| Boolean | external_parasities | false | = true enable parasities as an input |
| Real | nu_min | 0.25 | Minimum turbine operation |
| SI.AbsolutePressure | p_high | 20e6 | high pressure of the cycle |
| SI.ThermodynamicTemperature | T_high | from_degC(715) | inlet temperature of the turbine |
| SI.ThermodynamicTemperature | T_amb_des | from_degC(30) | ambient temperature |
| Real | PR | 2.5 | Pressure ratio |
| SI.Power | P_gro | 100e6 | first guess of power outlet |
| SI.Power | P_nom | | Electrical power at design point |
| SI.MassFlowRate | m_HTF_des | 1000 | Mass flow rate at design point |
| Real | gamma | 0.28 | Part of the mass flow going to the recompression directly |
| SI.AngularVelocity | choiceN | {75000, 30000, 10000, 3600}*0.10471975512 | |
| SI.AngularVelocity | N_shaft | (choiceN[integer(Modelica.Math.log(P_gro/1e6)/Modelica.Math.log(10)) + 2]) | |
| SI.Efficiency | eta_comp_main | 0.89 | Maximal isentropic efficiency of the compressors |
| SI.Efficiency | eta_comp_re | 0.89 | Maximal isentropic efficiency of the compressors |
| SI.Efficiency | eta_turb | 0.93 | Maximal isentropic efficiency of the turbine |
| Integer | N_HTR | 15 | |
| Integer | N_LTR | 15 | |
| Real | ratio_m_des | 1 - gamma | |
| SI.ThermodynamicTemperature | T_low | from_degC(45) | Outlet temperature of the cooler |
| SI.ThermodynamicTemperature | T_HTF_in_des | from_degC(800) | |
| Integer | N_exch | 5 | |
| FI.Money | C_HTR | | cost of the high temperature heat recuperator |
| FI.Money | C_LTR | | cost of the low temperature heat recuperator |
| FI.Money | C_turbine | | cost of the turbine |
| FI.Money | C_mainCompressor | | cost of the main compressor |
| FI.Money | C_reCompressor | | cost of the re compressor |
| FI.Money | C_exchanger | | cost of the exchanger |
| FI.Money | C_generator | | cost of the generator |
| FI.Money | C_cooler | | cost of the cooler |
| FI.Money | C_PB | | Overall cost of the power block |
| FI.Money | pri_exchanger | 150 | price of the primary exchanger in $/(kW_th). Objective for next-gen CSP with particles |
| MedRec.ThermodynamicState | state_HTF_in_des | MedRec.setState_pTX(1e5, T_HTF_in_des) | |
MedPB