modelModelStatistics

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Extends from TransiEnt.Basics.Icons.OuterElement.

Information

1. Purpose of model

Global parameters for all models depending only on TransiEnt core library.

2. Level of detail, physical effects considered, and physical insight

(Purely technical component without physical modeling.)

3. Limits of validity

(Purely technical component without physical modeling.)

4. Interfaces

(no remarks)

5. Nomenclature

(no elements)

6. Governing Equations

(no equations)

7. Remarks for Usage

(no remarks)

8. Validation

(no validation or testing necessary)

9. References

(no remarks)

10. Version History

Model created by Pascal Dubucq (dubucq@tuhh.de) on Mon Aug 18 2014

Parameters

TypeNameDefaultDescription
IntegernTypesOfResourceTransiEnt.Basics.Types.nTypeOfResource
IntegernSubgrids2For calculation of statistics in subgrids (=1 local grid, e.g. hamburg, =2 surrounding grid, e.g. UCTE grid
IntegernTypesTransiEnt.Basics.Types.nTypeOfPrimaryEnergyCarrier
IntegernTypesHeatTransiEnt.Basics.Types.nTypeOfPrimaryEnergyCarrierHeat
Statistics
BooleanintegrateElPowersimCenter.integrateElPowertrue if electric powers shall be integrated
BooleanintegrateHeatFlowsimCenter.integrateHeatFlowtrue if heat flows shall be integrated
BooleanintegrateCDEsimCenter.integrateCDEtrue if CDE should be integrated

Connectors

TypeNameDefaultDescription
Basics.Interfaces.General.PowerCollector[nTypesOfResource]powerCollector
Basics.Interfaces.General.PowerCollector[nTypesOfResource]primBalPowerCollector
Basics.Interfaces.General.PowerCollector[2]primBalPowerOfferCollector
Basics.Interfaces.General.PowerCollector[nTypesOfResource]secBalPowerCollector
Basics.Interfaces.General.PowerCollector[2]secBalPowerOfferCollector
Basics.Interfaces.General.PowerCollectorsurroundingGridLoad
Basics.Interfaces.General.PowerCollectortielinePowerCollectorPower on tieline to subsystem
Basics.Interfaces.General.PowerCollectortielineSetPowerCollectorScheduled imports to subsystem
TransiEnt.Basics.Interfaces.General.KineticEnergyCollector[nSubgrids]kineticEnergyCollector
Basics.Interfaces.General.GwpEmissionCollector[nTypes]gwpCollector
Basics.Interfaces.General.GwpEmissionCollector[nTypesHeat]gwpCollectorHeat
Basics.Interfaces.General.HeatFlowCollector[nTypesOfResource]heatFlowCollector
Basics.Interfaces.General.CostsCollectorcostsCollector

Components

TypeNameDefaultDescription
TransiEnt.SimCentersimCenter
Components.Statistics.Collectors.GlobalCollectors.GwpEmissionsStatisticsgwpEmissions
Components.Statistics.Collectors.GlobalCollectors.ElectricPowerStatisticselectricPower
Components.Statistics.Collectors.GlobalCollectors.HeatingPowerStatisticsheatingPower
Components.Statistics.Collectors.GlobalCollectors.EconomicStatisticstotalIncurredCosts
TransiEnt.Basics.Units.MassOfCDEperEnergym_CDE_electricity_per_EnergygwpEmissions.m_flow_CDE_total_electricity/(electricPower.P_gen_total + simCenter.P_el_small)x 3.6e9 = g/kWh
TransiEnt.Basics.Units.MassOfCDEperEnergym_CDE_electricity_per_ConsumedEnergygwpEmissions.m_flow_CDE_total_electricity/(electricPower.P_demand + simCenter.P_el_small)x 3.6e9 = g/kWh
TransiEnt.Basics.Units.MassOfCDEperEnergym_CDE_districtheating_per_EnergygwpEmissions.m_flow_CDE_total_heat/(heatingPower.Q_flow_gen_cogeneration + simCenter.P_el_small)x 3.6e9 = g/kWh