Con
stru
ctio
nLT
shu
t dow
nSh
ut d
own
Plan
ned
BW
R B
oilin
g Li
ght-W
ater
-Coo
led
and
Mod
erat
ed R
eact
or78
4
1
36
9
F
BR
Fas
t Bre
eder
Rea
ctor
3
1
1
7
5
GC
R G
as-C
oole
d, G
raph
ite-M
oder
ated
Rea
ctor
14
38
HTG
R H
igh-
Tem
pera
ture
Gas
-Coo
led
Rea
ctor
1
4
HW
GC
R H
eavy
-Wat
er-M
oder
ated
, Gas
-Coo
led
Rea
ctor
4
HW
LWR
Hea
vy-W
ater
-Mod
erat
ed, B
oilin
g Li
ght-W
ater
-Coo
led
Rea
ctor
2
LW
GR
Lig
ht-W
ater
-Coo
led,
Gra
phite
-Mod
erat
ed R
eact
or15
9
P
HW
R P
ress
uriz
ed H
eavy
-Wat
er-M
oder
ated
and
Coo
led
Rea
ctor
49
4
8
2
PW
R P
ress
uriz
ed L
ight
-Wat
er-M
oder
ated
and
Coo
led
Rea
ctor
282
57
46
72
S
GH
WR
Ste
am-G
ener
atin
g H
eavy
-Wat
er R
eact
or1
X
Oth
er2
TO
TAL
441
67
2
15
7
88
Num
ber o
f rea
ctor
s, a
s of
31
Dec
. 201
5
Full
nam
e
TAB
LE 2
3. R
EAC
TOR
TYP
ES: A
BB
REV
IATI
ON
S AN
D S
UM
MAR
Y
65
Ope
rato
rco
deO
pera
tiona
lC
onst
ruct
ion
LT s
hut d
own
Shut
dow
nPl
anne
d A
EC
/NP
PD
ATO
MIC
EN
ER
GY
CO
MM
ISS
ION
AN
D N
EB
RA
SK
A P
UB
LIC
PO
WE
R D
ISTR
ICT
1
AE
P A
ME
RIC
AN
ELE
CTR
IC P
OW
ER
CO
MP
AN
Y, I
NC
.2
A
mer
enU
E A
ME
RE
N U
E, U
NIO
N E
LEC
TRIC
CO
MP
AN
Y1
A
NA
V A
SO
CIA
CIO
N N
UC
LEA
R A
SC
O-V
AN
DE
LLO
S A
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. (E
ND
ES
A/ID
)3
A
NP
PC
JSC
CLO
SE
D J
OIN
T S
TOC
K C
OM
PA
NY
AR
ME
NIA
N N
PP
1
1
AP
S A
RIZ
ON
A P
UB
LIC
SE
RV
ICE
CO
.3
A
VR
AR
BE
ITS
GE
ME
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CH
AFT
VE
RS
UC
HS
RE
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GM
BH
1
Axp
o A
G K
ER
NK
RA
FTW
ER
K B
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AU
CH
-531
2 D
ÖTT
ING
EN
2
Bel
NP
P R
EP
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LIC
AN
UN
ITA
RY
EN
TER
PR
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BE
LAR
US
IAN
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CLE
AR
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T2
B
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A N
AB
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RU
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RU
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PO
WE
R8
B
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KN
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CE
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ALE
NE
DE
RLA
ND
(BV
GK
N)
1
CE
A/E
DF
CO
MM
ISS
AR
IAT
À L
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ER
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ATO
MIQ
UE
(80%
)ELE
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ICIT
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E F
RA
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N/S
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DE
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L'E
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ER
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NE
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CH
PO
WE
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O.,
CE
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6
CFE
CO
MIS
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DE
RA
L D
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LEC
TRIC
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HU
BU
CH
UB
U E
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PO
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NC
3
2
1
CH
UG
OK
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HE
CH
UG
OK
U E
LEC
TRIC
PO
WE
R C
O.,I
NC
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1
1
2
C
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CH
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INS
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F A
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IC E
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C
NA
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EN
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CLE
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CO
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NA
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NA
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1
CN
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CN
NC
NU
CLE
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MA
NA
GE
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MP
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ED
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ER
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T1
C
OG
EM
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OM
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GN
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EN
ER
ALE
DE
S M
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ER
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NU
CLE
AIR
ES
2
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C C
ON
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ME
RS
PO
WE
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O.
1
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PA
CA
RO
LIN
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GIN
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UC
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1
CY
AP
C C
ON
NE
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CU
T Y
AN
KE
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IC P
OW
ER
CO
.1
Num
ber o
f rea
ctor
s, a
s of
31
Dec
. 201
5
Full
nam
e
TAB
LE 2
4. O
PER
ATO
RS:
AB
BR
EVIA
TIO
NS
AND
SU
MM
ARY
66
Ope
rato
rco
deO
pera
tiona
lC
onst
ruct
ion
LT s
hut d
own
Shut
dow
nPl
anne
d D
NM
C D
AY
A B
AY
NU
CLE
AR
PO
WE
R O
PE
RA
TIO
NS
AN
D M
AN
AG
EM
EN
T C
O,L
TD.
6
DO
E D
UQ
U D
EP
AR
TME
NT
OF
EN
ER
GY
AN
D D
UQ
UE
SN
E L
IGH
T C
O.
1
DO
E/P
RW
R D
OE
& P
UE
RTO
RIC
O W
ATE
R R
ES
OU
RC
ES
1
DO
MIN
ION
DO
MIN
ION
GE
NE
RA
TIO
N6
2
D
PC
DA
IRY
LAN
D P
OW
ER
CO
OP
ER
ATI
VE
1
DTE
DIS
ON
DE
TRO
IT E
DIS
ON
CO
.1
1
D
UK
EE
NE
R D
UK
E E
NE
RG
Y C
OR
P.
7
E.O
N E
.ON
KE
RN
KR
AFT
GM
BH
2
4
ED
F E
LEC
TRIC
ITE
DE
FR
AN
CE
58
1
8
ED
F U
K E
DF
EN
ER
GY
15
ELE
CTR
AB
ELE
CTR
AB
EL
7
ELE
TRO
NU
ELE
TRO
BR
AS
ELE
TRO
NU
CLE
AR
S.A
.2
1
E
nBW
EN
BW
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AFT
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RK
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G1
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ATE
S N
UC
LEA
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NE
RG
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OR
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N4
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NE
RG
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W E
NE
RG
Y N
OR
THW
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T1
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EN
BW
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RN
KR
AFT
GM
BH
2
2
EN
TER
GY
EN
TER
GY
NU
CLE
AR
OP
ER
ATI
ON
S, I
NC
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2
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OS
EN
ER
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DE
L'O
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ST
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ISS
E1
E
PD
C E
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PO
WE
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PM
EN
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O.,L
TD.
1
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Z N
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LEK
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ITE
ITS
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OD
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TIE
MA
ATS
CH
AP
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M E
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ITY
2
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NE
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6
EXE
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EXE
LON
GE
NE
RA
TIO
N C
O.,
LLC
22
4
FE
NO
C F
IRS
T E
NE
RG
Y N
UC
LEA
R O
PE
RA
TIN
G C
O.
4
FK
A F
OR
SM
AR
K K
RA
FTG
RU
PP
AB
3
FO
RTU
MP
H F
OR
TUM
PO
WE
R A
ND
HE
AT
OY
(FO
RM
ER
IVO
)2
F
PL
FLO
RID
A P
OW
ER
& L
IGH
T C
O.
4
FQ
NP
CN
NC
FU
JIA
N F
UQ
ING
NU
CLE
AR
PO
WE
R C
O.,L
TD2
4
F
SN
PC
FU
JIA
N S
AN
MIN
G N
UC
LEA
R P
OW
ER
CO
.,LTD
.2
G
E G
EN
ER
AL
ELE
CTR
IC1
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
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5. N
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umbe
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eact
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Fu
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UM
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tinue
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Num
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OR
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S L
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not
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cifie
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TO
TAL
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67
2
15
7
88
TAB
LE 2
5. N
SSS
SUPP
LIER
S: A
BB
REV
IATI
ON
S AN
D S
UM
MAR
Y —
con
tinue
d Fu
ll na
me
of n
ucle
ar s
team
sup
ply
syst
em s
uppl
ier
Num
ber o
f rea
ctor
s, a
s of
31
Dec
. 201
5
74
Number of operational reactors by type and net electrical power (as of 31 Dec. 2015).
Figure 1.
282
78
14
49
15
3
263.
7
75.2
7.7
24.6
10.2
1.4
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
ele
ctric
al p
ower
(GW
(e))
75
Reactors under construction by type andnet electrical power (as of 31 Dec. 2015).
Figure 2.
57
4 4
1 1
58.0
3.9
2.5
0.5
0.2
0
10
20
30
40
50
60
70
PWR BWR PHWR FBR HTGR
Reactor type
Number of reactors
Net electrical power (GW(e))N
umbe
r of r
eact
ors
/ net
ele
ctric
al p
ower
(GW
(e))
76
Figu
re 3
. Nuc
lear
sha
re o
f ele
ctric
ity g
ener
atio
n (a
s of
31
Dec
. 201
5).
Not
e: T
he n
ucle
ar s
hare
of e
lect
ricity
sup
plie
d in
Tai
wan
, Chi
na w
as 1
6.3%
of t
he to
tal.
76%
57
%
56%
53
%
38%
38
%
35%
34
%
34%
34
%
32%
31
%
20%
20
%
19%
17
%
17%
14
%
07%
05
%
05%
04
%
04%
03
%
03%
0%10
%20
%30
%40
%50
%60
%70
%80
%90
%
FRAN
CE
UK
RA
INE
SLO
VA
KIA
HU
NG
ARY
SLO
VE
NIA
BE
LGIU
MA
RM
ENIA
SW
ED
EN
FIN
LAN
DS
WIT
ZER
LAN
DK
OR
EA
,REP
.OF
BU
LGA
RIA
SP
AIN
US
AR
US
SIA
RO
MA
NIA
CA
NA
DA
GE
RM
AN
YM
EXI
CO
AR
GE
NTI
NA
SO
UTH
AFR
ICA
PA
KIS
TAN
IND
IAC
HIN
AB
RA
ZIL
Nuc
lear
Sha
re
77
Worldwide median construction time in months(as of 31 Dec. 2015).
Figure 4.
131
85
29
23
20
12
19
10
84
93
82
121
59
77
67 69
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
-201
4
2015
Number of reactors Construction time
Num
ber o
f rea
ctor
s / c
onst
ruct
ion
time
(in m
onth
s)
78
Figu
re 5
. Num
ber o
f ope
ratio
nal r
eact
ors
by a
ge (a
s of
31
Dec
. 201
5).
10
5 4
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 19
16 21
19
5
11 12
14 10
19 12
8 9
3
6
05101520253035
01
23
45
67
89
1011
1213
1415
1617
1819
2021
2223
2425
2627
2829
3031
3233
3435
3637
3839
4041
4243
4445
46
Rea
ctor
age
(in
year
s)
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
5).
1
8
5
13
6
7
11
7
8
5
9
9
15
25
37
13
37
18
28
30
38
38
43
23
23
27
20
17
19
14
13
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
10
3
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
4
5
10
01020304050
19541955195619571958195919601961196219631964196519661967196819691970197119721973197419751976197719781979198019811982198319841985198619871988198919901991199219931994199519961997199819992000200120022003200420052006200720082009201020112012201320142015
Con
stru
ctio
n st
arts
Grid
con
nect
ions
Number of reactors
@ No. 24
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@
REFERENCE DATA SERIES No. 22016 Edition
Nuclear Power Reactors in the World
INTERNATIONAL ATOMIC ENERGY AGENCYVIENNA
ISBN 978–92–0–103716–9ISSN 1011–2642
16-14271_RDS_2-36_cover.indd All Pages 2016-05-03 08:10:15
