emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer > Class Template Reference

Inheritance diagram for emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >:

Public Member Functions
	AbstractEnergyProducerRole (Schedule schedule)
double	calculateMarginalCO2Cost (PowerPlant powerPlant, long tick, boolean forecast)
double	calculateMarginalCostExclCO2MarketCost (PowerPlant powerPlant, long clearingTick)
double	calculateExpectedMarginalCostExclCO2MarketCost (PowerPlant powerPlant, Map< Substance, Double > forecastedFuelPrices, long tick)
double	calculateMarginalFuelCost (PowerPlant powerPlant, long clearingTick)
double	calculateExpectedMarginalFuelCost (PowerPlant powerPlant, Map< Substance, Double > forecastedFuelPrices)
double	findLastKnownPriceOnMarket (DecarbonizationMarket market, long clearingTick)
double	findLastKnownPriceForSubstance (Substance substance, long clearingTick)
double	calculateCO2MarketMarginalCost (PowerPlant powerPlant, long clearingTick, boolean forecast)
double	calculateCO2MarketCost (PowerPlant powerPlant, boolean forecast, long clearingTick)
double	calculatePaymentEffictiveCO2NationalMinimumPriceCost (PowerPlant powerPlant, boolean forecast, long clearingTick)
double	calculateCO2TaxMarginalCost (PowerPlant powerPlant, long tick)
double	findLastKnownCO2Price (long clearingTick)
double	calculateCO2Tax (PowerPlant powerPlant, boolean forecast, long clearingTick)
double	calculateFixedOperatingCost (PowerPlant powerPlant, long clearingTick)
double	calculateAveragePastOperatingProfit (PowerPlant pp, long horizon)
double	calculatePastOperatingProfitInclFixedOMCost (PowerPlant plant, long clearingTick)
Set< SubstanceShareInFuelMix >	calculateFuelMix (PowerPlant plant, Map< Substance, Double > substancePriceMap, double co2Price)
double	convertFuelShareToMassVolume (double share)
double	calculateFuelConsumptionWhenOnlyOneFuelIsUsed (Substance substance, double efficiency)
double	determineLoanAnnuities (double totalLoan, double payBackTime, double interestRate)
HashMap< ElectricitySpotMarket, Double >	determineExpectedCO2PriceInclTaxAndFundamentalForecast (long futureTimePoint, long yearsLookingBackForRegression, int adjustmentForDetermineFuelMix, long clearingTick)
Map< Substance, Double >	predictFuelPrices (EnergyProducer agent, long futureTimePoint)
Map< Substance, Double >	predictFuelPrices (long numberOfYearsBacklookingForForecasting, long futureTimePoint, long clearingTick)
Public Member Functions inherited from emlab.gen.engine.AbstractRole< T extends Agent >
	AbstractRole (Schedule schedule)
Reps	getReps ()
long	getCurrentTick ()
void	setSchedule (Schedule schedule)
Class< T >	agentClass ()
void	act (List<? extends T > agents)
Public Member Functions inherited from emlab.gen.engine.Role< T >
void	act (T agent)
Class< T >	agentClass ()
void	setSchedule (Schedule schedule)

Protected Member Functions
HashMap< ElectricitySpotMarket, Double >	determineExpectedCO2PriceInclTax (long futureTimePoint, long yearsLookingBackForRegression, long clearingTick)
HashMap< ElectricitySpotMarket, Double >	determineExpectedCO2PriceInclTax (long futureTimePoint, long yearsLookingBackForRegression, int adjustmentForDetermineFuelMix, long clearingTick)

Additional Inherited Members
Public Attributes inherited from emlab.gen.engine.AbstractRole< T extends Agent >
Logger	logger = Logger.getGlobal()
Schedule	schedule

Member Function Documentation

calculateFuelMix()

Set<SubstanceShareInFuelMix> emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.calculateFuelMix	(	PowerPlant	plant,
		Map< Substance, Double >	substancePriceMap,
		double	co2Price
	)

The fuel mix is calculated with a linear optimization model of the possible fuels and the requirements.

Parameters

substancePriceMap	contains the possible fuels and their market prices
minimumFuelMixQuality	is the minimum fuel quality needed for the power plant to work
efficiency	of the plant determines the need for fuel per MWhe
co2TaxLevel	is part of the cost for CO2
co2AuctionPrice	is part of the cost for CO2

Returns

the fuel mix

calculatePaymentEffictiveCO2NationalMinimumPriceCost()

double emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.calculatePaymentEffictiveCO2NationalMinimumPriceCost	(	PowerPlant	powerPlant,
		boolean	forecast,
		long	clearingTick
	)

Calculates the payment effective part of the national CO2 price. In this case you only pay the excess over the EU carbon market price to your own government.

Parameters

powerPlant

Returns

determineExpectedCO2PriceInclTax() [1/2]

HashMap<ElectricitySpotMarket, Double> emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.determineExpectedCO2PriceInclTax ( long  futureTimePoint, long  yearsLookingBackForRegression, int  adjustmentForDetermineFuelMix, long  clearingTick  )

protected

Calculates expected CO2 price based on a geometric trend estimation, of the past years. The adjustmentForDetermineFuelMix needs to be set to 1, if this is used in the determine fuel mix role.

Parameters

futureTimePoint	Year the prediction is made for
yearsLookingBackForRegression	How many years are used as input for the regression, incl. the current tick.

Returns

determineExpectedCO2PriceInclTax() [2/2]

HashMap<ElectricitySpotMarket, Double> emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.determineExpectedCO2PriceInclTax ( long  futureTimePoint, long  yearsLookingBackForRegression, long  clearingTick  )

protected

Calculates expected CO2 price based on a geometric trend estimation, of the past years

Parameters

futureTimePoint
yearsLookingBackForRegression

Returns

determineExpectedCO2PriceInclTaxAndFundamentalForecast()

HashMap<ElectricitySpotMarket, Double> emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.determineExpectedCO2PriceInclTaxAndFundamentalForecast	(	long	futureTimePoint,
		long	yearsLookingBackForRegression,
		int	adjustmentForDetermineFuelMix,
		long	clearingTick
	)

Calculates expected CO2 price based on a geometric trend estimation, of the past years. The adjustmentForDetermineFuelMix needs to be set to 1, if this is used in the determine fuel mix role.

Parameters

futureTimePoint	Year the prediction is made for
yearsLookingBackForRegression	How many years are used as input for the regression, incl. the current tick.

Returns

determineLoanAnnuities()

double emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.determineLoanAnnuities	(	double	totalLoan,
		double	payBackTime,
		double	interestRate
	)

Calculates the actual investment cost of a power plant per year, by using the exogenous modifier.

Parameters

powerPlant

Returns

the actual efficiency

findLastKnownPriceForSubstance()

double emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.findLastKnownPriceForSubstance	(	Substance	substance,
		long	clearingTick
	)

Finds the last known price for a substance. We try to find the market for it and get it get the price on that market for this tick, previous tick, or from a possible supplier directly. If multiple prices are found, the average is returned. This is the case for electricity spot markets, as they may have segments.

Parameters

substance

the price we want for

Returns

the (average) price found

findLastKnownPriceOnMarket()

double emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.findLastKnownPriceOnMarket	(	DecarbonizationMarket	market,
		long	clearingTick
	)

Finds the last known price on a specific market. We try to get it for this tick, previous tick, or from a possible supplier directly. If multiple prices are found, the average is returned. This is the case for electricity spot markets, as they may have segments.

Parameters

substance

the price we want for

Returns

the (average) price found

predictFuelPrices() [1/2]

Map<Substance, Double> emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.predictFuelPrices	(	EnergyProducer	agent,
		long	futureTimePoint
	)

Predicts fuel prices for futureTimePoint using a geometric trend regression forecast. Only predicts fuels that are traded on a commodity market.

Parameters

agent
futureTimePoint

Returns

Map<Substance, Double> of predicted prices.

predictFuelPrices() [2/2]

Map<Substance, Double> emlab.gen.role.AbstractEnergyProducerRole< T extends EnergyProducer >.predictFuelPrices	(	long	numberOfYearsBacklookingForForecasting,
		long	futureTimePoint,
		long	clearingTick
	)

Predicts fuel prices for futureTimePoint using a geometric trend regression forecast. Only predicts fuels that are traded on a commodity market.

Parameters

agent
futureTimePoint

Returns

Map<Substance, Double> of predicted prices.

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

• /Users/ejlchappin/Documents/emlab-generation2/src/emlab/gen/role/AbstractEnergyProducerRole.java