/** * @deprecated * For backward-compatibility only - should not be called. */ @ConfigurableValue(valueType = "Double", dump=false, name = "balancingCost", publish = true, description = "Low end of distribution fee range") public double getBalancingCost () { return balancingMarket.getBalancingCost(); }
/** * @deprecated * For backward-compatibility only - should not be called. */ @ConfigurableValue(valueType = "Double", name = "defaultSpotPrice", publish = true, dump=false, description = "value used for spot price/MWh if unavailable from market") public double getDefaultSpotPrice() { return balancingMarket.getDefaultSpotPrice(); }
/** * @deprecated * For backward-compatibility only - should not be called. */ @ConfigurableValue(valueType = "Double", name = "pMinusPrime", publish = true, dump=false, description = "slope of down-regulation cost function") public double getPMinusPrime() { return balancingMarket.getPMinusPrime(); }
double imports = accounting.getCurrentMarketPosition(broker) * 1000.0; double imbalance = balancingMarket.getMarketBalance(broker); // >0 if oversupply double balanceAdj = balancingMarket.getRegulation(broker); log.info("Distribution tx for " + broker.getUsername() + "(c,p,m,i,b) = ("
/** * @deprecated * For backward-compatibility only - should not be called. */ @ConfigurableValue(valueType = "Double", name = "pPlusPrime", publish = true, dump=false, description = "Slope of up-regulation cost function") public double getPPlusPrime () { return balancingMarket.getPPlusPrime(); }