Import

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Import

With this function object data can be adjusted to values from an Excel file, by importing the Excel file in Vision.

 

Importing takes place from an Excel file, whose worksheets have a fixed name. Below the types of objects which can be imported. The name of the worksheet is the same or the single variant:

nodes

cables

connections

reactance coils

transformers

special transformers

plural name of an element sort (all element sorts are available)

circuit breakers

load switches

measure fields

fuses

profiles

frames

variants

scenarios

 

 

 

Each worksheet consists of a header row and data rows. The first row is always the header row, which defines the search parameters and the parameters to be changed. The data rows follow from the second row. Empty rows are allowed but the import function stops after five empty rows.

 

Search items have been defined for all objects, so the objects can be identified. These search items are preceded by a $-sign. One, two, three or four identifying values must match in order to identify the object to be changed. If an object is not found or if an object is found more than once, a warning message is generated.

 

In addition to the search items, change items are defined for all changeable parameters.

 

Specifics for existing objects can be imported.

A specific attribute can be removed by including: <characteristic>=.

 

Nodes

 

Header

Parameter

Description

Search-items

 

 

$Name

Name

Name of the node

$Short name

Short name

Short name of the node

$ID

ID

Identification

$GUID

GUID

GUID of the node

Change-items

 

 

Name

Name

Name

Short Name

Short name

Short name

ID

ID

Identification

Simultaneousness

Simultaneousness

Simultaneousness factor

Railtype

Rail type

Name of the rail type

GX

X

Geographical X-coordinate

GY

Y

Geographical Y-coordinate

Failure frequency

Failure frequency

Failure frequency

Specific

Specific

Characteristic and value of the specific formatted as: <characteristic>=<value>

Specific+

Specific

Add a specification

^<characteristic>

Specific

Value of the specific to be modified

^<characteristic>+

Specific

Value of the specific to be added

Revisiondate

Revisiondate

Revision date

Note

Note

Note

Function

Function

Function

Icon.Text

Icon.Text

Text of the icon

Icon.Textcolor

Icon.Textcolor

Color of icon text (BGR)

Icon.Color

Icon.Color

Icon background color (BGR)

Icon.Shape

Icon.Shape

Icon shape (0=circle, 1=ellipse, 2=square, 3=rectangle)

Icon.Size

Icon.Size

Size of the icon

 

Cables

Bij het importeren van kabeldelen worden de reeds bestaande kabeldelen eerst verwijderd.

Header

Parameter

Omschrijving

Zoek-items

 

 

$Naam

Naam

Naam van de kabel

$ID

ID

ID van de kabel

$GUID

GUID

GUID van de kabel

$Knooppunt1.Naam

Knooppunt1.Naam

Naam van het 'van'-knooppunt

$Knooppunt1.ID

Knooppunt1.ID

ID van het 'van'-knooppunt

$Knooppunt2.Naam

Knooppunt2.Naam

Naam van het 'naar'-knooppunt

$Knooppunt2.ID

Knooppunt2.ID

ID van het 'naar'-knooppunt

$KnooppuntX.Naam

KnooppuntX.Naam

Naam van een van de aangesloten knooppunten

$KnooppuntX.ID

KnooppuntX.ID

ID van een van de aangesloten knooppunten

$KnooppuntY.Naam

KnooppuntY.Naam

Naam van een van de aangesloten knooppunten

$KnooppuntY.ID

KnooppuntY.ID

ID van een van de aangesloten knooppunten

Verander-items

 

 

Naam

Naam

Naam

ID

ID

ID

Schakelstand1

Schakelaarstand1

Schakelaarstand nabij het van-knoopunt; 1 (in) of 0 (uit)

Schakelstand2

Schakelaarstand2

Schakelaarstand nabij het naar-knoopunt; 1 (in) of 0 (uit)

Type

Type

Type van het kabeldeel (uitsluitend samen met lengte)

Lengte

Lengte

Lengte van het kabeldeel (uitsluitend samen met type)

Faalfrequentie

Faalfrequentie

 

Reparatieduur

Reparatieduur

 

Onderhoudsfrequentie

Onderhoudsfrequentie

 

Onderhoudsduur

Onderhoudsduur

 

Onderhoudsafbreekduur

Onderhoudsafbreekduur

 

Moffaalfrequentie

Moffaalfrequentie

Standaardmoffaalfrequentie

Mof.GX

X

Geografische X-coordinaat van een mof

Mof.GY

Y

Geografische Y-coordinaat van een mof

Mof.Type

Type

Type van een mof

Mof.Jaar

Jaar

Jaar van aanleg van een mof

GX

GX

Geografische X-coordinaat van een hoekpunt in een kabel

GY

GY

Geografische Y-coordinaat van een hoekpunt in een kabel

Bijzonderheid

Bijzonderheid

Kenmerk en waarde van de bijzonderheid in het formaat: <kenmerk>=<waarde>

Bijzonderheid+

Bijzonderheid

Toevoegen van een bijzonderheid

Revisie

Revisie

Revisiedatum

Notitie

Notitie

 

 

 

Lines

 

Header

Parameter

Description

Search-items

 

 

$Name

Name

Name of the connection

$Node1.Name

Node1.Name

Name of the 'from'-node

$Node1.ID

Node1.ID

ID of the 'to'-node

$Node2.Name

Node2.Name

Name of the 'to'-node

$Node2.ID

Node2.ID

ID of the 'to'-node

$NodeX.Name

NodeX.Name

Name of one of the connected nodes

$NodeX.ID

NodeX.ID

ID of one of the connected nodes

$NodeY.Name

NodeY.Name

Name of one of the connected nodes

$NodeY.ID

NodeY.ID

ID of one of the connected nodes

Change-items

 

 

Name

Name

Name

Revisiondate

Revision

Revision date

Joint.GX

 

 

Joint.GY

 

 

Joint.Type

 

 

GX

GX

Geographical X-coordinate of a point of the connection

GY

GY

Geographical Y-coordinate of a point of the connection

Specific

Specific

Characteristic and value of the specific formatted as: <characteristic>=<value>

Specific+

Specific

Add a specification

Change-items, in case the connection consist of a single part

Description

Description

Description

R

R

Total resistance

X

X

Total reactance

C

C

Total capacity

R0

R0

Total zero-sequence resistance

X0

X0

Total zero-sequence reactance

C0

C0

Total zero-sequence capacity

Inom1

Inom1

Nominal current

Inom2

Inom2

Nominal current

Inom3

Inom3

Nominal current

Ik (1s)

Ik,1s

Maximum short circuit current during 1sec

Length

Length

Length

 

Reactance coils and (special) transformers

 

Header

Parameter

Description

Search-items

 

 

$Name

Name

Name

$Node1.Name

Node1.Name

Name of the 'from'-node

$Node1.ID

Node1.ID

ID of the 'from'-node

$Node2.Name

Node2.Name

Name of the 'to'-node

$Node2.ID

Node2.ID

ID of the 'to'-node

$NodeX.Name

NodeX.Name

Name of one of the connected nodes

$NodeX.ID

NodeX.ID

ID of one of the connected nodes

$NodeY.Name

NodeY.Name

Name of one of the connected nodes

$NodeY.ID

NodeY.ID

ID of one of the connected nodes

Change-items

 

 

Name

Name

Name

Type

Type

Type name

Snom

Snom

Snom (only transformers)

Usoort

Sort

Sort voltage control (0=compounding; 1=load dependent)

Uset

Uset

Uset

Uband

Uband

Uband

Rc

Rc

Rc

Xc

Xc

Xc

Terugc

Ook bij teruglevering

 

P<<

P<<

 

U<<

U<<

 

P<

P<

 

U<

U<

 

P>

P>

 

U>

U>

 

P>>

P>>

 

U>>

U>>

 

Revisiondate

Revision date

Revision date

Specific

Specific

Characteristic and value of the specific formatted as: <characteristic>=<value>

Specific+

Specific

Add a specification

 

Elements (general)

 

Header

Parameter

Description

Search-items

 

 

$Name

Name

Name

$ID

ID

ID

$GUID

GUID

GUID

$Node.Name

Nodename

Name of the node

$Node.ID

NodeID

Identification of the node

$Node.GUID

NodeGUID

GUID of the node

Search-or-new-items

 

 

$Name+

Name

Name of the element; the element is added if it does not exist

Change-items

 

 

Name

Name

Name

Name+

Name

Name; the element will be added

Switchstate

Switchstate

1 (on) or 0 (off)

Profile

Profile

Name of the profile

Specific

Specific

Characteristic and value of the specific formatted as: <characteristic>=<value>

Specific+

Specific

Add a specification

^<Characteristic>

Specific

Value of the specific to be modified

^<Characteristic>+

Specific

Value of the specific to be added

Revisiondate

Revision date

Revision date

 

Sources (complementary to elements)

 

Header

Parameter

Description

Change-items

 

 

Uref

Uref

Reference voltage

Sk"nom

Sk"nom

nominaal kortsluitvermogen (MVA)

Sk"min

Sk"min

minimaal kortsluitvermogen (MVA)

Sk"max

Sk"max

maximaal kortsluitvermogen (MVA)

Ik"nom

Ik"nom

nominal short circuit current (kA)

Ik"min

Ik"min

minimal short circuit current (kA)

Ik"max

Ik"max

maximum short circuit current (kA)

Angle

Angle

Angle of the reference voltage

R/X

R/X

Relationship between R and X

Z0/Z1

Z0/Z1

Relationship between the homopolar and normal impedance

 

Loads en transformer loads (complementary to elements)

 

Header

Parameter

Description

Change-items

 

 

P

P

Active power (of the load)

Q

Q

Reactive power (of the load)

S

S

Apparent power (of the load)

I

I

Current (of the load)

Cos

Cos phi

Cos phi (of the load); must be combined with S or I

Profile

Profile

Name of the profile (of the load)

Pgen

Generation.P

Real power of the generation; Q becomes 0

Qgen

Generation.Q

 

Generationprofile

Generation.Profile

Name of the profile of the generation

Ppv

PV.Pnom

Power of the PV

PVprofile

PV.Profile

Name of the PV profile

Type

Type

Type name of the transformer

Tapsetting

Tapsetting

Tap setting of the transformer

#Bigcustomers

Number of big customers

Number of big customers

#Generouscustomers

Number of generous customers

Number of generous customers

#Smallverbruikers

Number of small customers

Number of small customers

 

The ratings are in MW, Mvar and MVA. The current is in A. The values for the transformer loads are related to the primary side of the transformers.

 

In some cases, more than one load object is changed per row. When specifying only the node name, all loads connected to that node are changed. When specifying only the Name, all loads in the network with that name are changed. If not exactly one load object is changed per row, a warning message is shown.

 

When setting a name or a note, the value can be cleared by means of a dash in the cell.

 

Synchronous generators (complementary to elements)

 

Header

Parameter

Description

Change-items

 

 

Type

Type

Type name

Ppu

Nominal power

Nominal active power (power factor * Snom)

Pref

Reference power

Actual active power

Snom

Nominal power

Nominal power of the generator

 

Synchronous motors (complementary to elements)

 

Header

Parameter

Description

Change-items

 

 

Type

Type

Type name

Ppu

Nominal power

Nominal active power (power factor * Snom)

Pref

Reference power

Actual Active power

Snom

Nominal power

Nominal power of the motor

 

Induction generators (complementary to elements)

 

Header

Parameter

Description

Change-items

 

 

Type

Type

Type name

Ppu

Nominal power

Nominal active power (power factor * Snom)

Pref

Reference power

Actual Active power

Pnom

Nominal power

Nominal active power of the generator

 

Induction motors (complementary to elements)

 

Header

Parameter

Description

Change-items

 

 

Type

Type

Type name

Ppu

Nominal power

Nominal active power (power factor * Snom)

Pref

Reference power

Actual active power

Pnom

Nominal power

Nominal active power of the motor

 

PV's (complementary to elements)

 

Header

Parameter

Description

Change-items

 

 

Pnom+

Pnom

Power of the next panel

Pnom1

Pnom

Power of the first panel

Pnom2

Pnom

Power of the second panel

Pnom3

Pnom

Power of the third panel

 

Circuit breakers with protection

 

Header

Parameter

Description

Search-items

 

 

$Name

Name

Name of the circuit breaker

$ID

 

 

$In.Name

In name

Name of the branch or element to which the circuit breaker is connected

$Node.Name

Nodename

Name of the connected node

$Node.ID

NodeID

ID of the connected node

Search-or-new-items

 

 

$Name+

Name

Name of the circuit breaker; the circuit breaker is added if it does not exist

Change-items

 

 

Name

Name

Name

Name+

Name

Name; the circuit breaker will be added

Specific

Specific

Characteristic and value of the specific formatted as: <characteristic>=<value>

Specific+

Specific

Add a specification

Remote control

Remote control

 

Remote indication

Remote indication

 

Note

Note

 

Type

Type

Type of the circuit breaker

Shorttype

Short

Short type name

Inom

Inom

Nominal current circuit breaker type

Unom

Unom

Nominal voltage circuit breaker type

Ik_break

 

Tripping current  circuit breaker type

Ik_thermal

 

Maximum thermal short circuit current

t_thermal

 

Maximum thermal short circuit current duration

Switchtime

 

Breaker opening time

Ip1.Present

First current protection

Present

Ip1.Active

 

Active

Ip1.Direction

 

Direction sensitivity (-1, 0, 1)

Ip1.RCA

 

RCA

Ip1.Type

 

Type

Ip1.Short

 

Short type name

Ip1.Inom

 

Nominal current

Ip1.Setting

 

Characteristic

1: fixed time

11-15: inverse (normal/very/extremely/long time/RI-inverse)

31-32: specific

Ip1.I>

 

I >

Ip1.t>

 

t >

Ip1.I>>

 

I >>

Ip1.t>>

 

t >>

Ip1.I>>>

 

I >>>

Ip1.t>>>

 

t >>>

Ip1.m

 

m-factor

Ip2.Present

Second current protection

Present

Ip2.Active

 

Active

Ip2.Direction

 

Direction sensitivity (-1, 0, 1)

Ip2.RCA

 

RCA

Ip2.Type

 

Type

Ip2.Short

 

Short type name

Ip2.Inom

 

Nominal current

Ip2.Setting

 

Characteristic

1: fixed time

11-15: inverse (normal/very/extremely/long time/RI-inverse)

31-32: specific

Ip2.I>

 

I >

Ip2.t>

 

t >

Ip2.I>>

 

I >>

Ip2.t>>

 

t >>

Ip2.I>>>

 

I >>>

Ip2.t>>>

 

t >>>

Ip2.m

 

m-factor

Ep1.Present

First earth fault protection

Present

Ep1.Active

 

Active

Ep1.Direction

 

Direction sensitivity (-1, 0, 1)

Ep1.RCA

 

RCA

Ep1.Type

 

Type

Ep1.Setting

 

Characteristic

Ep1.I>

 

I >

Ep1.t>

 

t >

Ep1.I>>

 

I >>

Ep1.t>>

 

t >>

Ep1.I>>>

 

I >>>

Ep1.t>>>

 

t >>>

Ep2.Present

Second earth fault protection

Present

Ep2.Active

 

Active

Ep2.Direction

 

Direction sensitivity (-1, 0, 1)

Ep2.RCA

 

RCA

Ep2.Type

 

Type

Ep2.Setting

 

Characteristic

Ep2.I>

 

I >

Ep2.t>

 

t >

Ep2.I>>

 

I >>

Ep2.t>>

 

t >>

Ep2.I>>>

 

I >>>

Ep2.t>>>

 

t >>>

Up.Present

Voltage protection

Present

Up.Active

 

Active

Up.Type

 

Type

Up.U<

 

U <

Up.t<

 

t <

Up.U<<

 

U <<

Up.t<<

 

t <<

Up.U>

 

U >

Up.t>

 

t >

Up.U>>

 

U >>

Up.t>>

 

t >>

Difp.Present

Differential protection

Present

Difp.Active

 

Active

Difp.Type

 

Type

Difp.dI>

 

dI >

Difp.t>

 

t >

Difp.dI>>

 

dI >>

Difp.t>>

 

t >>

Difp.k1

 

k1

Difp.k2

 

k2

Dp.Present

Distance protection

Present

Dp.Active

 

Active

Dp.Type

 

Type

Dp.Ie>

 

Ie >

Dp.I>

 

I >

Dp.U<

 

U <

Dp.Z<

 

Z <

Dp.Kn

 

Kn-factor

Dp.Knangle

 

Kn-factor-angle

Dp.T0

 

Undirected end time

Dp.T4

 

Directed end time

Dp.T1

 

t zone 1

Dp.R1

 

R zone 1, in a polygon characteristic

Dp.X1

 

X zone 1, in a polygon characteristic

Dp.Z1

 

Z zone 1, in a circle characteristic

Dp.R1E

 

R during a earth fault zone 1, in a polygon characteristic

Dp.X1E

 

X during a earth fault zone 1, in a polygon characteristic

Dp.Z1E

 

Z during a earth fault zone 1, in a circle characteristic

Dp.T2

 

t zone 2

Dp.R2

 

R zone 2, in a polygon characteristic

Dp.X2

 

X zone 2, in a polygon characteristic

Dp.Z2

 

Z zone 2, in a circle characteristic

Dp.R2E

 

R during a earth fault zone 2, in a polygon characteristic

Dp.X2E

 

X during a earth fault zone 2, in a polygon characteristic

Dp.Z2E

 

Z during a earth fault zone 2, in a circle characteristic

Dp.T3

 

t zone 3

Dp.R3

 

R zone 3, in a polygon characteristic

Dp.X3

 

X zone 3, in a polygon characteristic

Dp.Z3

 

Z zone 3, in a circle characteristic

Dp.R3E

 

R during a earth fault zone 3, in a polygon characteristic

Dp.X3E

 

X during a earth fault zone 3, in a polygon characteristic

Dp.Z3E

 

Z during a earth fault zone 3, in a circle characteristic

Dp.T-1

 

t zone backwards

Dp.R-1

 

R zone backwards, in a polygon characteristic

Dp.X-1

 

X zone backwards, in a polygon characteristic

Dp.Z-1

 

Z zone backwards, in a circle characteristic

Dp.R-1E

 

R during a earth fault zone backwards, in a polygon characteristic

Dp.X-1E

 

X during a earth fault zone backwards, in a polygon characteristic

Dp.Z-1E

 

Z during a earth fault zone backwards, in a circle characteristic

 

Importing the distance protection zones via R and X yields a polygon in the form of a right triangle, where R and X form the right angle and the slanted side with an angle of -45 degree passes through the origin of the graph.

Importing the distance protection zones via Z produces a circle with the specified radius.

 

Load switches

 

Header

Parameter

Description

Search-items

 

 

$Name

Name

Name van lastschakelaar

$ID

ID

 

$In.Name

In name

Name van tak of element waar lastschakelaar in zit

$Node.Name

Nodename

Name van aangesloten node

$Node.ID

NodeID

ID van aangesloten node

Change-items

 

 

Name

Name

Name

Afstandbediening

Afstandbediening

 

Notitie

Notitie

 

Type

Type

Type lastschakelaar

Korttype

Kort

Korte typename

Inom

Inom

Nominale current

Unom

Unom

Nominale spanning

Ik_maak

Ik,maak

Maakcurrent

Ik_dynamisch

Ik,dynamisch

Maximale dynamische short circuitcurrent

Ik_thermisch

Ik,thermisch

Maximale thermische short circuitcurrent

t_thermisch

t,thernisch

Bijbehorende tijd

 

Measure fields

 

Header

Parameter

Description

Search-items

 

 

$Name

Name

Name of the measurement unit

$ID

 

 

$In.Name

In name

Name of the branch or element to which the measurement unit is connected

$Node.Name

Nodename

Name of the connected node

$Node.ID

NodeID

ID of the connected node

$VS.Name

Circuit breaker name

Name van de circuit breaker in the same field

$VS.ID

Circuit breaker ID

 

Change-items

 

 

Name

Name

Name

Specific

Specific

Characteristic and value of the specific formatted as: <characteristic>=<value>

Specific+

Specific

Add a specification

It1.Function

 

 

It1.Type

 

 

It1.Class

 

 

It1.Transformerratio

 

 

It1.Power

 

 

It1.Inom

 

 

It1.Ik_dynamic

 

 

It1.Ik_thermal

 

 

It1.t_thermal

 

 

It2.Function

 

 

It2.Type

 

 

It2.Class

 

 

It2.Transformerratio

 

 

It2.Power

 

 

It2.Inom

 

 

It2.Ik_dynamic

 

 

It2.Ik_thermal

 

 

It2.t_thermal

 

 

Ut.Function

 

 

Ut.Type

 

 

Ut.Class

 

 

Ut.Transformerratio

 

 

Ut.Power

 

 

Mb.Naam

Bestandsnaam

Bestandsnaam van een metingenbestand

Mb.Kolom

Kolom(men)

Bijbehorende kolommen

...2010...

Measurement from 2010

Measurement value

...2011...

Measurement from 2011

Measurement value

...2012...

Measurement from 2012

Measurement value

...2013...

Measurement from 2013

Measurement value

...2014...

Measurement from 2014

Measurement value

...2015...

Measurement from 2015

Measurement value

...2016...

Measurement from 2016

Measurement value

...2017...

Measurement from 2017

Measurement value

...2018...

Measurement from 2018

Measurement value

...2019...

Measurement from 2019

Measurement value

...2020...

Measurement from 2020

Measurement value

...2021...

Measurement from 2021

Measurement value

...2022...

Measurement from 2022

Measurement value

...2023...

Measurement from 2023

Measurement value

...2024...

Measurement from 2024

Measurement value

...2025...

Measurement from 2025

Measurement value

...2021...+

Measurement from 2021

Measurement value (is always added)

...2022...+

Measurement from 2022

Measurement value (is always added)

...2023...+

Measurement from 2023

Measurement value (is always added)

...2024...+

Measurement from 2024

Measurement value (is always added)

...2025...+

Measurement from 2025

Measurement value (is always added)

 

Fuses

 

Header

Parameter

Omschrijving

Zoek-items

 

 

$Name

Name

Name of fuse

$ID

ID

ID of the fuse (particularity with characteristic "ID")

$In.Name

In name

Name of branch or element that contains the fuse

$Node.Name

Node name

Name of connected node

$Node.ID

Node ID

ID of connected node

$Field

Field

Fuse field

Verander-items

 

 

Name

Name

Name

Note

Note

 

Type

Type

Type fuse

Shorttype

Short type

Short type name

 

Profiles

 

Profiles can be added trough the use of the types files.

The whole types file can be used for the importing of the profiles. The other worksheets in the types file will not be imported as the names of these worksheets will not match.

 

Frames

 

Header

Parameter

Description

Search-items

 

 

$Name

Name

Name

Change-items

 

 

Name

Name

Name

GX

X

Geographical X-coordinate

GY

Y

Geographical Y-coordinate

 

Scenario's

 

Header

Parameter

Description

Search-items

 

 

$Name

Scenarioname

Name of scenario

Search-or-new-items

 

 

$Name+

Scenarioname

Name of scenario; the scenario is added if it does not exist

Change-items or scenario-items to be added

 

 

Objecttype

Objecttypename

Name of the objectype (node, branch, etc.)

Objectname

Objectname

Name of the object

Date

Date

Date of entry

Parameter

Parameter

Node: 11: Simultaneity factor

Branch: 1: from-switch state

Branch: 2: to-switch state

Transformer: 11: tapsetting

Transformator: 12: fasedraaiing

Element: 1: switch state

Element: 11: absolute active power

Element: 12: absolute reactive power

Windturbine: 13: absolute wind speed

PV: 13: absolute scaling

Element: 14: factor of the nominal power

Windturbine: 14: factor of nominal wind speed

Transformerload: 15: tap

Element: 16: factor of the current  power, wind speed or scaling

Load and transformer load: 17: absolute apparent power

Transformer load: 18: factor of current apparent power of the generation

Transformer load: 19: absolute apparent power of the generation

Wind turbine: 20: cosine phi

Synchronous generator: 21: control type

Synchronous generator: 22: isochronous control

Value

Value

Switch state: 1 (on) or 0 (off)

Otherwise: the real value

Remark

Remark

 

 

Or

 

Header

Parameter

Description

Change-items or scenario-items to be added

 

 

Objecttype

Objecttypename

Name of the objectype (node, branch, etc.)

Objectname

Objectname

Name of the object

Date

Date

Date of entry

Parameter

Parameter

See above

^<scenarioname>

Value

Switch state: 1 (on) or 0 (off)

Otherwise: the real value

 

Example

Schermopname (12)

 

 

Example of records

Importing the examples below changes some parameters of the components in the demo.vnf file.

 

Modification of geographical coordinates and addition of a specific for node "Station 4":

 

$Name

GX

GY

Specific

Station 4

53406

408235

type=Closed installation

 

Modification of cable type and length of cable "Stat4 - Stat3" and addition of a specific:

 

$Name

Type

Length

Specific

Stat4 - Stat3

3*150 CU GPLK   8/10

7000

Revision=Cable rerouted

 

Change of load on nodes "Station 1" and "Station3, rail A":

 

$Name

$Node.Name

P

cos

Last

Station 1

2.5

0.85

Last

Station 3, rail A

3.5

0.9

 

Change all transformer loads on "Station 4":

 

$Node.Name

I

cos

Station 4

18

0.88

 

 

Variants

 

Header

Parameter

Description

Search-items

 

 

$Name

Variantname

Name of variant

Search-or-new-items

 

 

$Name+

Variantname

Name of variant; the variant is added if it does not exist

Change-items or scenario-items to be added

 

 

Objecttype

Objecttypename

Name of the objectype (node, branch, etc.)

Objectname

Objectname

Name of the object

Date

Date

Date of entry

Present

Presence

Presence: 'true' or 'false'

Remark

Remark

 

Variant object

Variant object of the object

Whether the object is a variant object: "true" or "false