Package com.powsybl.ucte.network

Class UcteNode

java.lang.Object

com.powsybl.ucte.network.UcteNode

All Implemented Interfaces:

UcteRecord, Comparable<UcteNode>

public class UcteNode
extends Object
implements UcteRecord, Comparable<UcteNode>

Author:

Geoffroy Jamgotchian

Constructor Summary

Constructors

Constructor

Description

UcteNode(UcteNodeCode code, String geographicalName, UcteNodeStatus status, UcteNodeTypeCode typeCode, double voltageReference, double activeLoad, double reactiveLoad, double activePowerGeneration, double reactivePowerGeneration, double minimumPermissibleActivePowerGeneration, double maximumPermissibleActivePowerGeneration, double minimumPermissibleReactivePowerGeneration, double maximumPermissibleReactivePowerGeneration, double staticOfPrimaryControl, double nominalPowerPrimaryControl, double threePhaseShortCircuitPower, double xrRatio, UctePowerPlantType powerPlantType)

Method Summary

Modifier and Type	Method	Description
int	compareTo(UcteNode ucteNode)
boolean	equals(Object obj)
void	fix(Reporter reporter)
double	getActiveLoad()	Gets active load (MW).
double	getActivePowerGeneration()	Gets active power generation (MW).
UcteNodeCode	getCode()	Gets node code.
String	getGeographicalName()	Gets node geographical name.
double	getMaximumPermissibleActivePowerGeneration()	Gets maximum permissible active power generation (MW).
double	getMaximumPermissibleReactivePowerGeneration()	Gets maximum permissible reactive power generation (MW).
double	getMinimumPermissibleActivePowerGeneration()	Gets minimum permissible active power generation (MW).
double	getMinimumPermissibleReactivePowerGeneration()	Gets minimum permissible reactive power generation (MW).
double	getNominalPowerPrimaryControl()	Gets nominal power for primary control (MW).
UctePowerPlantType	getPowerPlantType()	Gets power plant type.
double	getReactiveLoad()	Gets reactive load (MVar).
double	getReactivePowerGeneration()	Gets reactive power generation (MVar).
double	getStaticOfPrimaryControl()	Gets static of primary control (%).
UcteNodeStatus	getStatus()	Gets node status.
double	getThreePhaseShortCircuitPower()	Gets three phase short circuit power (MVA).
UcteNodeTypeCode	getTypeCode()	Gets node type code.
double	getVoltageReference()	Gets voltage reference value (0 not allowed) in kV.
double	getXrRatio()	Gets X/R ratio.
int	hashCode()
boolean	isGenerator()
boolean	isRegulatingFrequency()
boolean	isRegulatingVoltage()
void	setActiveLoad(double activeLoad)	Gets active load (MW).
void	setActivePowerGeneration(double activePowerGeneration)	Sets active power generation (MW).
void	setCode(UcteNodeCode code)	Sets node code.
void	setGeographicalName(String geographicalName)	Sets node geographical name.
void	setMaximumPermissibleActivePowerGeneration(double maximumPermissibleActivePowerGeneration)	Sets maximum permissible active power generation (MW).
void	setMaximumPermissibleReactivePowerGeneration(double maximumPermissibleReactivePowerGeneration)	Sets maximum permissible reactive power generation (MW).
void	setMinimumPermissibleActivePowerGeneration(double minimumPermissibleActivePowerGeneration)	Sets minimum permissible active power generation (MW).
void	setMinimumPermissibleReactivePowerGeneration(double minimumPermissibleReactivePowerGeneration)	Sets minimum permissible reactive power generation (MW).
void	setNominalPowerPrimaryControl(double nominalPowerPrimaryControl)	Sets nominal power for primary control (MW).
void	setPowerPlantType(UctePowerPlantType powerPlantType)	Sets power plant type.
void	setReactiveLoad(double reactiveLoad)	Sets reactive load (MVar).
void	setReactivePowerGeneration(double reactivePowerGeneration)	Sets reactive power generation (MVar).
void	setStaticOfPrimaryControl(double staticOfPrimaryControl)	Sets static of primary control (%).
void	setStatus(UcteNodeStatus status)	Sets node status.
void	setThreePhaseShortCircuitPower(double threePhaseShortCircuitPower)	Sets three phase short circuit power (MVA).
void	setTypeCode(UcteNodeTypeCode typeCode)	Sets node type code.
void	setVoltageReference(double voltageReference)	Sets voltage reference value (0 not allowed) in kV.
void	setXrRatio(double xrRatio)	Sets X/R ratio.
String	toString()

Methods inherited from class java.lang.Object

clone, finalize, getClass, notify, notifyAll, wait, wait, wait

Constructor Detail

UcteNode

public UcteNode(UcteNodeCode code,
                String geographicalName,
                UcteNodeStatus status,
                UcteNodeTypeCode typeCode,
                double voltageReference,
                double activeLoad,
                double reactiveLoad,
                double activePowerGeneration,
                double reactivePowerGeneration,
                double minimumPermissibleActivePowerGeneration,
                double maximumPermissibleActivePowerGeneration,
                double minimumPermissibleReactivePowerGeneration,
                double maximumPermissibleReactivePowerGeneration,
                double staticOfPrimaryControl,
                double nominalPowerPrimaryControl,
                double threePhaseShortCircuitPower,
                double xrRatio,
                UctePowerPlantType powerPlantType)

Method Detail

getCode

public UcteNodeCode getCode()

Gets node code.

Returns:

node code

setCode

public void setCode(UcteNodeCode code)

Sets node code.

Parameters:

code - node code

getGeographicalName

public String getGeographicalName()

Gets node geographical name.

Returns:

node geographical name

setGeographicalName

public void setGeographicalName(String geographicalName)

Sets node geographical name.

Parameters:

geographicalName - node geographical name

getStatus

public UcteNodeStatus getStatus()

Gets node status.

Returns:

node status

setStatus

public void setStatus(UcteNodeStatus status)

Sets node status.

Parameters:

status - node status

getTypeCode

public UcteNodeTypeCode getTypeCode()

Gets node type code.

Returns:

node type code

setTypeCode

public void setTypeCode(UcteNodeTypeCode typeCode)

Sets node type code.

Parameters:

typeCode - node type code

getVoltageReference

public double getVoltageReference()

Gets voltage reference value (0 not allowed) in kV.

Returns:

voltage reference value

setVoltageReference

public void setVoltageReference(double voltageReference)

Sets voltage reference value (0 not allowed) in kV.

Parameters:

voltageReference - voltage reference value

getActiveLoad

public double getActiveLoad()

Gets active load (MW).

Returns:

active load (MW)

setActiveLoad

public void setActiveLoad(double activeLoad)

Gets active load (MW).

Parameters:

activeLoad - active load (MW)

getReactiveLoad

public double getReactiveLoad()

Gets reactive load (MVar).

Returns:

reactive load (MVar)

setReactiveLoad

public void setReactiveLoad(double reactiveLoad)

Sets reactive load (MVar).

Parameters:

reactiveLoad - reactive load (MVar)

getActivePowerGeneration

public double getActivePowerGeneration()

Gets active power generation (MW).

Returns:

active power generation (MW)

setActivePowerGeneration

public void setActivePowerGeneration(double activePowerGeneration)

Sets active power generation (MW).

Parameters:

activePowerGeneration - active power generation (MW)

getReactivePowerGeneration

public double getReactivePowerGeneration()

Gets reactive power generation (MVar).

Returns:

reactive power generation (MVar)

setReactivePowerGeneration

public void setReactivePowerGeneration(double reactivePowerGeneration)

Sets reactive power generation (MVar).

Parameters:

reactivePowerGeneration - reactive power generation (MVar)

getMinimumPermissibleActivePowerGeneration

public double getMinimumPermissibleActivePowerGeneration()

Gets minimum permissible active power generation (MW).

Double.NaN means undefined.

Returns:

minimum permissible active power generation (MW)

setMinimumPermissibleActivePowerGeneration

public void setMinimumPermissibleActivePowerGeneration(double minimumPermissibleActivePowerGeneration)

Sets minimum permissible active power generation (MW).

Double.NaN means undefined.

Parameters:

minimumPermissibleActivePowerGeneration - minimum permissible active power generation (MW)

getMaximumPermissibleActivePowerGeneration

public double getMaximumPermissibleActivePowerGeneration()

Gets maximum permissible active power generation (MW).

Double.NaN means undefined.

Returns:

maximum permissible active power generation (MW)

setMaximumPermissibleActivePowerGeneration

public void setMaximumPermissibleActivePowerGeneration(double maximumPermissibleActivePowerGeneration)

Sets maximum permissible active power generation (MW).

Double.NaN means undefined.

Parameters:

maximumPermissibleActivePowerGeneration - maximum permissible active power generation (MW)

getMinimumPermissibleReactivePowerGeneration

public double getMinimumPermissibleReactivePowerGeneration()

Gets minimum permissible reactive power generation (MW).

Double.NaN means undefined.

Returns:

minimum permissible reactive power generation (MW)

setMinimumPermissibleReactivePowerGeneration

public void setMinimumPermissibleReactivePowerGeneration(double minimumPermissibleReactivePowerGeneration)

Sets minimum permissible reactive power generation (MW).

Double.NaN means undefined.

Parameters:

minimumPermissibleReactivePowerGeneration - minimum permissible reactive power generation (MW)

getMaximumPermissibleReactivePowerGeneration

public double getMaximumPermissibleReactivePowerGeneration()

Gets maximum permissible reactive power generation (MW).

Double.NaN means undefined.

Returns:

maximum permissible reactive power generation (MW)

setMaximumPermissibleReactivePowerGeneration

public void setMaximumPermissibleReactivePowerGeneration(double maximumPermissibleReactivePowerGeneration)

Sets maximum permissible reactive power generation (MW).

Double.NaN means undefined.

Parameters:

maximumPermissibleReactivePowerGeneration - maximum permissible reactive power generation (MW)

getStaticOfPrimaryControl

public double getStaticOfPrimaryControl()

Gets static of primary control (%).

Double.NaN means undefined.

Returns:

static of primary control (%)

setStaticOfPrimaryControl

public void setStaticOfPrimaryControl(double staticOfPrimaryControl)

Sets static of primary control (%).

Double.NaN means undefined.

Parameters:

staticOfPrimaryControl - static of primary control (%)

getNominalPowerPrimaryControl

public double getNominalPowerPrimaryControl()

Gets nominal power for primary control (MW).

Double.NaN means undefined.

Returns:

nominal power for primary control (MW)

setNominalPowerPrimaryControl

public void setNominalPowerPrimaryControl(double nominalPowerPrimaryControl)

Sets nominal power for primary control (MW).

Double.NaN means undefined.

Parameters:

nominalPowerPrimaryControl - nominal power for primary control (MW)

getThreePhaseShortCircuitPower

public double getThreePhaseShortCircuitPower()

Gets three phase short circuit power (MVA).

Double.NaN means undefined.

Returns:

three phase short circuit power (MVA)

setThreePhaseShortCircuitPower

public void setThreePhaseShortCircuitPower(double threePhaseShortCircuitPower)

Sets three phase short circuit power (MVA).

Double.NaN means undefined.

Parameters:

threePhaseShortCircuitPower - three phase short circuit power (MVA)

getXrRatio

public double getXrRatio()

Gets X/R ratio.

Double.NaN means undefined.

Returns:

X/R ratio

setXrRatio

public void setXrRatio(double xrRatio)

Sets X/R ratio.

Double.NaN means undefined.

Parameters:

xrRatio - X/R ratio

getPowerPlantType

public UctePowerPlantType getPowerPlantType()

Gets power plant type.

null means undefined.

Returns:

power plant type

setPowerPlantType

public void setPowerPlantType(UctePowerPlantType powerPlantType)

Sets power plant type.

null means undefined.

Parameters:

powerPlantType - power plant type

isGenerator

public boolean isGenerator()

isRegulatingVoltage

public boolean isRegulatingVoltage()

isRegulatingFrequency

public boolean isRegulatingFrequency()

fix

public void fix(Reporter reporter)

Specified by:

fix in interface UcteRecord

toString

public String toString()

Overrides:

toString in class Object

equals

public boolean equals(Object obj)

Overrides:

equals in class Object

hashCode

public int hashCode()

Overrides:

hashCode in class Object

compareTo

public int compareTo(UcteNode ucteNode)

Specified by:

compareTo in interface Comparable<UcteNode>