1. Purpose of model
The superstructure component provides a representation of a certain region in terms of consumption and production of power and gas. This representation is comprised of multiple elements that connect with the central electric and gas ports and either consume or generate gas or electrical power. Superstructures are to be used as arrays enclosed in superstructure portolio masks for maximum utilization.
See usage guide for more information.
2. Level of detail, physical effects considered, and physical insight
(no remarks)
3. Limits of validity
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4. Interfaces
Outputs:
- epp: complex electric power port
- gasPort: gas port
- P_renewable: output current renewable power
- P_max_unload_storage: output current electrical storage maximum unload power
- P_max_load_storage: output current electrical storage maximum load power
- P_storage_is: output current electrical storage power
- P_PowerToGasPlant_is: output current power to gas plants consumed power
- P_PowerPlant_max: output current powerplant relative potential power output
- P_PowerPlant_is: output current powerplant power in each region
- P_ElectricalHeater_max: output current potential of local heating grid power to heat
- P_DAC: output current direct air capture power consumption
Inputs:
- P_curtailment: input current curtailment of renewables setpoint
- P_set_ElectricalHeater: input local heating grid power to heat setpoint
- P_set_ElectricalStorage: input current electrical storage setpoint power
- P_set_PowerPlant: input current power plant setpoint power
- P_set_PtG: input current power to gas setpoint power
5. Nomenclature
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6. Governing Equations
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7. Remarks for Usage
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8. Validation
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9. References
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10. Version History
Model created by Oliver Schülting (oliver.schuelting@tuhh.de), Nov 2020
Model redesigned by Jon Babst (babst@xrg-simulation.de), 06.09.2021
Contents
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