Object type

Field Name

Label

Description

BUS

OLNETID

OLNETFIELD

BUS

TERMNAME1

OLNETFIELD

BUS

TERMKV1

OLNETFIELD

BUS

TERMBNO1

OLNETFIELD

BUS

TERMGUID1

OLNETFIELD

BUS

OBJGUID

OLNETFIELD

BUS

BS_HIDEID

Hide ID flag

Hide ID on 1-line flag. 0: false; 1: true

BUS

BS_MIDPOINT

Xfmr mid point flag

0 if it is a regular bus. 1 if it is a midpoint of a 3-winding transformer represented as T-equivalent.

BUS

BS_SLACK

Slack bus flag

Slack bus flag. 0: false; 1: true;

BUS

BS_TAP

Tap bus flag

Tap bus flag. 0 if it is a regular bus; 1 if it is a tap bus at the junction of two line sections; 2 if it is the middle node of a 3-terminal line.

BUS

BS_AREANO

Area

Area number of the area in which bus resides.  The area number must be in the range 0-9999, inclusive.  The default value is 1

BUS

BS_ZONENO

Zone

Zone number of the zone in which bus resides.  The zone number must be in the range 0-9999, inclusive.  The default value is 1.

BUS

BS_SUBGRP

DistriView Substation group

Substation group number for this bus. The default value is 0.

BUS

BS_KV

Nominal kV

Nominal, line-to-line, voltage of the bus in kV.

BUS

BS_NO

Number

Numerical identifier for the bus.  Each bus may be assigned a number between 0 and 999999, inclusive.  The bus number is optional.  However, if the bus number is not 0, it must be unique.

BUS

BS_VR

Power flow V-real

Real part of the bus voltage from a power flow solution, in per-unit.

BUS

BS_VI

Power flow V-imag

Imaginary part of the bus voltage from a power flow solution, in per-unit.

BUS

BS_SPCX

SPC X

State-plane coordinate. This is a floating-point number. The X coordinate is assumed to increase in the “right” direction.

BUS

BS_SPCY

SPC Y

State-plane coordinate. This is a floating-point number. The Y coordinate is assumed to increase in the “up” direction.

BUS

BS_JRNL

Creation and modification log records

Creation and modification log records

BUS

BS_NAME

Name

Name of the bus, left justified, with a maximum of 16 characters.  Any alpha-numeric characters can be used, except for ‘#’ , ‘$’ and the string delimiter (single or double quotation mark).  The bus name is enclosed in quotation marks.

BUS

BS_LOCATION

Location

Location name for bus, maximum of 24 characters.  The default value is first 8 characters of bus name.

BUS

BS_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark).

BUS

BS_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark).

BUS

BS_UDFS

User defined fields

User-defined data field with name xxx

BUS

BS_GUID

GUID

Object GUID

LINE

OLNETID

OLNETFIELD

LINE

TERMNAME1

OLNETFIELD

LINE

TERMKV1

OLNETFIELD

LINE

TERMBNO1

OLNETFIELD

LINE

TERMGUID1

OLNETFIELD

LINE

TERMNAME2

OLNETFIELD

LINE

TERMKV2

OLNETFIELD

LINE

TERMBNO2

OLNETFIELD

LINE

TERMGUID2

OLNETFIELD

LINE

OBJGUID

OLNETFIELD

LINE

CKTID

OLNETFIELD

LINE

LN_FLAG

In-service flag

In-service flag. 1 if the branch is in-service; 2 if it is not.  The default value is 1.

LINE

LN_TIE

Metered end flag

Area load flow interchange metering flag. 1 if power flow is metered at Bus1. 2 if it is metered at Bus2. 0 if the line is in a single area;

LINE

LN_R

R

Positive-sequence series resistance in per unit.  The same value is used for the negative sequence.

LINE

LN_X

X

Positive-sequence series reactance in per unit.  X must be negative for a series capacitor. The same value is used for the negative sequence. R and X cannot both be zero.

LINE

LN_R0

R0

Zero-sequence series resistance in per unit.

LINE

LN_X0

X0

Zero-sequence series reactance in per unit.  Xo must be negative for a series capacitor. Ro and Xo cannot both be zero.

LINE

LN_G1

G1

Positive-sequence shunt conductance on the Bus1 side, in per unit.  The same value is used for the negative sequence.  The default value is 0.0.

LINE

LN_B1

B1

Positive-sequence shunt susceptance on the Bus1 side, in per unit.  The same value is used for the negative sequence.  The default value is 0.0.

LINE

LN_G10

G10

Zero-sequence shunt conductance on the Bus1 side, in per unit.  The default value is G1.

LINE

LN_B10

B10

Zero-sequence shunt susceptance on the Bus1 side, in per unit.  The default value is B1.

LINE

LN_G2

G2

Positive-sequence shunt conductance on the Bus2 side, in per unit.  The same value is used for the negative sequence.  G2 can be different from G1, but unbalanced lines cannot be mutually coupled.  The default value is G1.

LINE

LN_B2

B2

Positive-sequence shunt susceptance on the Bus2 side, in per unit.  The same value is used for the negative sequence.  B2 can be different from B1, but unbalanced lines cannot be mutually coupled.  The default value is B1.

LINE

LN_G20

G20

Zero-sequence shunt conductance on the Bus2 side, in per unit.  The default value is G10.

LINE

LN_B20

B20

Zero-sequence shunt susceptance on the Bus2 side, in per unit.  The default value is B10.

LINE

LN_RATG1

Rating 1

Current rating 1 in ampere. The default value is 0.0.

LINE

LN_RATG2

Rating 2

Current rating 2 in ampere. The default value is 0.0.

LINE

LN_RATG3

Rating 3

Current rating 3 in ampere. The default value is 0.0.

LINE

LN_RATG4

Rating 4

Current rating 4 in ampere. The default value is 0.0.

LINE

LN_LN

Length

Physical length of transmission line.  This value is required when the Type Name is not blank.  The default value is 0.0.

LINE

LN_I2T

I2T rating

I^2T rating of line in ampere^2 Sec.

LINE

LN_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

LINE

LN_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

LINE

LN_JRNL

Creation and modification log records

Creation and modification log records

LINE

LN_NAME

Name

A 24-character name for the line. The branch name is blank by default.

LINE

LN_TYPE

Type

A 12-character name for the configuration type used to calculate the electrical parameters for the transmission line.  The type name is enclosed in quotation marks.  The type name, if not blank, must match one of the type names in the ASPEN Line Table File, ASPEN.LTB.  The type name is blank by default.

LINE

LN_UNIT

Length unit

Unit of length for transmission line, enclosed in quotation marks.  It is required when the Type Name is not blank.  The unit of length must be one of the following: kt (for 1000 feet), ft, mi, m or km.

LINE

LN_CID

Circuit ID

A two-character circuit identifier.  Parallel branches must have different circuit identifiers

LINE

LN_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

LINE

LN_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

LINE

LN_UDFS

User defined fields

User-defined data field with name xxx

LINE

LN_GUID

GUID

Object GUID

SERIESRC

OLNETID

OLNETFIELD

SERIESRC

TERMNAME1

OLNETFIELD

SERIESRC

TERMKV1

OLNETFIELD

SERIESRC

TERMBNO1

OLNETFIELD

SERIESRC

TERMGUID1

OLNETFIELD

SERIESRC

TERMNAME2

OLNETFIELD

SERIESRC

TERMKV2

OLNETFIELD

SERIESRC

TERMBNO2

OLNETFIELD

SERIESRC

TERMGUID2

OLNETFIELD

SERIESRC

OBJGUID

OLNETFIELD

SERIESRC

CKTID

OLNETFIELD

SERIESRC

SS_FLAG

In-service flag

In-service flag. 1 if the branch is in-service; 2 if it is not.  The default value is 1.

SERIESRC

SS_SCOMP

Bypass flag

Bypass flag: 1 for in-service series capacitor/reactor; 2 for bypassed series capacitor/reactor.

SERIESRC

SS_R

R

Positive-sequence series resistance in per unit.  The same value is used for the negative sequence and zero sequence.

SERIESRC

SS_X

X

Positive-sequence series reactance in per unit.  X must be negative for a series capacitor. The same value is used for the negative sequence and zero sequence. R and X cannot both be zero.

SERIESRC

SS_IPR

Protective level current

MOV protected level current: For series capacitor, enter the protected level current of the MOV in kA, which must be positive.

SERIESRC

SS_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

SERIESRC

SS_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

SERIESRC

SS_JRNL

Creation and modification log records

Creation and modification log records

SERIESRC

SS_NAME

Name

A 24-character name for the line. The branch name is blank by default.

SERIESRC

SS_CID

Circuit ID

A two-character circuit identifier.  Parallel branches must have different circuit identifiers

SERIESRC

SS_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SERIESRC

SS_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SERIESRC

SS_UDFS

User defined fields

User-defined data field with name xxx

SERIESRC

SS_GUID

GUID

Object GUID

GEN

OLNETID

OLNETFIELD

GEN

TERMNAME1

OLNETFIELD

GEN

TERMKV1

OLNETFIELD

GEN

TERMBNO1

OLNETFIELD

GEN

TERMGUID1

OLNETFIELD

GEN

OBJGUID

OLNETFIELD

GEN

GN_FLAG

In-service flag

In-service flag. 1 if the branch is in-service; 2 if it is not.  The default value is 1.

GEN

GN_REG

Regulation

0 if the generator regulates voltage.  1 if the generator has fixed MW and MVAR output.  2 if the generator is on the system slack bus.  The default type is 0.

GEN

GN_CNTBS

Controlled bus

The ID string of the bus whose voltage magnitude is to be regulated by the generator. The ID string can be in either of the two format: {GUID} or 'NAME' KV (The regulated bus name is enclosed in quotation marks).  The default name is the local bus name. In most cases, the generator regulates the voltage at its own terminal.  If the generator regulates the voltage at another bus, the bus being regulated must be a load bus.

GEN

GN_REFANGLE

V-source angle

The angle of the voltage source in the generator model.  This angle and the open-circuit voltage GN_REFV are used in solving the network to obtain prefault voltage at all buses when the OneLiner fault simulation option of "From linear network solution" is selected. The default value is 0.0.

GEN

GN_SCHEDV

Scheduled V

Scheduled voltage magnitude in per-unit.  This value is used only if the generator is regulating voltage.  The default value is 1.0.

GEN

GN_REFV

V-source mag

The magnitude of the voltage source in the generator model. 

GEN

GN_ILIMIT1

Current limit 1

Maximum phase current output during a fault, in amperes.

GEN

GN_ILIMIT2

Current limit 2

Maximum phase current output during a fault, in amperes.

GEN

GN_JRNL

Creation and modification log records

Creation and modification log records

GEN

GN_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

GEN

GN_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

GEN

GN_UDFS

User defined fields

User-defined data field with name xxx

GEN

GN_GUID

GUID

Object GUID

GENUNIT

OLNETID

OLNETFIELD

GENUNIT

TERMNAME1

OLNETFIELD

GENUNIT

TERMKV1

OLNETFIELD

GENUNIT

TERMBNO1

OLNETFIELD

GENUNIT

TERMGUID1

OLNETFIELD

GENUNIT

OBJGUID

OLNETFIELD

GENUNIT

PGUID1

OLNETFIELD

GENUNIT

SID

OLNETFIELD

GENUNIT

GU_FLAG

In-service flag

1 if the unit is in-service; 2 if it is not.  The default value is 1.

GENUNIT

GU_R

R sub-trans.

The subtransient resistance (per-unit on generator base) in the positive-sequence generator model.

GENUNIT

GU_X

X sub-trans.

The subtransient reactance (per-unit on generator base) in the positive-sequence generator model.  R” and X” cannot both be zero.

GENUNIT

GU_R0

R0

The internal resistance (per-unit on generator base) in the zero-sequence generator model. 

GENUNIT

GU_X0

X0

The internal reactance base) in the zero-sequence generator model. 

GENUNIT

GU_RG

RG

Resistive component of neutral impedance in ohms (do not multiply by 3).  The default value is 0.0.

GENUNIT

GU_XG

XG

Reactive (do not multiply by 3).  The default value is 0.0.

GENUNIT

GU_SCHEDP

Scheduled P

Scheduled MW output.  The default value is 0.0.

GENUNIT

GU_SCHEDQ

Scheduled Q

Scheduled MVAR output.  This value is used only if the generator has fixed MW and MVAR output (specified in the Bus Regulation Section).  The default value is 0.0.

GENUNIT

GU_PMIN

Min P

Minimum MW output.  The default value is -9999.0.

GENUNIT

GU_PMAX

Max P

The maximum MW output.  The default value is 9999.0. The MW limits are not used in this version of the program, but they will be used to limit the output of the system and area slack generators in future versions.

GENUNIT

GU_QMIN

Min Q

Minimum MVAR output.  The default value is -9999.

GENUNIT

GU_QMAX

Max Q

Maximum MVAR output.  The default value is 9999.0. The MVAR limits are used only if the generator is regulating voltage.

GENUNIT

GU_MVARATE

MVA rating

MVA rating of the generating unit.  The default value is the system MVA. 

GENUNIT

GU_R2

R2

The internal resistance (per-unit on generator base) in the negative-sequence generator model. 

GENUNIT

GU_X2

X2

The internal reactance base) in the negative-sequence generator model. 

GENUNIT

GU_RT

R transient

The transient resistance (per-unit on generator base) in the positive-sequence generator model.

GENUNIT

GU_XT

X transient

The transient reactance (per-unit on generator base) in the positive-sequence generator model.  R and X cannot both be zero.

GENUNIT

GU_RS

R synch.

The synchronous resistance (per-unit on generator base) in the positive-sequence generator model.

GENUNIT

GU_XS

X synch.

The synchronous reactance (per-unit on generator base) in the positive-sequence generator model.  R and X cannot both be zero.

GENUNIT

GU_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

GENUNIT

GU_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

GENUNIT

GU_CID

Unit ID

A 2-character identifier used to differentiate between multiple generating units on the same bus.  The identifier is enclosed in quotation marks. 

GENUNIT

GU_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

GENUNIT

GU_GUID

GUID

Object GUID

GENUNIT

GU_UDFS

User defined fields

User-defined data field with name xxx

AREA

SID

OLNETFIELD

AREA

OBJGUID

OLNETFIELD

AREA

AR_SLACK

Area slack bus

Area slack bus ID string.  The program will adjust the MW output of this generator to enforce the net-export constraint.  The area slack bus name is blank by default.

AREA

AR_NO

Number

Area number ranging from 0 to 9999, inclusive.

AREA

AR_MWEXPT

Net export MW

Net MW export target. A positive value means power is shipped out of the area through tie lines.  A negative value means power is imported from another area.  The default value is 0.0.

AREA

AR_TOLERANCE

MW export tolerance

Export target tolerance. Must be greater than zero.  The default value is 10.0.

AREA

AR_NAME

Name

Name of the area with a maximum of 12 characters.  Any alphanumeric characters can be used, except for the string delimiter (single or double quotation mark)

AREA

AR_UDFS

User defined fields

User-defined data field with name xxx

AREA

AR_GUID

GUID

Object GUID

ZONE

SID

OLNETFIELD

ZONE

OBJGUID

OLNETFIELD

ZONE

ZN_NO

Number

Zone number ranging from 0 to 9999, inclusive.

ZONE

ZN_NAME

Name

Name of the zone with a maximum of 12 characters.  Any alphanumeric characters can be used, except for the string delimiter (single or double quotation mark)

ZONE

ZN_UDFS

User defined fields

User-defined data field with name xxx

ZONE

ZN_GUID

GUID

Object GUID

XFMR

OLNETID

OLNETFIELD

XFMR

TERMNAME1

OLNETFIELD

XFMR

TERMKV1

OLNETFIELD

XFMR

TERMBNO1

OLNETFIELD

XFMR

TERMGUID1

OLNETFIELD

XFMR

TERMNAME2

OLNETFIELD

XFMR

TERMKV2

OLNETFIELD

XFMR

TERMBNO2

OLNETFIELD

XFMR

TERMGUID2

OLNETFIELD

XFMR

OBJGUID

OLNETFIELD

XFMR

CKTID

OLNETFIELD

XFMR

FX_FLAG

In-service flag

In-service flag. 1 if the branch is in-service; 2 if it is not.  The default value is 1.

XFMR

FX_TIE

Metered end

Area load flow interchange metering flag. 1 if power flow is metered at Bus1. 2 if it is metered at Bus2. 0 if the transformer is in a single area;

XFMR

FX_CONFIGP

Winding P

Bus 1 side winding type. ‘G’ if wye connected, ‘D’ if delta connected, and ‘Z’ for a zigzag winding. The default is ‘G’.

1. Wye-Wye: Winding configuration=’GG’; test configuration=’GG’, Auto flag=0.

2. Auto-Wye: Winding configuration=’GG’; test configuration=’GG’, Auto flag=1.

3. Wye-Delta, delta lags: Winding configuration=’GD’; test configuration=’GD’, Auto flag=0.

4. Wye-Delta, delta leads: Winding configuration=’GE’; test configuration=’GD’, Auto flag=0.

5. Delta-Delta: Winding configuration=’DD’; test configuration=’GG’, Auto flag=0.

6. Delta-Zigzag: Winding configuration=’ZD’; test configuration=’ZD’, Auto flag=0.

7. Wye-Zigzag, wye leads: Winding configuration=’ZG’; test configuration=’ZG’, Auto flag=0.

8. Wye-Zigzag, wye lags: Winding configuration=’ZX’; test configuration=’ZX’, Auto flag=0.

XFMR

FX_CONFIGS

Winding S

Bus 2 side winding type. ‘G’ or ‘X’ if wye connected, ‘D’ if delta connected and the delta is lagging the wye winding, or ‘E’ if delta connected and the delta is leading. See table in FX_PRITAP.

XFMR

FX_CONFIGST

Winding S in test

XFMR

FX_AUTOX

Auto transformer flag

Auto transformer flag. 1 if the transformer is an auto-transformer; 0 if it is not.  An auto-transformer is assumed to be wye-connected.

XFMR

FX_RG1

RG1

Grounding reactance on Bus1 winding in ohms. Meaningful only if the Bus1 winding configuration is G or Z.

XFMR

FX_XG1

XG1

Grounding resistance on Bus1 winding in ohms. Meaningful only if the Bus1 winding configuration is G or Z.

XFMR

FX_RG2

RG2

Grounding resistance on Bus2 winding in ohms. Meaningful only for wye-wye transformer.

XFMR

FX_XG2

XG2

Grounding reactance on Bus2 winding in ohms. Meaningful only for wye-wye transformer.

XFMR

FX_PRITAP

P tap kV

The Bus1 winding tap voltage in kV, line-to-line.  The default is the nominal kV of Bus1

XFMR

FX_SECTAP

S tap kV

The Bus2 winding tap voltage in kV, line-to-line.  The default is the nominal kV of Bus2

XFMR

FX_RGN

RGN

Grounding reactance in ohms. Meaningful only for wye-wye transformer.

XFMR

FX_XGN

XGN

Grounding resistance in ohms. Meaningful only for wye-wye transformer.

XFMR

FX_MVA1

MVA rating 1

Rating 1. Three-phase MVA rating of transformer. Default value is 0.0.

XFMR

FX_MVA2

MVA rating 2

Rating 2. Three-phase MVA rating of transformer. Default value is 0.0.

XFMR

FX_MVA3

MVA rating 3

Rating 3. Three-phase MVA rating of transformer. Default value is 0.0.

XFMR

FX_R

R

Real part of the positive-sequence short-circuit impedance measured at the Bus1 terminal with the Bus2 terminal short circuited.  The same value is used in the negative-sequence model. R and X are in per-unit based on transformer’s own MVA base and the tap voltages.

XFMR

FX_X

X

Imaginary part of the positive-sequence short-circuit impedance measured at the Bus1 terminal with the Bus2 terminal short circuited.  The same value is used in the negative-sequence model.  R and X cannot both be zero.

XFMR

FX_R0

R0

Real part of the zero-sequence short-circuit impedance measured at the Bus1 terminal with the Bus2 terminal short circuited.

XFMR

FX_X0

X0

Imaginary part of the zero-sequence short-circuit impedance measured at the Bus1 terminal with the Bus2 terminal short circuited.

XFMR

FX_B

B

Positive-sequence susceptance (in per-unit on transformer’s own MVA base and tap voltages).  The same value is used in the negative-sequence model.  B must be zero or negative.

XFMR

FX_B0

B0

Same meaning as B, except B0 is for the zero sequence. 

XFMR

FX_G1

G1

Positive-sequence conductance in per unit of the line shunt on the Bus1 side.  The default value is 0.0.

XFMR

FX_B1

B1

Positive-sequence susceptance of the line shunt on the Bus1 side.  All line-shunt admittances are based on the system MVA base and the nominal kV of the branch terminals. The default value is 0.0.

XFMR

FX_G2

G2

Positive-sequence conductance in per unit of the line shunt on the Bus2 side.  The default value is 0.0.

XFMR

FX_B2

B2

Positive-sequence susceptance of the line shunt on the Bus2 side.  All line-shunt admittances are based on the system MVA base and the nominal kV of the branch terminals. The default value is 0.0.

XFMR

FX_G10

G10

Zero-sequence susceptance in per unit of the line shunt on the Bus1 side.  The default value is 0.0.

XFMR

FX_B10

B10

Zero-sequence conductance of the line shunt on the Bus1 side.  All line-shunt admittances are based on the system MVA base and the nominal kV of the branch terminals. The default value is 0.0.

XFMR

FX_G20

G20

Zero-sequence conductance in per unit of the line shunt on the Bus2 side.  The default value is 0.0.

XFMR

FX_B20

B20

Zero-sequence susceptance of the line shunt on the Bus2 side.  All line-shunt admittances are based on the system MVA base and the nominal kV of the branch terminals. The default value is 0.0.

XFMR

FX_BASEMVA

Base MVA

Per-unit base MVA. With the exception of the line shunts, all the transformer impedances and admittances are based on this MVA base. The default is the system MVA base.

XFMR

FX_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

XFMR

FX_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

XFMR

FX_JRNL

Creation and modification log records

Creation and modification log records

XFMR

FX_NAME

Name

A 12-character name for the transformer. The branch name is blank by default.

XFMR

FX_CID

Ckt. ID

Circuit ID. A 2-character circuit identifier in quotation marks.  Parallel transformers must have different circuit identifiers. 

XFMR

FX_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

XFMR

FX_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

XFMR

FX_UDFS

User defined fields

User-defined data field with name xxx

XFMR

FX_GUID

GUID

Object GUID

LTC

OLNETID

OLNETFIELD. All OLNETFIELDS are that of the host transformer

LTC

TERMNAME1

OLNETFIELD

LTC

TERMKV1

OLNETFIELD

LTC

TERMBNO1

OLNETFIELD

LTC

TERMGUID1

OLNETFIELD

LTC

TERMNAME2

OLNETFIELD

LTC

TERMKV2

OLNETFIELD

LTC

TERMBNO2

OLNETFIELD

LTC

TERMGUID2

OLNETFIELD

LTC

OBJGUID

OLNETFIELD

LTC

CKTID

OLNETFIELD

LTC

LT_GANGED

Ganged flag

LTC Ganged Flag. 1 if this LTC moves in unison with other LTCs that control the same bus voltage. 0 otherwise.

LTC

LT_PRIORITY

Priority level

LTC Adjustment Priority. 0 if ‘normal’, 1 if ‘medium’, and 2 if ‘high’.

LTC

LT_LTCSIDE

Side

LTC Side: 0 if the transformer does not have a movable tap or if the tap is locked.  1 if the movable tap is at the Bus1 side.  2 if the movable tap is at the Bus2 side.

LTC

LT_LTCTYPE

Type

LTC Type: 0 if the LTC regulates the voltage magnitude.  1 if the LTC regulates the MVAR flow.  The MVAR regulation has not been implemented in the current version.

LTC

LT_LTCCTRL

Controlled bus

Regulated Bus. ID string of the kV of the bus whose voltage magnitude is to be regulated by the LTC

LTC

LT_MINTAP

Min tap

Minimum Tap: Minimum tap voltage in per-unit.  The default is 0.51.

LTC

LT_MAXTAP

Max tap

Maximum tap voltage in per-unit.  The default is 1.50.

LTC

LT_LTCSTEP

Step

Step Size: The tap increment in per-unit.  Specify 0.0 if the tap is continuous.  The default is 0.00625.

LTC

LT_MINVW

Limit low

The minimum per-unit voltage or the minimum MVAR flow.  The default is 0.51.

LTC

LT_MAXVW

Limit high

The maximum per-unit voltage or the maximum MVAR flow.  The default is 1.05

LTC

LT_LTCCENTER

Center tap

 LTC center tap kV. Load tap changer center position in kV.

LTC

LT_GUID

Transformer GUID

Host transformer GUID

XFMR3

OLNETID

OLNETFIELD

XFMR3

TERMNAME1

OLNETFIELD

XFMR3

TERMKV1

OLNETFIELD

XFMR3

TERMBNO1

OLNETFIELD

XFMR3

TERMGUID1

OLNETFIELD

XFMR3

TERMNAME2

OLNETFIELD

XFMR3

TERMKV2

OLNETFIELD

XFMR3

TERMBNO2

OLNETFIELD

XFMR3

TERMGUID2

OLNETFIELD

XFMR3

TERMNAME3

OLNETFIELD

XFMR3

TERMKV3

OLNETFIELD

XFMR3

TERMBNO3

OLNETFIELD

XFMR3

TERMGUID3

OLNETFIELD

XFMR3

OBJGUID

OLNETFIELD

XFMR3

CKTID

OLNETFIELD

XFMR3

TX_FLAG

In-service flag

XFMR3

TX_CONFIGP

Winding P

XFMR3

TX_CONFIGS

Winding S

XFMR3

TX_CONFIGT

Winding T

XFMR3

TX_CONFIGST

Winding S in test

XFMR3

TX_CONFIGTT

Winding T in test

XFMR3

TX_AUTOX

Auto xfmr flag

Auto transformer flag. 1 if the transformer is an auto-transformer; 0 if it is not.  An auto-transformer is assumed to be wye-connected.

XFMR3

TX_Z0METHOD

Zero seq. flag

XFMR3

TX_RG1

RG1

XFMR3

TX_XG1

XG1

XFMR3

TX_RG2

RG2

XFMR3

TX_XG2

XG2

XFMR3

TX_RG3

RG3

XFMR3

TX_XG3

XG3

XFMR3

TX_PRITAP

Tap P

XFMR3

TX_SECTAP

Tap S

XFMR3

TX_TERTAP

Tap T

XFMR3

TX_RGN

RGN

XFMR3

TX_XGN

XGN

XFMR3

TX_FICTBUSNO

MVA1

XFMR3

TX_MVA1

MVA1

XFMR3

TX_MVA2

MVA2

XFMR3

TX_MVA3

MVA3

XFMR3

TX_RPS

FRPS

XFMR3

TX_XPS

FXPS

XFMR3

TX_RPS0

FRPS0

XFMR3

TX_XPS0

FXPS0

XFMR3

TX_RPT

FRPT

XFMR3

TX_XPT

FXPT

XFMR3

TX_RPT0

FRPT0

XFMR3

TX_XPT0

FXPT0

XFMR3

TX_RST

FRST

XFMR3

TX_XST

FXST

XFMR3

TX_RST0

FRST0

XFMR3

TX_XST0

FXST0

XFMR3

TX_B

FB

XFMR3

TX_B0

FB0

XFMR3

TX_RPM0

FRPM0

XFMR3

TX_XPM0

FXPM0

XFMR3

TX_RSM0

FRSM0

XFMR3

TX_XSM0

FXSM0

XFMR3

TX_RMG0

FRMG0

XFMR3

TX_XMG0

FXMG0

XFMR3

TX_BASEMVA

Base MVA

XFMR3

TX_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

XFMR3

TX_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

XFMR3

TX_JRNL

Creation and modification log records

XFMR3

TX_NAME

Name

XFMR3

TX_CID

Ckt. ID

XFMR3

TX_COMMENT

Memo

XFMR3

TX_TAGS

Tags

XFMR3

TX_UDFS

User defined fields

User-defined data field with name xxx

XFMR3

TX_GUID

GUID

LTC3

OLNETID

OLNETFIELD. All OLNETFIELDS are that of the host transformer

LTC3

TERMNAME1

OLNETFIELD

LTC3

TERMKV1

OLNETFIELD

LTC3

TERMBNO1

OLNETFIELD

LTC3

TERMGUID1

OLNETFIELD

LTC3

TERMNAME2

OLNETFIELD

LTC3

TERMKV2

OLNETFIELD

LTC3

TERMBNO2

OLNETFIELD

LTC3

TERMGUID2

OLNETFIELD

LTC3

TERMNAME3

OLNETFIELD

LTC3

TERMKV3

OLNETFIELD

LTC3

TERMBNO3

OLNETFIELD

LTC3

TERMGUID3

OLNETFIELD

LTC3

OBJGUID

OLNETFIELD

LTC3

CKTID

OLNETFIELD

LTC3

L3_GANGED

LTC ganged flag

LTC Ganged Flag. 1 if this LTC moves in unison with other LTCs that control the same bus voltage. 0 otherwise.

LTC3

L3_PRIORITY

Adjustment priority

LTC Adjustment Priority. 0 if ‘normal’, 1 if ‘medium’, and 2 if ‘high’.

LTC3

L3_LTCSIDE

LTC flag

LTC Side: 0 if the transformer does not have a movable tap or if the tap is locked.  1 if the movable tap is at the Bus1 side.  2 if the movable tap is at the Bus2 side.

LTC3

L3_LTCTYPE

LTC type

LTC Type: 0 if the LTC regulates the voltage magnitude.  1 if the LTC regulates the MVAR flow.  The MVAR regulation has not been implemented in the current version.

LTC3

L3_LTCCTRL

Controlled bus

Regulated Bus. ID string of the kV of the bus whose voltage magnitude is to be regulated by the LTC

LTC3

L3_MINTAP

Min tap

Minimum Tap: Minimum tap voltage in per-unit.  The default is 0.51.

LTC3

L3_MAXTAP

Max tap

Maximum tap voltage in per-unit.  The default is 1.50.

LTC3

L3_LTCSTEP

Step

Step Size: The tap increment in per-unit.  Specify 0.0 if the tap is continuous.  The default is 0.00625.

LTC3

L3_MINVW

Limit low

The minimum per-unit voltage or the minimum MVAR flow.  The default is 0.51.

LTC3

L3_MAXVW

Limit high

The maximum per-unit voltage or the maximum MVAR flow.  The default is 1.05

LTC3

L3_LTCCENTER

Center tap

 LTC center tap kV. Load tap changer center position in kV.

LTC3

L3_GUID

GUID

Host transformer GUID

SHIFTER

OLNETID

OLNETFIELD

SHIFTER

TERMNAME1

OLNETFIELD

SHIFTER

TERMKV1

OLNETFIELD

SHIFTER

TERMBNO1

OLNETFIELD

SHIFTER

TERMGUID1

OLNETFIELD

SHIFTER

TERMNAME2

OLNETFIELD

SHIFTER

TERMKV2

OLNETFIELD

SHIFTER

TERMBNO2

OLNETFIELD

SHIFTER

TERMGUID2

OLNETFIELD

SHIFTER

OBJGUID

OLNETFIELD

SHIFTER

CKTID

OLNETFIELD

SHIFTER

PS_FLAG

In-service flag

In-service flag: 1 if the equipment is in-service; 2 if it is not.  The default value is 1.

SHIFTER

PS_CNTL

MW flow ctrl. flag

MW Flow Control Flag: 0 if the phase shifter angle is fixed; 1 if it is adjusted in the Power Flow Program to automatically control real power flow.

SHIFTER

PS_ZCORRECTNO

Z-correct. table no

Impedance Correction Table Entry Number: 0 if the impedances are fixed. Otherwise, enter the impedance correction table entry number between 1 and 96, inclusive.

SHIFTER

PS_SHIFTANGLE

Shift angle

Shift Angle: Phase shift in degrees.  A positive shift angle will cause the voltage angle of Bus1 to lead that of Bus2 in the positive sequence and to lag in the negative sequence

SHIFTER

PS_ANGMAX

Max shift angle

Max Angle Limit: The Power Flow Program will adjust the phase shift between this value and the minimum angle limit PS_ANGMIN.  The program requires the maximum angle to be more than 1 degree larger than the minimum angle.  The default value is 0.0.

SHIFTER

PS_ANGMIN

Min shift angle

See PS_ANGMAX

SHIFTER

PS_MWMAX

Target MW Max

Max Target MW: Maximum target range for flow of real power in megawatts.  This value is ignored when the MW flow control is off.  The default value is 0.0.

SHIFTER

PS_MWMIN

Target MW Min

Min Target MW: Minimum target range for flow of real power in megawatts.  This value is ignored when the MW flow control is off.  The default value is 0.0.

SHIFTER

PS_RP

R

Positive-sequence series resistance (in per unit, on phase shifter’s own MVA base).

SHIFTER

PS_XP

X

Positive-sequence series reactance (in per unit, on phase shifter’s own MVA base). R and X cannot both be zero.

SHIFTER

PS_RZ

RZ

Zero-sequence series resistance (in per unit, on phase shifter’s own MVA base).  The default value is R.

SHIFTER

PS_XZ

XZ

Zero-sequence series reactance (in per unit, on phase shifter’s own MVA base). R0 and X0 cannot both be zero.  The default value is X.

SHIFTER

PS_BP2

BP2

Positive-sequence susceptance on the Bus2 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_BZ2

BZ2

Zero-sequence susceptance on the Bus2 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_RN

RN

Negative-sequence series resistance (in per unit, on phase shifter’s own MVA base).

SHIFTER

PS_XN

XN

Negative-sequence series reactance (in per unit, on phase shifter’s own MVA base). R and X cannot both be zero.

SHIFTER

PS_BN2

BN2

Negative-sequence susceptance on the Bus2 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_BASEMVA

Base MVA

Base MVA: The MVA base for all the impedances. The default is the system base MVA.

SHIFTER

PS_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

SHIFTER

PS_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

SHIFTER

PS_JRNL

Creation and modification log records

Creation and modification log records

SHIFTER

PS_MVA1

MVA rating 1

MVA rating

SHIFTER

PS_MVA2

MVA rating 2

MVA rating

SHIFTER

PS_MVA3

MVA rating 3

MVA rating

SHIFTER

PS_BZ1

BZ1

Zero-sequence susceptance on the Bus1 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_BP1

BP1

Positive-sequence susceptance on the Bus1 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_BN1

BN1

Negative-sequence susceptance on the Bus1 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_GZ1

GZ1

Zero-sequence conductance on the Bus1 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_GP1

GP1

Positive-sequence conductance on the Bus1 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_GN1

GN1

Negative-sequence conductance on the Bus1 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_GZ2

GZ2

Zero-sequence conductance on the Bus2 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_GP2

GP2

Positive-sequence conductance on the Bus2 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_GN2

GN2

Negative-sequence conductance on the Bus2 side. (in per unit, on phase shifter’s own MVA base).  B must be zero or negative.  The default value is 0.0.

SHIFTER

PS_NAME

Name

Branch name: Name for the phase shifter. The branch name is blank by default.

SHIFTER

PS_CID

Ckt. ID

Circuit Identifier: A two-character circuit identifier.  Parallel phase shifters must have different circuit identifiers.

SHIFTER

PS_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SHIFTER

PS_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SHIFTER

PS_UDFS

User defined fields

User-defined data field with name xxx

SHIFTER

PS_GUID

GUID

Object GUID

LOAD

OLNETID

OLNETFIELD

LOAD

TERMNAME1

OLNETFIELD

LOAD

TERMKV1

OLNETFIELD

LOAD

TERMBNO1

OLNETFIELD

LOAD

TERMGUID1

OLNETFIELD

LOAD

OBJGUID

OLNETFIELD

LOAD

LD_FLAG

In-service flag

In-service flag. 1 if the object is in-service; 2 if it is not.  The default value is 1.

LOAD

LD_UNGROUNDED

Ungrounded flag

Ground flag:.0 if not grounded; 1 if grounded.

LOAD

LD_JRNL

Creation and modification log records

Creation and modification log records

LOAD

LD_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

LOAD

LD_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

LOAD

LD_UDFS

User defined fields

User-defined data field with name xxx

LOAD

LD_GUID

GUID

Object GUID

LOADUNIT

OLNETID

OLNETFIELD

LOADUNIT

TERMNAME1

OLNETFIELD

LOADUNIT

TERMKV1

OLNETFIELD

LOADUNIT

TERMBNO1

OLNETFIELD

LOADUNIT

TERMGUID1

OLNETFIELD

LOADUNIT

SID

OLNETFIELD

LOADUNIT

OBJGUID

OLNETFIELD

LOADUNIT

LU_FLAG

In-service flag

In-service flag. 1 if the object is in-service; 2 if it is not.  The default value is 1.

LOADUNIT

LU_MW1

MW constant power

MW Constant Power:  Megawatts (constant-power component) consumed.  The default value is 0.0.

LOADUNIT

LU_MVAR1

MVAR constant power

MVAR Constant Power:  Megavars (constant-power component) consumed.  The default value is 0.0.

LOADUNIT

LU_MW2

MW constant current

MW Constant Current: Megawatts (constant-current component) consumed when the voltage is at 1.0 per unit.  The default value is 0.0.  The constant-current component is not yet working in this version.

LOADUNIT

LU_MVAR2

MVAR constant current

MVAR Constant Current: Megavars (constant-current component) consumed when the voltage is at 1.0 per unit.  The default value is 0.0.  The constant-current component is not yet working in this version. 

LOADUNIT

LU_MW3

MW constant impedance

MW Constant Impedance: Megawatts (constant-impedance component) consumed when the voltage is at 1.0 per unit.  The default value is 0.0.

LOADUNIT

LU_MVAR3

MVAR constant impedance

MVAR Constant Impedance: Megavars (constant-impedance component) consumed when the voltage is at 1.0 per unit.  The default value is 0.0.

LOADUNIT

LU_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

LOADUNIT

LU_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

LOADUNIT

LU_CID

Unit ID

Load Unit Identifier:  A two-character identifier used to differentiate between multiple load units on the same bus.  The identifier is enclosed in quotation marks. 

LOADUNIT

LU_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SHUNT

OLNETID

OLNETFIELD

SHUNT

TERMNAME1

OLNETFIELD

SHUNT

TERMKV1

OLNETFIELD

SHUNT

TERMBNO1

OLNETFIELD

SHUNT

TERMGUID1

OLNETFIELD

SHUNT

OBJGUID

OLNETFIELD

SHUNT

CP_FLAG

In-service flag

In-service flag. 1 if the object is in-service; 2 if it is not.  The default value is 1.

SHUNT

CP_JRNL

Creation and modification log records

Creation and modification log records

SHUNT

CP_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SHUNT

CP_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SHUNT

CP_UDFS

User defined fields

User-defined data field with name xxx

SHUNT

CP_GUID

GUID

Object GUID

SHUNTUNIT

OLNETID

OLNETFIELD

SHUNTUNIT

TERMNAME1

OLNETFIELD

SHUNTUNIT

TERMKV1

OLNETFIELD

SHUNTUNIT

TERMBNO1

OLNETFIELD

SHUNTUNIT

TERMGUID1

OLNETFIELD

SHUNTUNIT

SID

OLNETFIELD

SHUNTUNIT

OBJGUID

OLNETFIELD

SHUNTUNIT

CU_FLAG

In-service flag

In-service flag. 1 if the unit is in-service; 2 if it is not.  The default value is 1.

SHUNTUNIT

CU_TX3

3-W transformer model flag

3-Winding Transformer Shunt Flag: 1 if the shunt is part of the T model of a 3-winding transformer; 0 if is not.  The default value is 0.  This flag is for output purposes only.  It has no effect on the solution.

SHUNTUNIT

CU_G

G

Positive-sequence shunt conductance, G, in per unit.  The same value is used in the negative sequence.  The default value is 0.0.

SHUNTUNIT

CU_B

B

Positive-sequence shunt susceptance, B, in per unit.  The same value is used in the negative sequence.  B is positive for capacitors and negative for reactors.  The default value is 0.0.

SHUNTUNIT

CU_G0

G0

Zero-sequence shunt conductance in per unit.  The default value is 0.0.

SHUNTUNIT

CU_B0

B0

Zero-sequence shunt susceptance in per unit.  The default value is 0.0.

SHUNTUNIT

CU_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

SHUNTUNIT

CU_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

SHUNTUNIT

CU_CID

Unit ID

Shunt Unit Identifier: A 2-character identifier used to differentiate between multiple shunt units on the same bus. 

SHUNTUNIT

CU_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SHUNTUNIT

CU_UDFS

User defined fields

User-defined data field with name xxx

SHUNTUNIT

CU_GUID

GUID

Object GUID

SWITCH

OLNETID

OLNETFIELD

SWITCH

TERMNAME1

OLNETFIELD

SWITCH

TERMKV1

OLNETFIELD

SWITCH

TERMBNO1

OLNETFIELD

SWITCH

TERMGUID1

OLNETFIELD

SWITCH

TERMNAME2

OLNETFIELD

SWITCH

TERMKV2

OLNETFIELD

SWITCH

TERMBNO2

OLNETFIELD

SWITCH

TERMGUID2

OLNETFIELD

SWITCH

OBJGUID

OLNETFIELD

SWITCH

CKTID

OLNETFIELD

SWITCH

SW_FLAG

In-service flag

In-service flag. 1 if the branch is in-service; 2 if it is not.  The default value is 1.

SWITCH

SW_STAT

Status

7 if the switch is closed; 0 if it is open.

SWITCH

SW_DEFAULT

Default

Default status: 1 if the switch is normally closed; 2 if it is normally open; 0 if it does not have a default state.

SWITCH

SW_RATING

Rating

Current Rating: Current rating of the switch in amperes. Default is 0.

SWITCH

SW_DATEON

In-service date

In-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

SWITCH

SW_DATEOFF

Out-of-service date

Out-of-service date. Must be in the format YYYY/MM/DD. Set to N/A if not available.

SWITCH

SW_JRNL

Creation and modification log records

Creation and modification log records

SWITCH

SW_NAME

Name

Name: Name of the switch branch

SWITCH

SW_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SWITCH

SW_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

SWITCH

SW_CID

Ckt ID

User-defined data field with name xxx

SWITCH

SW_UDFS

User defined fields

Object GUID

MULINE

OLNETID

OLNETFIELD of line 1 in pair

MULINE

TERMNAME1

OLNETFIELD of line 1 in pair

MULINE

TERMKV1

OLNETFIELD of line 1 in pair

MULINE

TERMBNO1

OLNETFIELD of line 1 in pair

MULINE

TERMGUID1

OLNETFIELD of line 1 in pair

MULINE

TERMNAME2

OLNETFIELD of line 1 in pair

MULINE

TERMKV2

OLNETFIELD of line 1 in pair

MULINE

TERMBNO2

OLNETFIELD of line 1 in pair

MULINE

TERMGUID2

OLNETFIELD of line 1 in pair

MULINE

CKTID

OLNETFIELD of line 1 in pair

MULINE

TERMNAME3

OLNETFIELD of line 2 in pair

MULINE

TERMKV3

OLNETFIELD of line 2 in pair

MULINE

TERMBNO3

OLNETFIELD of line 2 in pair

MULINE

TERMGUID3

OLNETFIELD of line 2 in pair

MULINE

TERMNAME4

OLNETFIELD of line 2 in pair

MULINE

TERMKV4

OLNETFIELD of line 2 in pair

MULINE

TERMBNO4

OLNETFIELD of line 2 in pair

MULINE

TERMGUID4

OLNETFIELD of line 2 in pair

MULINE

CKTID2

OLNETFIELD of line 2 in pair

MULINE

OBJGUID

OLNETFIELD

MULINE

ML_JRNL

Creation and modification log records

Creation and modification log records

MULINE

ML_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

MULINE

ML_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

MULINE

ML_UDFS

User defined fields

User-defined data field with name xxx

MULINE

ML_MUSEGS

Mutual impedance segments

Mutual impedance and from/to percents data fields for up to 5 segments: enter a string with space delimited data fields in the following sequences:

- Rm: mutual resistance

- Xm: mutual reactance

- FromPcnt1, ToPcnt1: start/end point the segment on line 1, in percent of total line impedance, measured from the bus 1 of the line (terminal 1 above)

- FromPcnt2, ToPcnt2: Start/end point of the segment on line 2, in percent of total line impedance, measured from the the bus 1 of the line (terminal 3 above)

MULINE

ML_GUID

GUID

Object GUID

BREAKER

OLNETID

OLNETFIELD

BREAKER

TERMNAME1

OLNETFIELD

BREAKER

TERMKV1

OLNETFIELD

BREAKER

TERMBNO1

OLNETFIELD

BREAKER

TERMGUID1

OLNETFIELD

BREAKER

SID

OLNETFIELD

BREAKER

OBJGUID

OLNETFIELD

BREAKER

BK_FLAG

In-service flag

In-service flag. 1 if the breaker is in-service; 2 if it is not.  The default value is 1.

BREAKER

BK_NODERATE

No derate flag

Breaker Derating Flag: 0 if the breaker is to be derated because of reclosing operation: 1 if it is not.  The default value is 0. This is only used when the breaker is IEEE rated.

BREAKER

BK_RATINGTYPE

Rating type

Rating method of the breaker.  Enter 0 for 'IEEE-Symmetrical Current'; 1 for 'IEEE-Total current'; 2 for ‘IEC’

BREAKER

BK_OPS1

Group 1 reclosing flag

Enter an integer number computed as X + Total number of open operations for devices in group 1, where X = 10 if the reclosing is set to take place in faults on the forward direction (line side) only; and X = 0 otherwise.

BREAKER

BK_GROUPTYPE1

Group 1 current flag

Breaker rating check method for group 1: Specifies the current that the breaker must interrupt: 0 for the total current of all devices in the group; 1 for maximum individual device current in the group

BREAKER

BK_GROUPTYPE2

Group 2 current flag

Breaker rating check method for group 2: Specifies the current that the breaker must interrupt: 0 for the total current of all devices in the group; 1 for maximum individual device current in the group

BREAKER

BK_OPS2

Group 2 reclosing flag

Enter an integer number computed as X + Total number of open operations for devices in group 2, where X = 10 if the reclosing is set to take place in faults on the forward direction (line side) only; and X = 0 otherwise.

BREAKER

BK_INTRATING

Interrupting rating

Rated short circuit current in amps if the rating method is 'IEEE Symmetrical current'.

Rated short circuit MVA if the rating method is 'IEEE Total current'. 

Rated short circuit breaking current in amps if the rating method is 'IEC'.

BREAKER

BK_MRATING

Momentary rating

Rated momentary current or rated ac making current of the breaker in amps   

BREAKER

BK_RECLOSE10

Reclsr intvl 1 - group 1

Group 1 first Reclosing Interval in seconds:  The reclosing interval is the elapse time between successive breaker opening and reclosing.  You must enter (n-1) positive values, where n is the total number of operations to lockout (item 11).  The default value is 0.0. This is only used when the breaker is IEEE rated.

BREAKER

BK_RECLOSE11

Reclsr intvl 2 - group 1

Group 1 second Reclosing Interval in seconds.

BREAKER

BK_RECLOSE12

Reclsr intvl 3 - group 1

Group 1 third Reclosing Interval in seconds

BREAKER

BK_K

KV range factor

kV Range Factor

BREAKER

BK_RATEDKV

Max Design KV

Max Design kV

BREAKER

BK_CPT1

Group 1 CPT

Group 1 contact parting ime

BREAKER

BK_CPT2

Group 2 CPT

Group 2 contact parting ime

BREAKER

BK_INTRTIME

Interruting time

IEEE rated breaker Interrupting Time in cycles: The default value is 3.

IEC rated breaker %dc Component: Rated percent dc component of the breaker.

BREAKER

BK_NACD

NACD

Non ac decaying facor

BREAKER

BK_RECLOSE20

Reclsr intvl 1 - group 2

Group 2 first Reclosing Interval in seconds:  The reclosing interval is the elapse time between successive breaker opening and reclosing.  You must enter (n-1) positive values, where n is the total number of operations to lockout (item 11).  The default value is 0.0. This is only used when the breaker is IEEE rated.

BREAKER

BK_RECLOSE21

Reclsr intvl 2 - group 2

Group 2 second Reclosing Interval in seconds.

BREAKER

BK_RECLOSE22

Reclsr intvl 3 - group 2

Group 2 third Reclosing Interval in seconds

BREAKER

BK_OPKV

Operating KV

Operating kV

BREAKER

BK_JRNL

Creation and modification log records

Creation and modification log records

BREAKER

BK_NAME

Name

Name with a maximum of 24 characters.   Any alphanumeric characters can be used, except for the string delimiter (single or double quotation mark)

BREAKER

BK_COMMENT

Memo

Comments.  Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

BREAKER

BK_TAGS

Tags

Tag string.  Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark)

BREAKER

BK_UDFS

User defined fields

User-defined data field with name xxx

BREAKER

BK_OBJLST1

Protected equipment group 1

List of equipments in group 1

BREAKER

BK_OBJLST2

Protected equipment group 2

List of equipments in group 1

BREAKER

BK_GUID

GUID

Object GUID