Tool to calculate the thermal and electric effiency of fuel cell system including steam reformer
(no remarks)
(no remarks)
TransiEnt.Basics.Interfaces.Thermal.HeatFlowRateIn Q_flow_in_CH4 "Input for CH4 heat flow rate" ;
TransiEnt.Basics.Interfaces.Thermal.HeatFlowRateIn Q_flow_in_evaporator "Input for heat flow rate of the evaporator" ;
TransiEnt.Basics.Interfaces.Thermal.HeatFlowRateIn Q_flow_in_preheater "Input for the heat flow rate of the preheater" ;
TransiEnt.Basics.Interfaces.Thermal.HeatFlowRateIn Q_flow_out_exhaustGasChemical "Input for heat flow rate of the exhaust (GasChemical)" ;
TransiEnt.Basics.Interfaces.Thermal.HeatFlowRateIn Q_flow_out_exhaustGasLatent "Input for heat flow rate of the exhaust (GasLatent)";
TransiEnt.Basics.Interfaces.Thermal.HeatFlowRateIn Q_flow_out_cooling "Input for heat flow rate of the cooling" ;
TransiEnt.Basics.Interfaces.Electrical.ElectricPowerIn P_el "Input for electric power" ;
eta_th is the thermal efficiency
eta_el is the electric efficiency
eta_total is the total efficiency
Q_gen_total is the total generated heat flow rate
P_gen_total is the total generated power
(no remarks)
(no remarks)
Tested in check model "TransiEnt.Components.Electrical.FuelCellSystems.Check.TestFuelCellSystem_SOFC"
9. References
[1] Modellierung und Simulation von erdgasbetriebenen Brennstoffzellen-Blockheizkraftwerken zur Heimenergieversorgung
Master thesis, Simon Weilbach (2014)
Model created by Simon Weilbach (simon.weilbach@tuhh.de) on 01.10.2014
Model revised by Pascal Dubucq (dubucq@tuhh.de) on 01.10.2015
Quality check (Code conventions) by Rebekka Denninger on 01.10.2016