gridiq.network
Class Demand

java.lang.Object
  gridiq.network.ElectricityPricing
      gridiq.network.Demand

public class Demand
extends ElectricityPricing

Represents pricing demand attributes for electricity market simulation. This class adds the optimal active power bid property and associated accessor methods to its parent class ElectricityPricing.

Author:

colin

Constructor Summary

Demand()

Method Summary

double	getOptimalActivePowerBid() The Optimal Active Power Bid in p.u.
void	setOptimalActivePowerBid(double optimalActivePowerBid) Sets the Optimal Active Power Bid in p.u.

Methods inherited from class gridiq.network.ElectricityPricing

getActivePowerDirection, getBus, getCongestionDownCost, getCongestionUpCost, getFixedCostP, getFixedCostQ, getMaxPowerBid, getMinPowerBid, getPowerRating, getProportionalCostP, getProportionalCostQ, getQuadraticCostP, getQuadraticCostQ, getReactivePowerDirection, getTieBreakingCost, isCommitment, isConnectionStatus, setActivePowerDirection, setBus, setCommitment, setCongestionDownCost, setCongestionUpCost, setConnectionStatus, setFixedCostP, setFixedCostQ, setMaxPowerBid, setMinPowerBid, setPowerRating, setProportionalCostP, setProportionalCostQ, setQuadraticCostP, setQuadraticCostQ, setReactivePowerDirection, setTieBreakingCost

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Demand

public Demand()

Method Detail

getOptimalActivePowerBid

public double getOptimalActivePowerBid()

The Optimal Active Power Bid in p.u.

Returns:

The Optimal Active Power Bid in p.u.

setOptimalActivePowerBid

public void setOptimalActivePowerBid(double optimalActivePowerBid)

Sets the Optimal Active Power Bid in p.u.

Parameters:

optimalActivePowerBid - The Optimal Active Power Bid in p.u.