cy 2012 trd_tads
TRANSCRIPT
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The following worksheets are a combination of the NERC TADS and the WECC TRD s The WECC TRD worksheets have been slightly modified from that used for 2007 datasheets data submittals are mandatory for the entire calendar year of 2012.
The NERC TADS sheets and data are to be submitted to NERC through only the WEC
The following timeline will be followed as closely as possible to facilitate completion
December-11
WECC releases the combination worksheets of the NERC TADS and WECC TRD.
The updated User Manual is released, this is a combination of the TRD User Manual a
October-12
WECC webinar
February 1, 2013*
Due date for TRD and TADS Sheets submitted to WECC office.
* All submissions should be submitted to WECC - Doug Tucker ([email protected])
Tab color codes:
Should be submitted by TO's with no TADS elements by Decem
Should be submitted by TO's with TADS elements by February 1
Should be submitted by TO's with TADS elements by February 1
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heets.
submittals. The NERC TADS
office.
on time for both NERC and WECC:
nd the TADS User Manual.
er 1, 2011
, 2013
, 2013
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Form 1.1 Non-Reporting Transmission Owner Statement
Data is not Confidential
Row No. NERC ID
1 Transmission Owner Name:
2 Regional Entity Name:
3 Country:
4 Reporting Year:
5
6
7
8
9
10
11
12
13
14 Data Reporting Instruction Manual posted at
15 http://www.nerc.com/~filez/tadstf.html.
1617
18 Name
19 Title
20 Company
21
22
23
24
25 E-mail address
26 Telephone (office)
27 Telephone (mobile)28 Date
The definitions of the terms used above are provided in the NERC TADS
On behalf of the Transmission Owner named above, this statement is submitted
by:
Mailing Address
As of date below, the Transmission Owner named above affirms that it
does not own any transmission assets as defined below:
1. AC Circuits 200 kV (Overhead and Underground)
2. Transformers with 200 kV low-side voltage
3. AC/DC Back-to-Back Converters with 200 kV AC voltage, both sides
4. DC Circuits with +/-200 kV DC voltage
http://www.nerc.com/~filez/tadstf.html.http://www.nerc.com/~filez/tadstf.html. -
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Form 1.2 Reporting Transmission Owner Information
Data is not Confidential The TO acknowledges that it owns or will report on o
Row No. NERC ID
1 Transmission Owner Name:
2 Regional Entity Name:
3 Country:
4 Reporting Year:5
6 TO Contacts:
7 Name Primary:
8 Title
9
10
11
12 E-mail address
13 Telephone (office)
14 Telephone (mobile)
15
16 Name Secondary:
17 Title
18
1920
21 E-mail address
22 Telephone (office)
23 Telephone (mobile)
Form No. Short Form Name Submission Status Reason Not Submitted
1.1 TO TADS Statement Not Submitted Must be submitted if Non-Reporting Contact Da
1.2 TO Contacts: Submitted Must be submitted Contact Da
2.1 Joint AC/DC Ckts Submitted NA; form was submitted Confidentia
2.2 Joint AC/DC BTB Converters Not Submitted No data of this type Confidentia
3.1 AC/DC Ckt. Inven. Submitted NA; form was submitted Data is not
3.2 Transformer Inven. Submitted NA; form was submitted Data is not
3.3 AC/DC BTB Con. Inven. Not Submitted No Elements of this type Data is not
3.4 Summary Auto. Outage Data Submitted NA; form was submitted Confidentia
4.1 AC Circuit Outages Submitted NA; form was submitted Confidentia4.2 DC Circuit Outages Not Submitted No Elements of this type Confidentia
4.3 Transformer Outages Not Submitted No Outages Confidentia
4.4 AC/DC BTB Con.Outages Not Submitted No Elements of this type Confidentia
5.0 Event ID Codes Submitted NA; form was submitted Confidentia
* If the TO
for any da
TADS Application Checklist
1. AC Circuits 200 kV (Overhead and Undergrou
2. Transformers with 200 kV low-side voltage
3. AC/DC Back-to-Back Converters with 200 kV A
4. DC Circuits with +/-200 kV DC voltage
Mailing Address
Mailing Address
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Notes:
[1]
[2] List any Multiple-Owner circuit that was in-service for at least part of the reporting period.
This form lists all the AC and DC Circuits that are jointly-owned and which are 2
To ensure that outage data on these Elements are reported, the TO must list each
(A) (B) (C) (D) (E)
Row
No.
Type of Circuit (AC
or DC) From To To2 Voltage Class
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1617
18
19
20
21
22
23
24
25
26
27
2829
30
31
32
33
34
35
36
1. Were multiple-owner AC and DC Circuits added during the reporting year?
Form 2.1 Multiple-Owner AC and DC Circuits
Substation/Terminal Name
2. If the answer to the question above is "yes," does this Form 2.1 reflect the additions?
If a TO owns or reports on Elements in a different NERC Region or in a different country, provide
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89
90
91
92
93
94
9596
97
98
99
100
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0 kV. One TO must assume reporting responsibility, and that TO must be indentified in column
ointly-owned circuit, the joint-owners and the TO that is reporting outage data on the circuit.
(F) (G) (H) (I) (J) (K) (L)
Overhead or
Underground
Reporting
TO's NERC ID
Reporting
TO's Name
Reporting
TO's Element
Identifier
TO#1
NERC ID TO#1 Name
TO#2
NERC ID
CONFIDENTIAL INFORMATION
NA - 1st submittal
NA
Names of
ata for each Region and country in a separate workbook.
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s H and I.
(M) (N) (O) (P) (Q) (R) (S)
TO#2 Name
TO#3
NERC ID TO#3 Name
TO#4
NERC ID TO#4 Name
TO#5
NERC ID O#5 Nam
ll Transmission Owners (occurs up to 10x)
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(T) (U) (V) (W) (X) (Y) (Z) (AA) (AB)
TO#6
NERC ID O#6 Nam
TO#7
NERC ID TO#7 Name
TO#8
NERC ID O#8 Nam
TO#9
NERC ID O#9 Nam
TO#10
NERC ID
Names of All Transmission Owners
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(AC)
O#10 Name
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Notes:
[1]
[2]
(A) (B) (C) (D) (G)
Row
No.
Name of AC/DC
Back-to-Back
Converter Station NoElement_1 on one side
on second
side
Reporting TO's
NERC ID
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Form 2.2 Multi-Owner AC/DC BTB Converters
1. Were multi-owner AC/DC Back-to-Back Converters added during the reporting year?
AC Circuit Voltage Class
2. If the answer to the question above is "yes," does this Form 2.2 reflect the additions?
If a TO owns or reports on Elements in a different NERC Region or in a different country, provid
Columns B, E, and F are hidden because they contain no data for this form
This form lists all the AC/DC Back-to-Back Converters that have multiple owner
To ensure that outage data on these Elements are reported, the TO must list eac
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(H) (I) (J) (K) (L) (M)
Reporting
TO's Name
Reporting
TO's Element
Identifier
TO#1
NERC ID TO#1 Name
TO#2
NERC ID TO#2 Name
ONFIDENTIAL INFORMATIO
NA - 1st submittal
NA
Names of All Transmission Owners
e data for each Region and
s and which are 200 kV AC on both sides. One TO must assume
h multiple-owner converter, the multiple owners and the TO that
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WECC Form
NERC/WECC Transmission Circuit Inventory
Reporting TO/TOP Circuit Code From Bus To Bus
Tertiary
Bus (for 3
terminal
lines) Miles
Circuit
Type
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kV
Conductors
Per Phase
Overhead
Ground
Wire
Insulator
Type
Cable
Type
Structure
Materials
Structure
Types
Circuits
per
Structure Terrain
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Elevation
In Service
Date
Retirement
Date
Parent
Code Comments
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Reporting
TO/TOP
Transformer
Code
Transformer
Location
High Side
kV
Low Side
kV
Single
Phase or
3 Phase
ree
Phase
Bank
Rating in
MVA
In
Service
Date
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Retirement
Date Comments
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Transmission Owner (TO):
NERC ID
Regional Entity:
Country:
Reporting (Calendar) Year:
(A) (B) (C) (D) (E)
Row
No. Voltage Class [2]
No. of
Converters (End
of-Year)
No. of
Converters
Added
Equivalent Annual
No. of Converters
Added [3]
No. of Converters
Removed
1 200-299 kV
2 300-399 kV
3 400-499 kV
4 500-599 kV
5 600-799 kV
Notes:
[1]
[2] Report the highest terminal AC voltage (phase-to-phase).
[3] See example in the Data Reporting Instruction Manual, Appendix 7
Form 3.3
AC/DC Back-to-Back Converter Inventory Data
If a TO owns assets in a different NERC Region or in a different country, provide data for each Region a
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(F) (G)
Equivalent Annual
No. of Converters
Removed [3]
CALCULATED Annual
Equivalent No. of
Converters = B-
C+D+F
0.0
0.0
0.0
0.0
0.0
nd country in a separate workbook.
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FORM WECC/NERC
Reporting
TO/TOP of
Circuit #1
Circuit Code
1st Circuit
Reporting
TO/TOP of
Circuit #2
Circuit Code
2nd Circuit Common Miles
Common
Corridor
Note: An entry per row for each commonality, ROW or structure.
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Comments
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Notes:
[1]
[2]
[3] Report the highest terminal AC voltage (phase-to-phase).
[4]
[5]
[6]
[7] 0 = Outage began and ended within the reporting year; 1= Outage began in the reporting year but conti
(A) (B) (C) (D) (G) (J) (K)
Outage
ID Code
Event ID
Code [2]
Voltage
Class [3]
Converter
Name
TO Element
Identifier
(AC/DC BTB) Fault Type
Outage Initiation
Code
AC/DC Back-to-Back Converter
Form 4.4 AC/DC BTB Converter Outages CONFI
The Event ID Code is defined on Form 5.
For Momentary Outages, do not us the "Unavailable" Cause Code. For Sustained Outages, the "Unava
For outages which started in another (previous) reporting year, enter 01/01/yyyy 00:00 as the Outage St
Report zero hours and zero minutes Outage Duration for Momentary Outages.
If a TO owns or reports on Elements in a different NERC Region or in a different country, provide data f
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ues into the next reporting year; 2 = Outage started in another (previous) reporting year.
(L) (M) (N) (O) (P) (Q)
Start Time
(mm/dd/yyyy
hh:mm) [4]
Outage
Duration
hhhh:mm [5]
Initiating Cause
Code
Sustained Cause
Code [6] Outage Mode
Outage
Continuatio
n Code [7]
omentary and Sustained Outage Data
Cause Codes
ENTIAL INFORMATION
ilable" Cause Code may be used for
art Time, where yyyy is the current
r each Region and country in a
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Notes:
[1]
[2] Report the highest terminal AC voltage (phase-to-phase).
[3] For outages which started in another (previous) reporting year, enter 01/01/yyyy
[4]
[5]
[6]
[7] 0 = Outage began and ended within the reporting year; 1= Outage began in the r
(A) (C) (D)
Outage ID Code Voltage Class [2] Converter Name
Enter "NA" if the outage is NOT a Planned Outage
Enter "NA" if the outage is NOT a Operational Outage
Form 6.4 AC/DC BTB Converter Non-Automatic Outages
If a TO owns or reports on Elements in a different NERC Region or in a different
For outages that started in a previous reporting year, enter the Outage Duration f
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0:00 as the Outage Start Time, where yyyy is the current reporting yea
porting year but continues into the next reporting year; 2 = Outage sta
(G) (K)
TO Element Identifier (AC/DC BTB)
Non-Automatic
OutageType
AC/DC Back-to-
CONF
country, provide data for each Region and country in a separate workb
or the current reporting year only.
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upload display a choice is provided for start time data provided in another time zone.
(N) (O) (Q)
Planned Outage Cause
Code [5]
Operational Outage Cause
Code [6] Outage Continuation Code [7]
Cause Codes
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Reporting
TO/TOP
Equipment
Code
Event Type
#(Not
Needed for
Non-Auto
Outages)
Start Date/Time
(GMT)
End Date/Time
(GMT)
Initiating/Primary
Cause Code or Non-
Auto Outage Cause
Code
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Sustained/Secondary
Cause Code or
Operational Outage
Cause Code
Outage Mode
(Not Needed
for Non-Auto
Outages)
Fault Type
(Not Needed
for Non-Auto
Outages)
Outage
Initiation Code
or Non-
Automatic
Outage Type Outage Type
Event ID (Not
Needed for
Non-Auto
Outage)
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Disturbance
Reported
(Only EOP-
004 Reports) Comments
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Operator
Circuit
Type kV
Conductors
Per Phase
Overhea
d
Ground
Insulator
Type
Cable
Type
Structur
e
Material
Structur
e Types
Common
Corridor
ATCO ACO 200-299 kV 1 0 CEP SWD AL DLC TOC
ALTA ACC 300-399 kV 2 1 CES SND CN HFR CRW
APS DCO 400-499 kV 3 2 POP OWD FG KFR
AVA DCC 500-599 kV 4 POS OND ST LATBCTC 600-799 kV 5 GLS GWD WD SPG
BEPC 6 MXD GND CM SPU
BHP 7 OTH OT DOP
BPAT 8 MX SLC
CDWR YTY
CCREEK OTH
CSU MXD
CFE
COWPUD
CHPUD
CROCK
DGTDOPD
DOE-RL
DYAV Type O BTB kV
Non-Auto
Outage Type OH/UG
EPE AC 200-299 kV Planned OH
FBC DC 300-399 kV Operational UG
FPLE 400-599 kV
GCPD 600-799 kV
HGC
IID
IPC
KPUD
LDWP
LCPUD Region Country
MID FRCC Canada
MILWND MRO Mexico
MDU NPCC US
MPSC RFC
MWD SERC
NVE SPP
NWMT TRE
OPD WECC
PACPG&E
PGE
PNM
PRPA
PSC
PSE
SCE
SCL
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SDGE
SMUD
SPPC
SRP
SREC
SWTC
TANCTALTA
TBC
TEP
TIDC
TPWR
TSGT
UECA
USBR
VEA
WALC
WAPA
WASNWAUW
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Circuits
Per
Structur Terrain
Elevatio
n
Bank
Type
Cause
Code
Outage
Mode
Conductors
per Phase
Ground
Wire
Circuits
per
Structur
Event
Type
1 CO 1 A WEA IND 1 0 1 05
2 DS 2 B ENV DEP 2 1 2 06
3 MT 3 FIR COM 3 2 3 11
4 FR 4 CON DEPI 4 4 135 UR 5 FOR COMI 5 31
6 MX 6 PSC 6 49
7 PR 99 TEE 60
8 TER 61
HUM 62
LIG 90
VEG
VTM
LOS
UNK
Outage
Mode
Code
Single Mode
Dependent Mode Initiating
Dependent Mode
Common Mode
Common Mode Initiating
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Cause Code Sustained Code
Weather, excluding lightning NA- Momentary
Lightning Weather, excluding lightning
Environmental Lightning
Contamination EnvironmentalForeign Interference Contamination
Fire Foreign Interference
Vandalism, Terrorism, or Malicious Acts Fire
Failed AC Substation Equipment Vandalism, Terrorism, or Malicious Acts
Failed AC/DC Terminal Equipment Failed AC Substation Equipment
Failed Protection System Equipment Failed AC/DC Terminal Equipment
Failed AC Circuit Equipment Failed Protection System Equipment
Failed DC Circuit Equipment Failed AC Circuit Equipment
Vegetation Failed DC Circuit Equipment
Power System Condition Vegetation
Human Error Power System Condition
Unknown Human Error Other Unknown
NA Other
Maintenance and Construction NA
Third Party Request Emergency
Other Planned Outage System Voltage Limit Mitigation
System Operating Limit Mitigation, ex Volta
Other Operational Outage
Planned Outage Code Operational Outage Code
NA NA
Maintenance and Construction Emergency
Third Party Request System Voltage Limit Mitigation
Other Planned Outage stem Operating Limit Mitigation, ex Voltage
Other Operational Outage
Cause Code Sustained Code
Weather, excluding lightning NA- Momentary
Lightning Weather, excluding lightningEnvironmental Lightning
Contamination Environmental
Foreign Interference Contamination
Fire Foreign Interference
Vandalism, Terrorism, or Malicious Acts Fire
Failed AC Substation Equipment Vandalism, Terrorism, or Malicious Acts
Failed AC/DC Terminal Equipment Failed AC Substation Equipment
Failed Protection System Equipment Failed AC/DC Terminal Equipment
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Failed AC Circuit Equipment Failed Protection System Equipment
Failed DC Circuit Equipment Failed AC Circuit Equipment
Vegetation Failed DC Circuit Equipment
Power System Condition Vegetation
Human Error Power System Condition
Unknown Human Error
Other UnknownOther
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Fault Type Outage Initiation Codes Report
Outage
Type Cir_Type Place
No fault Element-Initiated Yes Auto AC OH
P-P fault Other Element-Initiated No Forced DC UG
Single P-G fault AC Substation-Initiated Don't know Manual
P-P-G, 3 P, or 3P-G fault AC/DC Terminal-InitiatedUnknown fault type Operational
Planned
Other Facility-Initiated
e
Outage Continuation
Code Fault Type
Outage
Initiation Codes
0 No fault Element-Initiated
1 P-P fault Other Element-Initiated
2 Single P-G fault AC Substation-Initiated
P-P-G, 3 P, or 3P-G fault AC/DC Terminal-Initiated
Unknown fault type Other Facility-Initiated