| Real | method | 1 | method of the system design, 1 is design from the PB, and 2 is design from the field |
| SI.HeatFlowRate | Q_in_rcv | 1e6 | |
| SI.Length | H_rcv | 10 | Receiver aperture height |
| SI.Length | W_rcv | 10 | Receiver aperture width |
| Real | n_H_rcv | 10 | num of grid in the vertical direction (for flux map) |
| Real | n_W_rcv | 10 | num of grid in the horizontal/circumferetial direction (for flux map) |
| nSI.Angle_deg | tilt_rcv | 0 | tilt of receiver in degree relative to tower axis |
| SI.Length | W_helio | 10 | width of heliostat in m |
| SI.Length | H_helio | 10 | height of heliostat in m |
| SI.Length | H_tower | 100 | Tower height |
| SI.Length | R_tower | 0.01 | Tower diameter |
| SI.Length | R1 | 80 | distance between the first row heliostat and the tower |
| Real | fb | 0.7 | factor to grow the field layout |
| SI.Efficiency | rho_helio | 0.9 | reflectivity of heliostat max =1 |
| SI.Angle | slope_error | 2e-3 | slope error of the heliostat in mrad |
| Real | n_row_oelt | 3 | number of rows of the look up table (simulated days in a year) |
| Real | n_col_oelt | 3 | number of columns of the lookup table (simulated hours per day) |
| Real | n_rays | 5e6 | number of rays for the optical simulation |
| String | psave | Modelica.Utilities.Files.loadResource("modelica://SolarTherm/Resources/tmp/solstice-result/demo") | the directory for saving the results |
| String | field_type | "polar" | Other options are : surround |
| String | rcv_type | "flat" | other options are : flat, cylindrical, stl |
| String | wea_file | Modelica.Utilities.Files.loadResource("modelica://SolarTherm/Data/Weather/example_TMY3.motab") | |
| String | opt_file | | |
| Real[8] | metadata_list | metadata(opt_file) | |
| System location |
| nSI.Angle_deg | lon | 133.889 | Longitude (+ve East) |
| nSI.Angle_deg | lat | -23.795 | Latitude (+ve North) |
| Technical data |
| Real | n_h | metadata_list[1] | Number of heliostats |
| SI.Area | A_h | W_helio*H_helio | Heliostat's Area |
| Real | he_av | 0.99 | Heliostat availability |
| Operating strategy |
| Boolean | use_on | false | = true to display when solar field is connected |
| Boolean | use_defocus | false | = true to use defocus strategy |
| Boolean | use_wind | false | = true to use Wind-stop strategy |
| SI.Angle | ele_min | from_deg(8) | Heliostat stow deploy angle |
| SI.HeatFlowRate | Q_design | 529.412 | Receiver design thermal power (with heat losses) |
| Real | nu_start | 0.60 | Receiver energy start-up fraction |
| Real | nu_min | 0.25 | Minimum receiver turndown energy fraction |
| Real | nu_defocus | 1 | Receiver limiter energy fraction at defocus state |
| SI.Velocity | Wspd_max | 15 | Wind stow speed |
| Parasitic loads |
| SI.Energy | E_start | 90e3 | Start-up energy of a single heliostat |
| SI.Power | W_track | 0.055e3 | Tracking power for a single heliostat |
