preliminary seasonal assessment of resource adequacy for the ercot region, summer 2015
TRANSCRIPT
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Release Date: March 2, 2015
PRELIMINARY Seasonal Assessment of Resource Adequacy for the ERCOT Region
Summer 2015
SUMMARY The ERCOT Region is expected to have sufficient installed generating capacity to serve forecasted peak demands in the upcoming summer season (June - September 2015). For the summer season, expected new capacity additions include the natural gas fired Goldsmith Peaker project with a summer rating of 294 MW, as well as 346 MW of summer peak wind capacity. This peak wind capacity was derived by applying new summer peak capacity percentages approved by the ERCOT Board of Directors in October 2014: 12 percent for non-coastal resources and 56 percent for coastal resources. Notable capacity reductions include the three R.W. Miller gas-fired steam units (summer capacity rating of 403 MW), which are now on extended outage due to lack of cooling water. Based on ERCOT's drought risk analysis, no other changes to unit capacities due to drought conditions are anticipated or reflected in the summer assessment at this time. ERCOT will continue to monitor the potential effect of drought conditions on generation capacity. Additionally, capacity for the Notrees Battery Storage facility was changed from 34 MW to zero MW because the facility provides regulation reserves in the Ancillary Services market and is not available to deliver energy on a sustained hourly basis. This SARA report includes a forecast of 2,689 MW of unit outages, based on historical outage data since the start of the Texas Nodal Market in December 2010. At this time, ERCOT does not anticipate changes to available generation capacity for the summer season due to compliance with the Cross-State Air Pollution Rule (CSAPR) or Mercury and Air Toxics Standards (MATS). CSAPR came into effect on January 1, 2015, and the compliance deadline for the MATS rule for units that have not received compliance extensions is April 15, 2015. ERCOT continues to monitor implementation and consults with generation resource owners on their compliance plans for CSAPR, MATS and other environmental regulations.
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17
Ope
ratio
nal R
esou
rces
(exc
ludi
ng w
ind)
, MW
64
,260
Bas
ed o
n cu
rren
t Sea
sona
l Max
imum
Sus
tain
able
Lim
its re
port
ed th
roug
h th
e un
it re
gist
ratio
n pr
oces
sSw
itcha
ble
Capa
city
Tot
al, M
W3,
496
Ins
talle
d ca
paci
ty o
f uni
ts th
at c
an in
terc
onne
ct w
ith o
ther
Reg
ions
and
are
ava
ilabl
e to
ERC
OT
less
Sw
itcha
ble
Capa
city
Una
vaila
ble
to E
RCO
T, M
W(4
70)
Bas
ed o
n su
rvey
resp
onse
s of S
witc
habl
e Re
sour
ce o
wne
rsM
othb
all R
esou
rces
, MW
1,93
3 B
ased
on
seas
onal
Mot
hbal
l uni
ts p
lus P
roba
bilit
y of
Ret
urn
resp
onse
s of M
othb
all R
esou
rce
owne
rsPr
ivat
e U
se N
etw
ork
Capa
city
Con
trib
utio
n, M
W4,
344
Ave
rage
cap
abili
ty o
f the
top
20 h
ours
in th
e su
mm
er p
eak
seas
ons f
or th
e pa
st th
ree
year
s (20
12-2
014)
Capa
city
Con
trib
utio
n of
Non
-Coa
stal
Win
d Re
sour
ces,
MW
1,30
7 B
ased
on
12%
of i
nsta
lled
capa
city
for n
on-c
oast
al w
ind
reso
urce
s per
ERC
OT
Nod
al P
roto
cols
Sect
ion
3.2.
6.2.
2 an
d ap
prov
ed N
PRR
611
Capa
city
Con
trib
utio
n of
Coa
stal
Win
d Re
sour
ces,
MW
941
Bas
ed o
n 56
% o
f ins
talle
d ca
paci
ty fo
r coa
stal
win
d re
sour
ces p
er E
RCO
T N
odal
Pro
toco
ls Se
ctio
n 3.
2.6.
2.2.
and
app
rove
d N
PRR
611
RMR
Reso
urce
s to
be u
nder
Con
trac
t, M
W0
No
RMR
Reso
urce
s cur
rent
ly u
nder
con
trac
tN
on-S
ynch
rono
us T
ies C
apac
ity C
ontr
ibut
ion,
MW
517
Ave
rage
cap
abili
ty o
f the
top
20 h
ours
in th
e su
mm
er p
eak
seas
ons f
or th
e pa
st th
ree
year
s (20
12-2
014)
Plan
ned
Reso
urce
s (no
t win
d) w
ith si
gned
IA a
nd A
ir Pe
rmit,
MW
294
Bas
ed o
n in
-ser
vice
dat
es p
rovi
ded
by d
evel
oper
s of g
ener
atio
n re
sour
ces
Capa
city
Con
trib
utio
n of
Pla
nned
Non
-Coa
stal
Win
d w
ith si
gned
IA ,
MW
232
Bas
ed o
n in
-ser
vice
dat
es p
rovi
ded
by d
evel
oper
s of g
ener
atio
n re
sour
ces a
nd 1
2% o
f ins
talle
d ca
paci
ty fo
r non
-coa
stal
win
d re
sour
ces
Capa
city
Con
trib
utio
n of
Pla
nned
Coa
stal
Win
d w
ith si
gned
IA ,
MW
113
Bas
ed o
n in
-ser
vice
dat
es p
rovi
ded
by d
evel
oper
s of g
ener
atio
n re
sour
ces a
nd 5
6% o
f ins
talle
d ca
paci
ty fo
r coa
stal
win
d re
sour
ces
[a] T
otal
Res
ourc
es, M
W76
,968
[b] P
eak
Dem
and,
MW
69,0
57 S
umm
er p
eak
fore
cast
is b
ased
on
norm
al w
eath
er c
ondi
tions
for 2
002
– 20
13
[c] R
eser
ve C
apac
ity [a
- b]
, MW
7,91
1
Fore
cast
ed
Sum
mer
Sea
son
Peak
Loa
d
Extr
eme
Load
/
Typi
cal G
ener
atio
n O
utag
es
Extr
eme
Load
/
Extr
eme
Gene
ratio
n O
utag
es
Seas
onal
Loa
d Ad
just
men
t2,
298
2,29
8
T ypi
cal M
aint
enan
ce O
utag
es32
8
32
8
328
T y
pica
l For
ced
Out
ages
2,36
1
2,
361
2,36
1
90th
Per
cent
ile F
orce
d O
utag
es-
-
2,45
6
[d] T
otal
Use
s of R
eser
ve C
apac
ity2,
689
4,98
7
7,
443
[e] C
apac
ity A
vaila
ble
for O
pera
ting
Rese
rves
(c-d
), M
W5,
222
2,92
4
46
8
Less
than
2,3
00 M
W in
dica
tes r
isk o
f EEA
1
Bas
ed o
n hi
stor
ical
ave
rage
of p
lann
ed o
utag
es fo
r Jun
e th
roug
h Se
ptem
ber w
eekd
ays (
star
ting
in A
ugus
t 201
0).
Bas
ed o
n hi
stor
ical
ave
rage
of f
orce
d ou
tage
s for
June
thro
ugh
Sept
embe
r wee
kday
s (st
artin
g in
Aug
ust 2
010)
.
Seas
onal
Ass
essm
ent o
f Res
ourc
e Ad
equa
cy fo
r the
ERC
OT
Regi
onSu
mm
er 2
015
- PRE
LIM
INAR
YRe
leas
e Da
te:
Mar
ch 2
, 201
5
Rang
e of
Pot
entia
l Risk
s
Fore
cast
ed C
apac
ity a
nd D
eman
d
Bas
ed o
n ex
trem
e w
eath
er fo
reca
st u
sing
2011
wea
ther
dat
a.
3 of
17
CO
MM
ON
NA
ME
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ERA
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N
INTE
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N
PRO
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OD
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UN
TYFU
ELZO
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STA
RT
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RA
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G (M
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ourc
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UTH
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OR
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AR
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AS
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1988
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OU
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1972
595.
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1980
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TTE
CO
AL
SO
UTH
1980
599.
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TTE
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WE
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AL
SO
UTH
1992
555.
015
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CE
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UTH
2010
775.
016
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1977
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UTH
1978
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TON
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ES
TON
EC
OA
LN
OR
TH19
8583
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ME
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ME
STO
NE
CO
AL
NO
RTH
1986
858.
020
MA
RTI
N L
AK
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1M
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S_U
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US
KC
OA
LN
OR
TH19
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0.0
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AR
TIN
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KE
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ES
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RU
SK
CO
AL
NO
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1978
805.
022
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NTI
CE
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MN
SE
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CO
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TH19
7879
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AK
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OV
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ES
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ER
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NC
OA
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ES
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1986
650.
026
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N M
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SA
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AL
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UTH
1982
391.
027
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ND
OW
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600.
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150.
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UTH
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81.4
4 of
17
CO
MM
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ERA
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N
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N
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178.
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106
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TER
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206
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0872
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NE
RG
Y C
EN
TER
STG
106
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0035
CB
EC
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1W
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RTO
NG
AS
SO
UTH
2007
103.
063
CO
LOR
AD
O B
EN
D E
NE
RG
Y C
EN
TER
STG
206
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0035
CB
EC
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2W
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RTO
NG
AS
SO
UTH
2008
106.
064
CV
C C
HA
NN
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IEW
CTG
102
INR
0004
CV
C_C
VC
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RR
ISG
AS
HO
US
TON
2008
155.
465
CV
C C
HA
NN
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IEW
CTG
202
INR
0004
CV
C_C
VC
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HA
RR
ISG
AS
HO
US
TON
2008
165.
166
CV
C C
HA
NN
ELV
IEW
CTG
302
INR
0004
CV
C_C
VC
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HA
RR
ISG
AS
HO
US
TON
2008
163.
967
CV
C C
HA
NN
ELV
IEW
STG
502
INR
0004
CV
C_C
VC
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HA
RR
ISG
AS
HO
US
TON
2008
134.
268
DE
ER
PA
RK
EN
ER
GY
CE
NTE
R C
TG 1
02IN
R00
20D
DP
EC
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HA
RR
ISG
AS
HO
US
TON
2002
181.
069
DE
ER
PA
RK
EN
ER
GY
CE
NTE
R C
TG 2
02IN
R00
20D
DP
EC
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HA
RR
ISG
AS
HO
US
TON
2002
193.
070
DE
ER
PA
RK
EN
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GY
CE
NTE
R C
TG 3
02IN
R00
20D
DP
EC
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RR
ISG
AS
HO
US
TON
2002
181.
071
DE
ER
PA
RK
EN
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GY
CE
NTE
R C
TG 4
02IN
R00
20D
DP
EC
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RR
ISG
AS
HO
US
TON
2002
193.
072
DE
ER
PA
RK
EN
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GY
CE
NTE
R S
TG02
INR
0020
DD
PE
C_S
T1H
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614
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1416
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NN
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US
ON
RE
PLA
CE
ME
NT
CTG
113
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0021
FER
GC
C_F
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GG
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AN
OG
AS
SO
UTH
2014
161.
977
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GU
SO
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LAC
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EN
T C
TG2
13IN
R00
21FE
RG
CC
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NO
GA
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1416
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NT
STG
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NO
GA
SS
OU
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1418
6.0
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RN
EY
EN
ER
GY
CE
NTE
R C
TG 1
101
INR
0007
FRN
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1K
AU
FMA
NG
AS
NO
RTH
2003
168.
080
FOR
NE
Y E
NE
RG
Y C
EN
TER
CTG
12
01IN
R00
07FR
NYP
P_G
T12
KA
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GA
SN
OR
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0316
0.0
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RN
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GY
CE
NTE
R C
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301
INR
0007
FRN
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3K
AU
FMA
NG
AS
NO
RTH
2003
160.
082
FOR
NE
Y E
NE
RG
Y C
EN
TER
CTG
21
01IN
R00
07FR
NYP
P_G
T21
KA
UFM
AN
GA
SN
OR
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0316
8.0
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RN
EY
EN
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GY
CE
NTE
R C
TG 2
201
INR
0007
FRN
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2K
AU
FMA
NG
AS
NO
RTH
2003
160.
084
FOR
NE
Y E
NE
RG
Y C
EN
TER
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23
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R00
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NYP
P_G
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KA
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GA
SN
OR
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0316
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RN
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GY
CE
NTE
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001
INR
0007
FRN
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AU
FMA
NG
AS
NO
RTH
2003
417.
086
FOR
NE
Y E
NE
RG
Y C
EN
TER
STG
20
01IN
R00
07FR
NYP
P_S
T20
KA
UFM
AN
GA
SN
OR
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0341
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EE
STO
NE
EN
ER
GY
CE
NTE
R C
TG 1
01IN
R00
09FR
EC
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FRE
ES
TON
EG
AS
NO
RTH
2002
151.
688
FRE
ES
TON
E E
NE
RG
Y C
EN
TER
CTG
201
INR
0009
FRE
C_G
T2FR
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STO
NE
GA
SN
OR
TH20
0215
1.6
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EE
STO
NE
EN
ER
GY
CE
NTE
R S
TG 3
01IN
R00
09FR
EC
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FRE
ES
TON
EG
AS
NO
RTH
2002
176.
290
FRE
ES
TON
E E
NE
RG
Y C
EN
TER
CTG
401
INR
0009
FRE
C_G
T4FR
EE
STO
NE
GA
SN
OR
TH20
0215
1.7
91FR
EE
STO
NE
EN
ER
GY
CE
NTE
R C
TG 5
01IN
R00
09FR
EC
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FRE
ES
TON
EG
AS
NO
RTH
2002
151.
792
FRE
ES
TON
E E
NE
RG
Y C
EN
TER
STG
601
INR
0009
FRE
C_S
T6FR
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STO
NE
GA
SN
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TH20
0217
4.5
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UA
DA
LUP
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EN
STN
CTG
101
INR
0004
GU
AD
G_G
AS
1G
UA
DA
LUP
EG
AS
SO
UTH
2000
148.
0
5 of
17
CO
MM
ON
NA
ME
GEN
ERA
TIO
N
INTE
RC
ON
NEC
TIO
N
PRO
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EU
NIT
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DE
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STA
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G (M
W)
94G
UA
DA
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EN
STN
CTG
201
INR
0004
GU
AD
G_G
AS
2G
UA
DA
LUP
EG
AS
SO
UTH
2000
148.
095
GU
AD
ALU
PE
GE
N S
TN C
TG 3
01IN
R00
04G
UA
DG
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S3
GU
AD
ALU
PE
GA
SS
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0014
8.0
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UA
DA
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E G
EN
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CTG
401
INR
0004
GU
AD
G_G
AS
4G
UA
DA
LUP
EG
AS
SO
UTH
2000
148.
097
GU
AD
ALU
PE
GE
N S
TN S
TG 5
01IN
R00
04G
UA
DG
_STM
5G
UA
DA
LUP
EG
AS
SO
UTH
2000
197.
098
GU
AD
ALU
PE
GE
N S
TN S
TG 6
01IN
R00
04G
UA
DG
_STM
6G
UA
DA
LUP
EG
AS
SO
UTH
2000
197.
099
HA
YS E
NE
RG
Y FA
CIL
ITY
CS
G 1
01IN
R00
03H
AYS
EN
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NG
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0221
6.0
100
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NE
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ITY
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R00
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EN
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6.0
101
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NE
RG
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ITY
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R00
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EN
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3H
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5.0
102
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R00
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UK
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SS
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R00
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UK
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3.0
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HID
ALG
O S
TG00
INR
0006
DU
KE
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KE
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HID
ALG
OG
AS
SO
UTH
2000
172.
010
6JA
CK
CO
UN
TY G
EN
FA
CIL
ITY
CTG
105
INR
0010
JAC
KC
NTY
_CT1
JAC
KG
AS
NO
RTH
2005
166.
010
7JA
CK
CO
UN
TY G
EN
FA
CIL
ITY
CTG
205
INR
0010
JAC
KC
NTY
_CT2
JAC
KG
AS
NO
RTH
2005
165.
010
8JA
CK
CO
UN
TY G
EN
FA
CIL
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STG
105
INR
0010
JAC
KC
NTY
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JAC
KG
AS
NO
RTH
2005
295.
010
9JA
CK
CO
UN
TY G
EN
FA
CIL
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CTG
310
INR
0010
JCK
CN
TY2_
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JAC
KG
AS
NO
RTH
2011
166.
011
0JA
CK
CO
UN
TY G
EN
FA
CIL
ITY
CTG
410
INR
0010
JCK
CN
TY2_
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JAC
KG
AS
NO
RTH
2011
165.
011
1JA
CK
CO
UN
TY G
EN
FA
CIL
ITY
STG
210
INR
0010
JCK
CN
TY2_
ST2
JAC
KG
AS
NO
RTH
2011
295.
011
2JO
HN
SO
N C
OU
NTY
GE
N F
AC
ILIT
Y C
TGTE
N_C
T1JO
HN
SO
NG
AS
NO
RTH
1997
163.
011
3JO
HN
SO
N C
OU
NTY
GE
N F
AC
ILIT
Y S
TGTE
N_S
TGJO
HN
SO
NG
AS
NO
RTH
1997
106.
011
4LA
MA
R P
OW
ER
PR
OJE
CT
CTG
11
00IN
R00
08LP
CC
S_C
T11
LAM
AR
GA
SN
OR
TH20
0016
3.0
115
LAM
AR
PO
WE
R P
RO
JEC
T C
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200
INR
0008
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CS
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2LA
MA
RG
AS
NO
RTH
2000
153.
011
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MA
R P
OW
ER
PR
OJE
CT
CTG
21
00IN
R00
08LP
CC
S_C
T21
LAM
AR
GA
SN
OR
TH20
0015
3.0
117
LAM
AR
PO
WE
R P
RO
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T C
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200
INR
0008
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CS
_CT2
2LA
MA
RG
AS
NO
RTH
2000
163.
011
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MA
R P
OW
ER
PR
OJE
CT
STG
100
INR
0008
LPC
CS
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LAM
AR
GA
SN
OR
TH20
0020
4.0
119
LAM
AR
PO
WE
R P
RO
JEC
T S
TG 2
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R00
08LP
CC
S_U
NIT
2LA
MA
RG
AS
NO
RTH
2000
204.
012
0LO
ST
PIN
ES
CTG
102
INR
0005
LOS
TPI_
LOS
TPG
T1B
AS
TRO
PG
AS
SO
UTH
2001
170.
012
1LO
ST
PIN
ES
CTG
202
INR
0005
LOS
TPI_
LOS
TPG
T2B
AS
TRO
PG
AS
SO
UTH
2001
170.
012
2LO
ST
PIN
ES
STG
02IN
R00
05LO
STP
I_LO
STP
ST1
BA
STR
OP
GA
SS
OU
TH20
0118
8.0
123
MA
GIC
VA
LLE
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TG 1
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R00
09N
ED
IN_N
ED
IN_G
1H
IDA
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GA
SS
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0120
8.6
124
MA
GIC
VA
LLE
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00IN
R00
09N
ED
IN_N
ED
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IDA
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GA
SS
OU
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0120
8.6
125
MA
GIC
VA
LLE
Y S
TG00
INR
0009
NE
DIN
_NE
DIN
_G3
HID
ALG
OG
AS
SO
UTH
2001
253.
012
6M
IDLO
THIA
N C
S 1
00IN
R00
12M
DA
NP
_CT1
ELL
ISG
AS
NO
RTH
2001
235.
012
7M
IDLO
THIA
N C
S 2
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R00
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DA
NP
_CT2
ELL
ISG
AS
NO
RTH
2001
235.
012
8M
IDLO
THIA
N C
S 3
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R00
12M
DA
NP
_CT3
ELL
ISG
AS
NO
RTH
2001
235.
012
9M
IDLO
THIA
N C
S 4
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R00
12M
DA
NP
_CT4
ELL
ISG
AS
NO
RTH
2001
235.
013
0M
IDLO
THIA
N C
S 5
02IN
R00
08M
DA
NP
_CT5
ELL
ISG
AS
NO
RTH
2002
252.
013
1M
IDLO
THIA
N C
S 6
02IN
R00
08M
DA
NP
_CT6
ELL
ISG
AS
NO
RTH
2002
252.
013
2N
UE
CE
S B
AY
CTG
809
INR
0039
NU
EC
ES
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UE
CE
SG
8N
UE
CE
SG
AS
CO
AS
TAL
2010
157.
013
3N
UE
CE
S B
AY
CTG
909
INR
0039
NU
EC
ES
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UE
CE
SG
9N
UE
CE
SG
AS
CO
AS
TAL
2010
157.
013
4N
UE
CE
S B
AY
STG
7N
UE
CE
S_B
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EC
ES
G7
NU
EC
ES
GA
SC
OA
STA
L19
7231
9.0
135
OD
ES
SA
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TOR
GE
N S
TN C
TG 1
101
INR
0026
OE
CC
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TOR
GA
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ES
T20
0115
1.0
136
OD
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TOR
GE
N S
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201
INR
0026
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CC
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TOR
GA
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T20
0114
0.4
137
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GE
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101
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0026
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TOR
GA
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0114
4.7
138
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GE
N S
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201
INR
0026
OE
CC
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TOR
GA
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T20
0114
2.4
139
OD
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SA
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GE
N S
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R00
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CS
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TOR
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CO
MM
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NA
ME
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N
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RC
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G (M
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140
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GA
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0121
0.0
141
PA
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RM
AN
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110
INR
0021
PA
ND
A_S
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ER
1CT1
GR
AYS
ON
GA
SN
OR
TH20
1419
6.0
142
PA
ND
A S
HE
RM
AN
CTG
210
INR
0021
PA
ND
A_S
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ER
1CT2
GR
AYS
ON
GA
SN
OR
TH20
1419
5.0
143
PA
ND
A S
HE
RM
AN
STG
10IN
R00
21P
AN
DA
_S_S
HE
R1S
T1G
RA
YSO
NG
AS
NO
RTH
2014
326.
014
4P
AN
DA
TE
MP
LE C
TG1
10IN
R00
20a
PA
ND
A_T
1_TM
PL1
CT1
BE
LLG
AS
NO
RTH
2014
195.
014
5P
AN
DA
TE
MP
LE C
TG2
10IN
R00
20a
PA
ND
A_T
1_TM
PL1
CT2
BE
LLG
AS
NO
RTH
2014
195.
014
6P
AN
DA
TE
MP
LE S
TG10
INR
0020
aP
AN
DA
_T1_
TMP
L1S
T1B
ELL
GA
SN
OR
TH20
1431
2.0
147
PA
RIS
EN
ER
GY
CE
NTE
R C
TG 1
TNS
KA
_GT1
LAM
AR
GA
SN
OR
TH19
8976
.014
8P
AR
IS E
NE
RG
Y C
EN
TER
CTG
2TN
SK
A_G
T2LA
MA
RG
AS
NO
RTH
1989
76.0
149
PA
RIS
EN
ER
GY
CE
NTE
R S
TGTN
SK
A_S
TGLA
MA
RG
AS
NO
RTH
1990
87.0
150
PA
SG
EN
CTG
2P
SG
_PS
G_G
T2H
AR
RIS
GA
SH
OU
STO
N20
0016
4.0
151
PA
SG
EN
CTG
3P
SG
_PS
G_G
T3H
AR
RIS
GA
SH
OU
STO
N20
0016
4.0
152
PA
SG
EN
STG
2P
SG
_PS
G_S
T2H
AR
RIS
GA
SH
OU
STO
N20
0016
7.0
153
QU
AIL
RU
N E
NE
RG
Y C
TG 1
06IN
R00
36Q
ALS
W_G
T2E
CTO
RG
AS
WE
ST
2007
74.0
154
QU
AIL
RU
N E
NE
RG
Y C
TG 2
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R00
36Q
ALS
W_G
T3E
CTO
RG
AS
WE
ST
2008
72.0
155
QU
AIL
RU
N E
NE
RG
Y C
TG 3
06IN
R00
36Q
ALS
W_S
TG1
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TOR
GA
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0798
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UN
EN
ER
GY
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406
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QA
LSW
_STG
2E
CTO
RG
AS
WE
ST
2008
98.0
157
QU
AIL
RU
N E
NE
RG
Y S
TG 1
06IN
R00
36Q
ALS
W_G
T1E
CTO
RG
AS
WE
ST
2007
74.0
158
QU
AIL
RU
N E
NE
RG
Y S
TG 2
06IN
R00
36Q
ALS
W_G
T4E
CTO
RG
AS
WE
ST
2008
72.0
159
SA
M R
AYB
UR
N C
TG 7
03IN
R00
14R
AYB
UR
N_R
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UR
G7
VIC
TOR
IAG
AS
SO
UTH
2003
50.0
160
RIO
NO
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LES
CTG
102
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0001
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DA
LUP
EG
AS
SO
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2002
154.
016
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IO N
OG
ALE
S C
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AD
ALU
PE
GA
SS
OU
TH20
0215
4.0
162
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NO
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LES
CTG
302
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0001
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DA
LUP
EG
AS
SO
UTH
2002
154.
016
3R
IO N
OG
ALE
S S
TG 4
02IN
R00
01R
ION
OG
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GU
AD
ALU
PE
GA
SS
OU
TH20
0232
3.0
164
SA
M R
AYB
UR
N C
TG 8
03IN
R00
14R
AYB
UR
N_R
AYB
UR
G8
VIC
TOR
IAG
AS
SO
UTH
2003
50.0
165
SA
M R
AYB
UR
N C
TG 9
03IN
R00
14R
AYB
UR
N_R
AYB
UR
G9
VIC
TOR
IAG
AS
SO
UTH
2003
50.0
166
SA
M R
AYB
UR
N S
TG 1
003
INR
0014
RA
YBU
RN
_RA
YBU
RG
10V
ICTO
RIA
GA
SS
OU
TH20
0340
.016
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AN
DH
ILL
EN
ER
GY
CE
NTE
R C
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A03
INR
0033
S
AN
DH
SYD
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TRA
VIS
GA
SS
OU
TH20
0415
0.0
168
SA
ND
HIL
L E
NE
RG
Y C
EN
TER
STG
5C
03IN
R00
33
SA
ND
HS
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H_5
CTR
AV
ISG
AS
SO
UTH
2004
145.
016
9S
ILA
S R
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6S
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SR
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AS
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AM
ER
ON
GA
SC
OA
STA
L19
6220
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ILA
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CTG
9S
ILA
SR
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AS
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AM
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ON
GA
SC
OA
STA
L19
9638
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1T
H W
HA
RTO
N C
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1TH
W_T
HW
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1H
AR
RIS
GA
SH
OU
STO
N19
7257
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2T
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HA
RTO
N C
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2TH
W_T
HW
GT3
2H
AR
RIS
GA
SH
OU
STO
N19
7257
.017
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N C
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3TH
W_T
HW
GT3
3H
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RIS
GA
SH
OU
STO
N19
7257
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N C
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4TH
W_T
HW
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4H
AR
RIS
GA
SH
OU
STO
N19
7257
.017
5T
H W
HA
RTO
N S
TG 3
THW
_TH
WS
T_3
HA
RR
ISG
AS
HO
US
TON
1974
104.
017
6T
H W
HA
RTO
N C
TG 4
1TH
W_T
HW
GT4
1H
AR
RIS
GA
SH
OU
STO
N19
7257
.017
7T
H W
HA
RTO
N C
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2TH
W_T
HW
GT4
2H
AR
RIS
GA
SH
OU
STO
N19
7257
.017
8T
H W
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N C
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3TH
W_T
HW
GT4
3H
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RIS
GA
SH
OU
STO
N19
7457
.017
9T
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HA
RTO
N C
TG 4
4TH
W_T
HW
GT4
4H
AR
RIS
GA
SH
OU
STO
N19
7457
.018
0T
H W
HA
RTO
N S
TG 4
THW
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WS
T_4
HA
RR
ISG
AS
HO
US
TON
1974
104.
018
1TE
XAS
CIT
Y C
TG A
TXC
TY_C
TAG
ALV
ES
TON
GA
SH
OU
STO
N20
0096
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ES
TON
GA
SH
OU
STO
N20
0096
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ALV
ES
TON
GA
SH
OU
STO
N20
0096
.618
4TE
XAS
CIT
Y S
TGTX
CTY
_ST
GA
LVE
STO
NG
AS
HO
US
TON
2000
131.
618
5V
ICTO
RIA
PO
WE
R S
TATI
ON
CTG
608
INR
0050
VIC
TOR
IA_V
ICTO
RG
6V
ICTO
RIA
GA
SS
OU
TH20
0916
0.0
7 of
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CO
MM
ON
NA
ME
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ERA
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N
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RC
ON
NEC
TIO
N
PRO
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T C
OD
EU
NIT
CO
DE
CO
UN
TYFU
ELZO
NE
STA
RT
YEA
RSU
MM
ER
RA
TIN
G (M
W)
186
VIC
TOR
IA P
OW
ER
STA
TIO
N S
TG 5
08IN
R00
50V
ICTO
RIA
_VIC
TOR
G5
VIC
TOR
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AS
SO
UTH
1963
125.
018
7W
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ITA
FA
LLS
CTG
1W
FCO
GE
N_U
NIT
1W
ICH
ITA
GA
SW
ES
T19
8720
.018
8W
ICH
ITA
FA
LLS
CTG
2W
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GE
N_U
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2W
ICH
ITA
GA
SW
ES
T19
8720
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9W
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ITA
FA
LLS
CTG
3W
FCO
GE
N_U
NIT
3W
ICH
ITA
GA
SW
ES
T19
8720
.019
0W
ICH
ITA
FA
LLS
STG
4W
FCO
GE
N_U
NIT
4W
ICH
ITA
GA
SW
ES
T19
8717
.019
1W
ISE
-TR
AC
TEB
EL
PO
WE
R C
TG 1
02IN
R00
09W
CP
P_C
T1W
ISE
GA
SN
OR
TH20
0421
2.0
192
WIS
E-T
RA
CTE
BE
L P
OW
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CTG
202
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0009
WC
PP
_CT2
WIS
EG
AS
NO
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2004
212.
019
3W
ISE
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AC
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EL
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CP
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GA
SN
OR
TH20
0424
1.0
194
WO
LF H
OLL
OW
PO
WE
R C
TG 1
01IN
R00
15W
HC
CS
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OD
GA
SN
OR
TH20
0221
2.5
195
WO
LF H
OLL
OW
PO
WE
R C
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01IN
R00
15W
HC
CS
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HO
OD
GA
SN
OR
TH20
0221
2.5
196
WO
LF H
OLL
OW
PO
WE
R S
TG01
INR
0015
WH
CC
S_S
TGH
OO
DG
AS
NO
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2002
280.
019
7A
TKIN
S C
TG 7
ATK
INS
_ATK
INS
G7
BR
AZO
SG
AS
NO
RTH
1973
20.0
198
DA
NS
BY
CTG
2D
AN
SB
Y_D
AN
SB
YG2
BR
AZO
SG
AS
NO
RTH
2004
48.0
199
DA
NS
BY
CTG
309
INR
0072
DA
NS
BY_
DA
NS
BYG
3B
RA
ZOS
GA
SN
OR
TH20
1048
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0D
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KE
R C
RE
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CTG
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KE
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PG
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VIS
GA
SS
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TH19
8948
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KE
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RE
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CTG
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TH19
8948
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RE
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TH19
8948
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8948
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TH19
9071
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OR
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9070
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0446
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ES
T19
8868
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T19
8868
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RE
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CH
ELL
GA
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T19
8868
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OR
GA
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RE
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CTG
5M
GS
ES
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CH
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GA
SW
ES
T19
8868
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OR
GA
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CH
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GA
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T19
8867
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CO
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STA
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MM
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RA
TIN
G (M
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232
PE
AR
SA
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EN
GIN
E P
LAN
T A
09IN
R00
79a
PE
AR
SA
L2_A
GR
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ASS
OU
TH20
1250
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RS
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NG
INE
PLA
NT
B09
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0079
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EA
RS
AL2
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FRIO
GAS
SO
UTH
2012
50.6
234
PE
AR
SA
LL IC
EN
GIN
E P
LAN
T C
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R00
79b
PE
AR
SA
L2_A
GR
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TH20
1250
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RS
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RS
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1250
.623
6P
ER
MIA
N B
AS
IN C
TG 1
PB
2SE
S_C
T1W
AR
DG
AS
WE
ST
1988
68.0
237
PE
RM
IAN
BA
SIN
CTG
2P
B2S
ES
_CT2
WA
RD
GA
SW
ES
T19
8865
.023
8P
ER
MIA
N B
AS
IN C
TG 3
PB
2SE
S_C
T3W
AR
DG
AS
WE
ST
1988
68.0
239
PE
RM
IAN
BA
SIN
CTG
4P
B2S
ES
_CT4
WA
RD
GA
SW
ES
T19
9069
.024
0P
ER
MIA
N B
AS
IN C
TG 5
PB
2SE
S_C
T5W
AR
DG
AS
WE
ST
1990
70.0
241
R W
MIL
LER
CTG
4M
IL_M
ILLE
RG
4P
ALO
PIN
TOG
AS
NO
RTH
2000
104.
024
2R
W M
ILLE
R C
TG 5
MIL
_MIL
LER
G5
PA
LO P
INTO
GA
SN
OR
TH20
0010
4.0
243
RA
Y O
LIN
GE
R C
TG 4
00IN
R00
24O
LIN
GR
_OLI
NG
_4C
OLL
ING
AS
NO
RTH
2001
75.0
244
SA
M R
AYB
UR
N C
TG 1
RA
YBU
RN
_RA
YBU
RG
1V
ICTO
RIA
GA
SS
OU
TH19
6311
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5S
AM
RA
YBU
RN
CTG
2R
AYB
UR
N_R
AYB
UR
G2
VIC
TOR
IAG
AS
SO
UTH
1963
11.0
246
SA
N J
AC
INTO
SE
S C
TG 1
SJS
_SJS
_G1
HA
RR
ISG
AS
HO
US
TON
1995
81.0
247
SA
N J
AC
INTO
SE
S C
TG 2
SJS
_SJS
_G2
HA
RR
ISG
AS
HO
US
TON
1995
81.0
248
SA
ND
HIL
L E
NE
RG
Y C
EN
TER
CTG
101
INR
0041
SA
ND
HS
YD_S
H1
TRA
VIS
GA
SS
OU
TH20
0147
.024
9S
AN
DH
ILL
EN
ER
GY
CE
NTE
R C
TG 2
01IN
R00
41S
AN
DH
SYD
_SH
2TR
AV
ISG
AS
SO
UTH
2001
47.0
250
SA
ND
HIL
L E
NE
RG
Y C
EN
TER
CTG
301
INR
0041
SA
ND
HS
YD_S
H3
TRA
VIS
GA
SS
OU
TH20
0147
.025
1S
AN
DH
ILL
EN
ER
GY
CE
NTE
R C
TG 4
01IN
R00
41S
AN
DH
SYD
_SH
4TR
AV
ISG
AS
SO
UTH
2001
47.0
252
SA
ND
HIL
L E
NE
RG
Y C
EN
TER
CTG
609
INR
0045
SA
ND
HS
YD_S
H6
TRA
VIS
GA
SS
OU
TH20
1047
.025
3S
AN
DH
ILL
EN
ER
GY
CE
NTE
R C
TG 7
09IN
R00
45S
AN
DH
SYD
_SH
7TR
AV
ISG
AS
SO
UTH
2010
47.0
254
SIL
AS
RA
Y C
TG 1
004
INR
0014
SIL
AS
RA
Y_S
ILA
S_1
0C
AM
ER
ON
GA
SC
OA
STA
L20
0446
.025
5T
H W
HA
RTO
N C
TG 5
1TH
W_T
HW
GT5
1H
AR
RIS
GA
SH
OU
STO
N19
7557
.025
6T
H W
HA
RTO
N C
TG 5
2TH
W_T
HW
GT5
2H
AR
RIS
GA
SH
OU
STO
N19
7557
.025
7T
H W
HA
RTO
N C
TG 5
3TH
W_T
HW
GT5
3H
AR
RIS
GA
SH
OU
STO
N19
7557
.025
8T
H W
HA
RTO
N C
TG 5
4TH
W_T
HW
GT5
4H
AR
RIS
GA
SH
OU
STO
N19
7557
.025
9T
H W
HA
RTO
N C
TG 5
5TH
W_T
HW
GT5
5H
AR
RIS
GA
SH
OU
STO
N19
7557
.026
0T
H W
HA
RTO
N C
TG 5
6TH
W_T
HW
GT5
6H
AR
RIS
GA
SH
OU
STO
N19
7557
.026
1T
H W
HA
RTO
N C
TG G
1TH
W_T
HW
GT_
1H
AR
RIS
GA
SH
OU
STO
N19
6713
.026
2TE
XAS
GU
LF S
ULP
HU
RTG
F_TG
FGT_
1W
HA
RTO
NG
AS
SO
UTH
1985
79. 0
263
V H
BR
AU
NIG
CTG
509
INR
0028
BR
AU
NIG
_VH
B6C
T5B
EXA
RG
AS
SO
UTH
2009
48.0
264
V H
BR
AU
NIG
CTG
609
INR
0028
BR
AU
NIG
_VH
B6C
T6B
EXA
RG
AS
SO
UTH
2009
48.0
265
V H
BR
AU
NIG
CTG
709
INR
0028
BR
AU
NIG
_VH
B6C
T7B
EXA
RG
AS
SO
UTH
2009
48.0
266
V H
BR
AU
NIG
CTG
809
INR
0028
BR
AU
NIG
_VH
B6C
T8B
EXA
RG
AS
SO
UTH
2009
48.0
267
W A
PA
RIS
H C
TG 1
WA
P_W
AP
GT_
1FT
. BE
ND
GA
SH
OU
STO
N19
6713
.026
8W
A P
AR
ISH
- P
ETR
A N
OV
A C
TG12
INR
0086
PN
PI_
GT2
FOR
T B
EN
DG
AS
HO
US
TON
2013
74.0
269
WIN
CH
ES
TER
PO
WE
R P
AR
K C
TG 1
09IN
R00
27W
IPO
PA
_WP
P_G
1FA
YETT
EG
AS
SO
UTH
2009
44.0
270
WIN
CH
ES
TER
PO
WE
R P
AR
K C
TG 2
09IN
R00
27W
IPO
PA
_WP
P_G
2FA
YETT
EG
AS
SO
UTH
2009
44.0
271
WIN
CH
ES
TER
PO
WE
R P
AR
K C
TG 3
09IN
R00
27W
IPO
PA
_WP
P_G
3FA
YETT
EG
AS
SO
UTH
2009
44.0
272
WIN
CH
ES
TER
PO
WE
R P
AR
K C
TG 4
09IN
R00
27W
IPO
PA
_WP
P_G
4FA
YETT
EG
AS
SO
UTH
2009
44.0
273
B M
DA
VIS
STG
U1
B_D
AV
IS_B
_DA
VIG
1N
UE
CE
SG
AS
CO
AS
TAL
1974
335.
027
4C
ED
AR
BA
YOU
STG
U1
CB
Y_C
BY_
G1
CH
AM
BE
RS
GA
SH
OU
STO
N19
7074
5.0
275
CE
DA
R B
AYO
U S
TG U
2C
BY_
CB
Y_G
2C
HA
MB
ER
SG
AS
HO
US
TON
1972
749.
027
6D
AN
SB
Y S
TG U
1D
AN
SB
Y_D
AN
SB
YG1
BR
AZO
SG
AS
NO
RTH
1978
110.
027
7D
EC
KE
R C
RE
EK
STG
U1
DE
CK
ER
_DP
G1
TRA
VIS
GA
SS
OU
TH19
7131
5.0
9 of
17
CO
MM
ON
NA
ME
GEN
ERA
TIO
N
INTE
RC
ON
NEC
TIO
N
PRO
JEC
T C
OD
EU
NIT
CO
DE
CO
UN
TYFU
ELZO
NE
STA
RT
YEA
RSU
MM
ER
RA
TIN
G (M
W)
278
DE
CK
ER
CR
EE
K S
TG U
2D
EC
KE
R_D
PG
2TR
AV
ISG
AS
SO
UTH
1978
420.
027
9G
RA
HA
M S
TG U
1G
RS
ES
_UN
IT1
YOU
NG
GA
SW
ES
T19
6022
5.0
280
GR
AH
AM
STG
U2
GR
SE
S_U
NIT
2YO
UN
GG
AS
WE
ST
1969
390.
028
1G
RE
EN
S B
AYO
U S
TG U
5G
BY_
GB
Y_5
HA
RR
ISG
AS
HO
US
TON
1973
371.
028
2H
AN
DLE
Y S
TG U
3H
LSE
S_U
NIT
3TA
RR
AN
TG
AS
NO
RTH
1963
395.
028
3H
AN
DLE
Y S
TG U
4H
LSE
S_U
NIT
4TA
RR
AN
TG
AS
NO
RTH
1976
435.
028
4H
AN
DLE
Y S
TG U
5H
LSE
S_U
NIT
5TA
RR
AN
TG
AS
NO
RTH
1977
435.
028
5LA
KE
HU
BB
AR
D S
TG U
1LH
SE
S_U
NIT
1D
ALL
AS
GA
SN
OR
TH19
7039
2.0
286
LAK
E H
UB
BA
RD
STG
U2
LHS
ES
_UN
IT2A
DA
LLA
SG
AS
NO
RTH
1973
515.
028
7M
OU
NTA
IN C
RE
EK
STG
U6
MC
SE
S_U
NIT
6D
ALL
AS
GA
SN
OR
TH19
5612
0.0
288
MO
UN
TAIN
CR
EE
K S
TG U
7M
CS
ES
_UN
IT7
DA
LLA
SG
AS
NO
RTH
1958
115.
028
9M
OU
NTA
IN C
RE
EK
STG
U8
MC
SE
S_U
NIT
8D
ALL
AS
GA
SN
OR
TH19
6756
5.0
290
O W
SO
MM
ER
S S
TG U
1C
ALA
VE
RS
_OW
S1
BE
XAR
GA
SS
OU
TH19
7242
0.0
291
O W
SO
MM
ER
S S
TG U
2C
ALA
VE
RS
_OW
S2
BE
XAR
GA
SS
OU
TH19
7442
0.0
292
PE
AR
SA
LL S
TG U
1P
EA
RS
ALL
_PE
AR
S_1
FRIO
GA
SS
OU
TH19
6125
.029
3P
EA
RS
ALL
STG
U2
PE
AR
SA
LL_P
EA
RS
_2FR
IOG
AS
SO
UTH
1961
25.0
294
PE
AR
SA
LL S
TG U
3P
EA
RS
ALL
_PE
AR
S_3
FRIO
GA
SS
OU
TH19
6125
.029
5P
OW
ER
LAN
E P
LAN
T S
TG U
1S
TEA
M1A
_STE
AM
_1H
UN
TG
AS
NO
RTH
1966
20.0
296
PO
WE
RLA
NE
PLA
NT
STG
U2
STE
AM
_STE
AM
_2H
UN
TG
AS
NO
RTH
1967
26.0
297
PO
WE
RLA
NE
PLA
NT
STG
U3
STE
AM
_STE
AM
_3H
UN
TG
AS
NO
RTH
1978
41.0
298
R W
MIL
LER
STG
U1
MIL
_MIL
LER
G1
PA
LO P
INTO
GA
SN
OR
TH20
16-
299
R W
MIL
LER
STG
U2
MIL
_MIL
LER
G2
PA
LO P
INTO
GA
SN
OR
TH20
16-
300
R W
MIL
LER
STG
U3
MIL
_MIL
LER
G3
PA
LO P
INTO
GA
SN
OR
TH20
16-
301
RA
Y O
LIN
GE
R S
TG U
1O
LIN
GR
_OLI
NG
_1C
OLL
ING
AS
NO
RTH
1967
78.0
302
RA
Y O
LIN
GE
R S
TG U
2O
LIN
GR
_OLI
NG
_2C
OLL
ING
AS
NO
RTH
1971
107.
030
3R
AY
OLI
NG
ER
STG
U3
OLI
NG
R_O
LIN
G_3
CO
LLIN
GA
SN
OR
TH19
7514
6.0
304
SIM
GID
EO
N S
TG U
1G
IDE
ON
_GID
EO
NG
1B
AS
TRO
PG
AS
SO
UTH
1965
130.
030
5S
IM G
IDE
ON
STG
U2
GID
EO
N_G
IDE
ON
G2
BA
STR
OP
GA
SS
OU
TH19
6813
5.0
306
SIM
GID
EO
N S
TG U
3G
IDE
ON
_GID
EO
NG
3B
AS
TRO
PG
AS
SO
UTH
1972
336.
030
7S
PE
NC
ER
STG
U4
SP
NC
ER
_SP
NC
E_4
DE
NTO
NG
AS
NO
RTH
1966
61.0
308
SP
EN
CE
R S
TG U
5S
PN
CE
R_S
PN
CE
_5D
EN
TON
GA
SN
OR
TH19
7361
.030
9S
TRYK
ER
CR
EE
K S
TG U
1S
CS
ES
_UN
IT1A
CH
ER
OK
EE
GA
SN
OR
TH19
5816
7.0
310
ST R
YKE
R C
RE
EK
STG
U2
SC
SE
S_U
NIT
2C
HE
RO
KE
EG
AS
NO
RTH
1965
502.
031
1TR
INID
AD
STG
U6
TRS
ES
_UN
IT6
HE
ND
ER
SO
NG
AS
NO
RTH
1965
226.
031
2V
H B
RA
UN
IG S
TG U
1B
RA
UN
IG_V
HB
1B
EXA
RG
AS
SO
UTH
1966
220.
031
3V
H B
RA
UN
IG S
TG U
2B
RA
UN
IG_V
HB
2B
EXA
RG
AS
SO
UTH
1968
230.
031
4V
H B
RA
UN
IG S
TG U
3B
RA
UN
IG_V
HB
3B
EXA
RG
AS
SO
UTH
1970
412.
031
5W
A P
AR
ISH
STG
U1
WA
P_W
AP
_G1
FT. B
EN
DG
AS
HO
US
TON
1958
169.
031
6W
A P
AR
ISH
STG
U2
WA
P_W
AP
_G2
FT. B
EN
DG
AS
HO
US
TON
1958
169.
031
7W
A P
AR
ISH
STG
U3
WA
P_W
AP
_G3
FT. B
EN
DG
AS
HO
US
TON
1961
246.
031
8W
A P
AR
ISH
STG
U4
WA
P_W
AP
_G4
FT. B
EN
DG
AS
HO
US
TON
1968
536.
031
9N
OTR
EE
S B
ATT
ER
Y FA
CIL
ITY
12IN
R00
76N
WF_
NB
SW
INK
LER
STO
RA
GE
WE
ST
2012
-32
0A
CA
CIA
SO
LAR
13D
GR
0001
AC
AC
IA_U
NIT
_1P
RE
SID
IOS
OLA
RW
ES
T20
1210
.032
1B
AR
ILLA
SO
LAR
(FS
, PE
CO
S)
12IN
R00
59H
OV
EY_
UN
IT1
PE
CO
SS
OLA
RW
ES
T20
1419
.932
2O
CI A
LAM
O 1
SO
LAR
13IN
R00
58O
CI_
ALM
1_U
NIT
1B
EXA
RS
OLA
RS
OU
TH20
1339
.232
3O
CI A
LAM
O 4
SO
LAR
(BR
AC
KE
TVIL
LE)
14IN
R00
24E
CLI
PS
E_U
NIT
1K
INN
EY
SO
LAR
SO
UTH
2014
37.6
10 o
f 17
CO
MM
ON
NA
ME
GEN
ERA
TIO
N
INTE
RC
ON
NEC
TIO
N
PRO
JEC
T C
OD
EU
NIT
CO
DE
CO
UN
TYFU
ELZO
NE
STA
RT
YEA
RSU
MM
ER
RA
TIN
G (M
W)
324
WE
BB
ER
VIL
LE S
OLA
R10
INR
0082
WE
BB
ER
_S_W
SP
1TR
AV
ISS
OLA
RS
OU
TH20
1126
.732
5B
LUE
WIN
G 1
SO
LAR
DG
_BR
OO
K_1
UN
ITB
EXA
RS
OLA
RS
OU
TH20
107.
632
6B
LUE
WIN
G 2
SO
LAR
DG
_ELE
M_1
UN
ITB
EXA
RS
OLA
RS
OU
TH20
107.
332
7O
CI A
LAM
O 3
-WA
LZE
M S
OLA
RD
G_W
ALZ
M_U
NIT
1B
EXA
RS
OLA
RS
OU
TH20
145.
532
8S
UN
ED
ISO
N C
PS
3 S
OM
ER
SE
T 1
SO
LAR
DG
_SO
ME
1_1U
NIT
BE
XAR
SO
LAR
SO
UTH
2012
5.6
329
SU
NE
DIS
ON
SO
ME
RS
ET
2 S
OLA
RD
G_S
OM
E2_
1UN
ITB
EXA
RS
OLA
RS
OU
TH20
125.
033
0S
UN
ED
ISO
N R
AB
EL
RO
AD
SO
LAR
DG
_VA
LL1_
1UN
ITB
EXA
RS
OLA
RS
OU
TH20
129.
933
1S
UN
ED
ISO
N V
ALL
EY
RO
AD
SO
LAR
DG
_VA
LL2_
1UN
ITB
EXA
RS
OLA
RS
OU
TH20
129.
933
2N
AC
OG
DO
CH
ES
PO
WE
R09
INR
0007
NA
CP
W_U
NIT
1N
AC
OG
DO
CH
ES
BIO
MA
SS
NO
RTH
2012
105.
033
3LU
FKIN
BIO
MA
SS
08IN
R00
33LF
BIO
_UN
IT1
AN
GE
LIN
AB
IOM
AS
SN
OR
TH20
1245
.033
4B
IOE
NE
RG
Y A
US
TIN
WA
LZE
M R
D L
FGD
G_W
ALZ
E_4
UN
ITS
BE
XAR
BIO
MA
SS
SO
UTH
2002
9.8
335
BIO
EN
ER
GY
TEXA
S C
OV
EL
GA
RD
EN
S L
FGD
G_M
ED
IN_1
UN
ITB
EXA
RB
IOM
AS
SS
OU
TH20
059.
633
6FO
RT
WO
RTH
ME
THA
NE
DG
_RD
LML_
1UN
ITTA
RR
AN
TB
IOM
AS
SN
OR
TH20
111.
633
7M
CK
INN
EY
LFG
DG
_MK
NS
W_2
UN
ITS
CO
LLIN
BIO
MA
SS
NO
RTH
2011
3.2
338
SK
YLIN
E L
AN
DFI
LL G
AS
DG
_FE
RIS
_4 U
NIT
SD
ALL
AS
BIO
MA
SS
NO
RTH
2007
6.4
339
TRIN
ITY
OA
KS
LFG
DG
_KLB
RG
_1U
NIT
DA
LLA
SB
IOM
AS
SN
OR
TH20
113.
234
0V
IRID
IS E
NE
RG
Y-A
LVIN
DG
_AV
_DG
1G
ALV
ES
TON
BIO
MA
SS
HO
UST
ON
2002
6.7
341
VIR
IDIS
EN
ER
GY-
HU
MB
LED
G_H
B_D
G1
HA
RR
ISB
IOM
AS
SH
OU
STO
N20
0210
.034
2V
IRID
IS E
NE
RG
Y-LI
BE
RTY
DG
_LB
_DG
1H
AR
RIS
BIO
MA
SS
HO
US
TON
2002
3.9
343
VIR
IDIS
EN
ER
GY-
TRIN
ITY
BA
YD
G_T
RN
_DG
1C
HA
MB
ER
SB
IOM
AS
SH
OU
STO
N20
023.
934
4W
M R
EN
EW
AB
LE-A
US
TIN
LFG
DG
_SP
RIN
_4U
NIT
STR
AV
ISB
IOM
AS
SS
OU
TH20
076.
434
5W
M R
EN
EW
AB
LE-D
FW G
AS
RE
CO
VE
RY
LFG
DG
_BIO
2_4U
NIT
SD
EN
TON
BIO
MA
SS
NO
RTH
2009
6.4
346
WM
RE
NE
WA
BLE
-BIO
EN
ER
GY
PA
RTN
ER
S L
FGD
G_B
IOE
_2U
NIT
SD
EN
TON
BIO
MA
SS
NO
RTH
1988
6.2
347
WM
RE
NE
WA
BLE
-ME
SQ
UIT
E C
RE
EK
LFG
DG
_FR
EIH
_2U
NIT
SC
OM
AL
BIO
MA
SS
SO
UTH
2011
3.2
348
WM
RE
NE
WA
BLE
-WE
STS
IDE
LFG
DG
_WS
THL_
3UN
ITS
PA
RK
ER
BIO
MA
SS
NO
RTH
2010
4.8
349
Ope
ratio
nal C
apac
ity T
otal
(Coa
l, G
as, N
ucle
ar, B
iom
ass,
Sol
ar)
63,8
26.8
350
351
Ope
ratio
nal R
esou
rces
(Hyd
ro)
352
AM
ISTA
D H
YDR
O 1
AM
ISTA
D_A
MIS
TAG
1V
AL
VE
RD
EH
YDR
OW
ES
T19
8337
.935
3A
MIS
TAD
HYD
RO
2A
MIS
TAD
_AM
ISTA
G2
VA
L V
ER
DE
HYD
RO
WE
ST
1983
37.9
354
AU
STI
N H
YDR
O 1
AU
STP
L_A
US
TIN
G1
TRA
VIS
HYD
RO
SO
UTH
1940
8.0
355
AU
STI
N H
YDR
O 2
AU
STP
L_A
US
TIN
G2
TRA
VIS
HYD
RO
SO
UTH
1940
9.0
356
BU
CH
AN
AN
HYD
RO
1B
UC
HA
N_B
UC
HA
NG
1LL
AN
OH
YDR
OS
OU
TH19
3816
.035
7B
UC
HA
NA
N H
YDR
O 2
BU
CH
AN
_BU
CH
AN
G2
LLA
NO
HYD
RO
SO
UTH
1938
16.0
358
BU
CH
AN
AN
HYD
RO
3B
UC
HA
N_B
UC
HA
NG
3LL
AN
OH
YDR
OS
OU
TH19
5017
.035
9D
EN
ISO
N D
AM
1D
ND
AM
_DE
NIS
OG
1G
RA
YSO
NH
YDR
ON
OR
TH19
4440
.036
0D
EN
ISO
N D
AM
2D
ND
AM
_DE
NIS
OG
2G
RA
YSO
NH
YDR
ON
OR
TH19
4840
.036
1FA
LCO
N H
YDR
O 1
FALC
ON
_FA
LCO
NG
1S
TAR
RH
YDR
OS
OU
TH19
5412
.036
2FA
LCO
N H
YDR
O 2
FALC
ON
_FA
LCO
NG
2S
TAR
RH
YDR
OS
OU
TH19
5412
.036
3FA
LCO
N H
YDR
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FALC
ON
_FA
LCO
NG
3S
TAR
RH
YDR
OS
OU
TH19
5412
.036
4G
RA
NIT
E S
HO
ALS
HYD
RO
1W
IRTZ
_WIR
TZ_G
1B
UR
NE
TH
YDR
OS
OU
TH19
5129
.036
5G
RA
NIT
E S
HO
ALS
HYD
RO
2W
IRTZ
_WIR
TZ_G
2B
UR
NE
TH
YDR
OS
OU
TH19
5129
.036
6IN
KS
HYD
RO
1IN
KS
DA
_IN
KS
_G1
LLA
NO
HYD
RO
SO
UTH
1938
14.0
367
MA
RB
LE F
ALL
S H
YDR
O 1
MA
RB
FA_M
AR
BFA
G1
BU
RN
ET
HYD
RO
SO
UTH
1951
21.0
368
MA
RB
LE F
ALL
S H
YDR
O 2
MA
RB
FA_M
AR
BFA
G2
BU
RN
ET
HYD
RO
SO
UTH
1951
20.0
369
MA
RS
HA
LL F
OR
D H
YDR
O 1
MA
RS
FO_M
AR
SFO
G1
TRA
VIS
HYD
RO
SO
UTH
1941
36.0
11 o
f 17
CO
MM
ON
NA
ME
GEN
ERA
TIO
N
INTE
RC
ON
NEC
TIO
N
PRO
JEC
T C
OD
EU
NIT
CO
DE
CO
UN
TYFU
ELZO
NE
STA
RT
YEA
RSU
MM
ER
RA
TIN
G (M
W)
370
MA
RS
HA
LL F
OR
D H
YDR
O 2
MA
RS
FO_M
AR
SFO
G2
TRA
VIS
HYD
RO
SO
UTH
1941
36.0
371
MA
RS
HA
LL F
OR
D H
YDR
O 3
MA
RS
FO_M
AR
SFO
G3
TRA
VIS
HYD
RO
SO
UTH
1941
29.0
372
WH
ITN
EY
DA
M H
YDR
OW
ND
_WH
ITN
EY1
BO
SQ
UE
HYD
RO
NO
RTH
1953
20.0
373
WH
ITN
EY
DA
M H
YDR
O 2
WN
D_W
HIT
NE
Y2B
OS
QU
EH
YDR
ON
OR
TH19
5315
.037
4G
UA
DA
LUP
E B
LAN
CO
RIV
ER
AU
TH-C
AN
YON
DG
_CA
NYH
Y_C
AN
YHYG
1C
OM
AL
HYD
RO
SO
UTH
1989
6.0
375
EA
GLE
PA
SS
HYD
RO
DG
_EA
GLE
_HY_
EA
GLE
_HY1
MA
VE
RIC
KH
YDR
OS
OU
TH20
059.
637
6G
UA
DA
LUP
E B
LAN
CO
RIV
ER
AU
TH-L
AK
EW
OO
D T
AP
DG
_LK
WD
T_2U
NIT
SG
ON
ZALE
SH
YDR
OS
OU
TH19
314.
837
7C
ITY
OF
GA
RLA
ND
LE
WIS
VIL
LE H
YDR
OD
G_L
WS
VL_
1UN
ITD
EN
TON
HYD
RO
NO
RTH
1991
2.2
378
GU
AD
ALU
PE
BLA
NC
O R
IVE
R A
UTH
-MC
QU
EE
NE
YD
G_M
CQ
UE
_5U
NIT
SG
UA
DA
LUP
EH
YDR
OS
OU
TH19
287.
737
9G
UA
DA
LUP
E B
LAN
CO
RIV
ER
AU
TH-S
CH
UM
AN
SV
ILLE
DG
_SC
HU
M_2
UN
ITS
GU
AD
ALU
PE
HYD
RO
SO
UTH
1928
3.6
380
Ope
ratio
nal C
apac
ity T
otal
(Hyd
ro)
540.
738
1H
ydro
Cap
acity
Con
tribu
tion
(Top
20
Hou
rs)
HYD
RO
_CA
P_C
ON
T43
3.4
382
383
Ope
ratio
nal C
apac
ity T
otal
(Inc
ludi
ng H
ydro
)64
,260
.238
438
5Sw
itcha
ble
Res
ourc
es38
6K
IAM
ICH
I EN
ER
GY
FAC
ILIT
Y 1C
T101
03IN
R00
12K
MC
HI_
1CT1
01FA
NN
ING
AS
NO
RTH
2003
153.
038
7K
IAM
ICH
I EN
ER
GY
FAC
ILIT
Y 1C
T201
03IN
R00
12K
MC
HI_
1CT2
01FA
NN
ING
AS
NO
RTH
2003
155.
038
8K
IAM
ICH
I EN
ER
GY
FAC
ILIT
Y 1S
T03
INR
0012
KM
CH
I_1S
TFA
NN
ING
AS
NO
RTH
2003
315.
038
9K
IAM
ICH
I EN
ER
GY
FAC
ILIT
Y 2C
T101
03IN
R00
12K
MC
HI_
2CT1
01FA
NN
ING
AS
NO
RTH
2003
153.
039
0K
IAM
ICH
I EN
ER
GY
FAC
ILIT
Y 2C
T201
03IN
R00
12K
MC
HI_
2CT2
01FA
NN
ING
AS
NO
RTH
2003
155.
039
1K
IAM
ICH
I EN
ER
GY
FAC
ILIT
Y 2S
T03
INR
0012
KM
CH
I_2S
TFA
NN
ING
AS
NO
RTH
2003
315.
039
2TE
NA
SK
A-F
RO
NTI
ER
CTG
100
PS
R4
FTR
_FTR
_G1
GR
IME
SG
AS
NO
RTH
2000
160.
039
3TE
NA
SK
A-F
RO
NTI
ER
CTG
200
PS
R4
FTR
_FTR
_G2
GR
IME
SG
AS
NO
RTH
2000
160.
039
4TE
NA
SK
A-F
RO
NTI
ER
CTG
300
PS
R4
FTR
_FTR
_G3
GR
IME
SG
AS
NO
RTH
2000
160.
039
5TE
NA
SK
A-F
RO
NTI
ER
STG
400
PS
R4
FTR
_FTR
_G4
GR
IME
SG
AS
NO
RTH
2000
400.
039
6TE
NA
SK
A-G
ATE
WA
Y C
TG 1
01IN
R00
19TG
CC
S_C
T1R
US
KG
AS
NO
RTH
2001
156.
039
7TE
NA
SK
A-G
ATE
WA
Y C
TG 2
01IN
R00
19TG
CC
S_C
T2R
US
KG
AS
NO
RTH
2001
135.
039
8TE
NA
SK
A-G
ATE
WA
Y C
TG 3
01IN
R00
19TG
CC
S_C
T3R
US
KG
AS
NO
RTH
2001
153.
039
9TE
NA
SK
A-G
ATE
WA
Y S
TG 4
01IN
R00
19TG
CC
S_U
NIT
4R
US
KG
AS
NO
RTH
2001
402.
040
0FR
ON
TER
A G
EN
ER
ATI
ON
CTG
1FR
ON
TER
A_F
RO
NTE
G1
HID
ALG
OG
AS
SO
UTH
1999
170.
040
1FR
ON
TER
A G
EN
ER
ATI
ON
CTG
2FR
ON
TER
A_F
RO
NTE
G2
HID
ALG
OG
AS
SO
UTH
1999
170.
040
2FR
ON
TER
A G
EN
ER
ATI
ON
STG
FRO
NTE
RA
_FR
ON
TEG
3H
IDA
LGO
GA
SS
OU
TH20
0018
4.0
403
Switc
habl
e C
apac
ity T
otal
3,49
6.0
404
405
Sw
itcha
ble
Cap
acity
Una
vaila
ble
to E
RC
OT
SW
ITC
H_U
NA
VA
ILG
AS
(470
.0)
406
407
Ava
ilabl
e M
othb
all C
apac
ity, S
easo
nal P
lus
Ow
ner's
Ret
urn
Pro
babi
lity
MO
TH_A
VA
ILC
OA
L1,
933.
040
840
9P
rivat
e-U
se N
etw
ork
Cap
acity
Con
tribu
tion
(Top
20
Hou
rs)
PU
N_C
AP
_CO
NT
GA
S4,
344.
041
041
1W
ind
Res
ourc
es41
2A
NA
CA
CH
O W
IND
12IN
R00
72A
NA
CA
CH
O_A
NA
KIN
NE
YW
IND
SO
UTH
2012
99.8
413
BA
RTO
N C
HA
PE
L W
IND
06IN
R00
21B
RTS
W_B
CW
1JA
CK
WIN
DN
OR
TH20
0712
0.0
414
BLU
E S
UM
MIT
WIN
D 5
12IN
R00
75B
LSU
MM
IT_B
LSM
T1_5
WIL
BA
RG
ER
WIN
DW
ES
T20
139.
041
5B
LUE
SU
MM
IT W
IND
612
INR
0075
BLS
UM
MIT
_BLS
MT1
_6W
ILB
AR
GE
RW
IND
WE
ST
2013
126.
4
12 o
f 17
CO
MM
ON
NA
ME
GEN
ERA
TIO
N
INTE
RC
ON
NEC
TIO
N
PRO
JEC
T C
OD
EU
NIT
CO
DE
CO
UN
TYFU
ELZO
NE
STA
RT
YEA
RSU
MM
ER
RA
TIN
G (M
W)
416
BO
BC
AT
BLU
FF W
IND
08IN
R00
49B
CA
TWIN
D_W
IND
_1A
RC
HE
RW
IND
WE
ST
2012
150.
041
7B
UFF
ALO
GA
P W
IND
FA
RM
104
INR
0015
BU
FF_G
AP
_UN
IT1
TAYL
OR
WIN
DW
ES
T20
0612
0.6
418
BU
FFA
LO G
AP
WIN
D F
AR
M 2
_106
INR
0037
BU
FF_G
AP
_UN
IT2_
1TA
YLO
RW
IND
WE
ST
2007
115.
541
9B
UFF
ALO
GA
P W
IND
FA
RM
2_2
06IN
R00
37B
UFF
_GA
P_U
NIT
2_2
TAYL
OR
WIN
DW
ES
T20
0711
7.0
420
BU
FFA
LO G
AP
WIN
D F
AR
M 3
07IN
R00
30B
UFF
_GA
P_U
NIT
3TA
YLO
RW
IND
WE
ST
2008
170.
242
1B
ULL
CR
EE
K W
IND
PLA
NT
U1
07IN
R00
37B
ULL
CR
K_W
ND
1B
OR
DE
NW
IND
WE
ST
2009
88.0
422
BU
LL C
RE
EK
WIN
D P
LAN
T U
207
INR
0037
BU
LLC
RK
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D2
BO
RD
EN
WIN
DW
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0990
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ALL
AH
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WIN
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CA
LLA
HA
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ND
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ALL
AH
AN
WIN
DW
ES
T20
0411
4.0
424
CA
MP
SP
RIN
GS
WIN
D 1
06IN
R00
38C
SE
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SE
CG
1S
CU
RR
YW
IND
WE
ST
2007
130.
542
5C
AM
P S
PR
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S W
IND
207
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CS
EC
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EC
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SC
UR
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WIN
DW
ES
T20
0712
0.0
426
CA
PR
ICO
RN
RID
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WIN
D 1
07IN
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18C
AP
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GE
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1S
TER
LIN
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WE
ST
2007
214.
542
7C
AP
RIC
OR
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IDG
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207
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0041
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PR
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6.0
428
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RN
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WIN
D 3
07IN
R00
41C
AP
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GE
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TER
LIN
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WE
ST
2007
149.
542
9C
AP
RIC
OR
N R
IDG
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408
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PR
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4_C
R4
CO
KE
WIN
DW
ES
T20
0811
2.5
430
CE
DR
O H
ILL
WIN
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09IN
R00
82C
ED
RO
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WE
BB
WIN
DS
OU
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1075
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ED
RO
HIL
L W
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209
INR
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CE
DR
OH
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HW
2W
EB
BW
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UTH
2010
75.0
432
CH
AM
PIO
N W
IND
FA
RM
07IN
R00
45d
CH
AM
PIO
N_U
NIT
1N
OLA
NW
IND
WE
ST
2008
126.
543
3D
ES
ER
T S
KY
WIN
D F
AR
M 1
IND
NE
NR
_IN
DN
EN
RP
EC
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T S
KY
WIN
D F
AR
M 2
IND
NE
NR
_IN
DN
EN
R_2
PE
CO
SW
IND
WE
ST
2002
76.5
435
ELB
OW
CR
EE
K W
IND
PR
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CT
08IN
R00
53E
LB_E
LBC
RE
EK
HO
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WIN
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8.7
436
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4.2
437
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0028
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STE
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WIN
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T20
0880
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OA
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207
INR
0028
bG
OA
T_G
OA
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2S
TER
LIN
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IND
WE
ST
2010
69.6
439
GO
LDTH
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ITE
WIN
D 1
11IN
R00
13G
WE
C_G
WE
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ILLS
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OR
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8.6
440
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AN
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107.
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103
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RR
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WE
ST
2003
99.0
443
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EE
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203
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WE
ST
2003
61.0
444
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CK
BE
RR
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FA
RM
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HW
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HA
CK
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OR
DW
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WE
ST
2008
163.
544
5H
OR
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HO
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105
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OR
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ES
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446
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RS
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DW
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447
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RS
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8.0
448
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RS
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HO
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0610
8.0
449
INA
DA
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IND
07IN
R00
45b
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L_IN
AD
ALE
1N
OLA
NW
IND
WE
ST
2008
196.
645
0IN
DIA
N M
ES
A W
IND
FA
RM
00IN
R00
22IN
DN
NW
P_I
ND
NN
WP
PE
CO
SW
IND
WE
ST
2001
82.5
451
KE
EC
HI W
IND
138
KV
JO
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CH
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WE
ST
2001
79.3
454
KIN
G M
OU
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0025
KIN
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TON
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ING
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GS
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PTO
NW
IND
WE
ST
2001
79.3
456
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GFO
RD
WIN
D P
OW
ER
10IN
R00
26LG
D_L
AN
GFO
RD
TOM
GR
EE
NW
IND
WE
ST
2009
155.
045
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NE
STA
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1 (M
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SH
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100.
045
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INE
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DP
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09IN
R00
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WO
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2M
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HE
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IND
WE
ST
2009
51.0
13 o
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ME
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INTE
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09IN
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WE
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144.
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PA
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150.
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FA
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KLE
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2009
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DW
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2008
58.8
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PA
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94.2
473
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AN
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WIN
D 2
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14IN
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PH
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AR
SO
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PA
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96.6
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WE
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479
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M07
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WE
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2008
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BIN
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147.
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WE
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WIN
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2011
100.
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WE
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ATE
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G W
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aS
GM
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ALM
TH
OW
AR
DW
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WE
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1999
27.7
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WE
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150.
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ILLS
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D 1
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117.
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2008
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91.0
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ST
213
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112.
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DD
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2008
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141.
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17 of 17
Release Date: March 2, 2015
Seasonal Assessment of Resource Adequacy for the ERCOT Region Background The Seasonal Assessment of Resource Adequacy (SARA) report is a deterministic approach to considering the impact of potential variables that may affect the sufficiency of installed resources to meet the peak electrical demand on the ERCOT System during a particular season. The standard approach to assessing resource adequacy for one or more years into the future is to account for projected load and resources on a normalized basis and to require sufficient reserves (resources in excess of peak demand, on this normalized basis) to cover the uncertainty in peak demand and resource availability to meet a one-in-ten-years loss-of-load event criteria on a probabilistic basis. For seasonal assessments that look ahead less than a year, specific information may be available (such as seasonal climate forecasts or anticipated common-mode events such as drought) which can be used to consider the range of resource adequacy in a more deterministic manner. In contrast to the Capacity, Demand and Reserves (CDR) report, which addresses the sufficiency of planning reserves on an annual basis as described above, the SARA report focuses on the availability of sufficient operating reserves to avoid emergency actions such as deployment of voluntary load reduction resources. Consequently, load reduction resources included in the CDR report, such as Emergency Response Service (ERS) and Load Resources that provide operating reserves (LRs), are excluded from the SARA. The SARA report is intended to illustrate the range of resource adequacy outcomes that might occur, and thus help fulfill the reporting requirement per Public Utility Commission of Texas rule 25.362(i)(2)(H). Several sensitivity analyses are developed by varying the value of certain parameters that affect resource adequacy. The variation in these parameters is based on historic values of these parameters or adjustments by any known or expected changes.