Collaboration diagram for emlab.gen.domain.technology.PowerPlant:

Public Member Functions
boolean	isOperational (long currentTick)

boolean	isExpectedToBeOperational (long time)

boolean	isInPipeline (long currentTick)

double	getAvailableCapacity (long currentTick, Segment segment, long numberOfSegments)

double	getExpectedAvailableCapacity (long futureTick, Segment segment, long numberOfSegments)

double	getAvailableCapacity (long currentTick)

long	calculateActualLeadtime ()

long	calculateActualPermittime ()

long	calculateActualLifetime ()

boolean	isWithinTechnicalLifetime (long currentTick)

PowerGridNode	getLocation ()

void	setLocation (PowerGridNode location)

PowerGeneratingTechnology	getTechnology ()

void	setTechnology (PowerGeneratingTechnology technology)

long	getConstructionStartTime ()

void	setConstructionStartTime (long constructionStartTime)

EnergyProducer	getOwner ()

void	setOwner (EnergyProducer owner)

void	setActualLifetime (long actualLifetime)

long	getActualLifetime ()

void	setActualPermittime (long actualPermittime)

long	getActualPermittime ()

void	setActualLeadtime (long actualLeadtime)

long	getActualLeadtime ()

long	getDismantleTime ()

void	setDismantleTime (long dismantleTime)

String	getName ()

void	setName (String label)

String	getLabel ()

void	setLabel (String label)

double	getActualInvestedCapital ()

void	setActualInvestedCapital (double actualInvestedCapital)

Set< SubstanceShareInFuelMix >	getFuelMix ()

void	setFuelMix (Set< SubstanceShareInFuelMix > fuelMix)

Loan	getLoan ()

void	setLoan (Loan loan)

Loan	getDownpayment ()

void	setDownpayment (Loan downpayment)

double	getActualEfficiency ()

void	setActualEfficiency (double actualEfficiency)

String	toString ()

void	calculateAndSetActualInvestedCapital (long timeOfPermitorBuildingStart)

void	calculateAndSetActualFixedOperatingCosts (long timeOfPermitorBuildingStart)

void	calculateAndSetActualEfficiency (long timeOfPermitorBuildingStart)

double	calculateEmissionIntensity ()

double	calculateElectricityOutputAtTime (long time, boolean forecast)

double	calculateCO2EmissionsAtTime (long time, boolean forecast)

void	dismantlePowerPlant (long time)

void	specifyAndPersist (long time, EnergyProducer energyProducer, PowerGridNode location, PowerGeneratingTechnology technology)

void	specifyNotPersist (long time, EnergyProducer energyProducer, PowerGridNode location, PowerGeneratingTechnology technology)

void	createOrUpdateLoan (Loan loan)

void	createOrUpdateDownPayment (Loan downpayment)

double	getExpectedEndOfLife ()

void	setExpectedEndOfLife (double expectedEndOfLife)

void	updateFuelMix (Set< SubstanceShareInFuelMix > fuelMix)

double	getActualNominalCapacity ()

void	setActualNominalCapacity (double actualNominalCapacity)

double	getActualFixedOperatingCost ()

void	setActualFixedOperatingCost (double actualFixedOperatingCost)

Detailed Description

Representation of a power plant

Author: jcrichstein; ejlchappin

Definition at line 46 of file PowerPlant.java.

Member Function Documentation

void emlab.gen.domain.technology.PowerPlant.calculateAndSetActualInvestedCapital ( long timeOfPermitorBuildingStart )

inline

Sets the actual capital that is needed to build the power plant. It reads the investment cost from the and automatically adjusts for the actual building and permit time, as well as power plant size.

Parameters

timeOfPermitorBuildingStart

Definition at line 412 of file PowerPlant.java.

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double emlab.gen.domain.technology.PowerPlant.getActualFixedOperatingCost ( )

inline

Returns: the actualFixedOperatingCost

Definition at line 553 of file PowerPlant.java.

double emlab.gen.domain.technology.PowerPlant.getActualNominalCapacity ( )

inline

Returns: the actualNominalCapacity

Definition at line 536 of file PowerPlant.java.

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boolean emlab.gen.domain.technology.PowerPlant.isWithinTechnicalLifetime ( long currentTick )

inline

Determines whether a plant is still in its technical lifetime. The end of the technical lifetime is determined by the construction start time, the permit time, the lead time and the actual lifetime.

Parameters

currentTick

Returns: whether the plant is still in its technical lifetime.

Definition at line 269 of file PowerPlant.java.

void emlab.gen.domain.technology.PowerPlant.setActualFixedOperatingCost ( double actualFixedOperatingCost )

inline

Parameters

actualFixedOperatingCost the actualFixedOperatingCost to set

Definition at line 561 of file PowerPlant.java.

void emlab.gen.domain.technology.PowerPlant.setActualNominalCapacity ( double actualNominalCapacity )

inline

Parameters

actualNominalCapacity the actualNominalCapacity to set

Definition at line 544 of file PowerPlant.java.

void emlab.gen.domain.technology.PowerPlant.specifyAndPersist	(	long	time,
		EnergyProducer	energyProducer,
		PowerGridNode	location,
		PowerGeneratingTechnology	technology
	)

inline

Persists and specifies the properties of a new Power Plant (which needs to be created separately before with new PowerPlant();

Do not forget that any change made here should be reflected in the ElectricityProducerFactory!!

Parameters

time
energyProducer
location
technology

Author: J.C.Richstein

Definition at line 484 of file PowerPlant.java.

The documentation for this class was generated from the following file:

/home/jrichstein/emlab-generation/emlab-generation/src/main/java/emlab/gen/domain/technology/PowerPlant.java

Public Member Functions

Detailed Description

Member Function Documentation