VERSION 17 ******************************************************************************* *** TRNSYS input file (deck) generated by TrnsysStudio *** on Monday, April 23, 2018 at 18:49 *** from TrnsysStudio project: C:\Trnsys17\MyProjects\BuildingProject3Stgo1zona\BuildingProject3stgo1zona.tpf *** *** If you edit this file, use the File/Import TRNSYS Input File function in *** TrnsysStudio to update the project. *** *** If you have problems, questions or suggestions please contact your local *** TRNSYS distributor or mailto:software@cstb.fr *** ******************************************************************************* ******************************************************************************* *** Units ******************************************************************************* ******************************************************************************* *** Control cards ******************************************************************************* * START, STOP and STEP CONSTANTS 3 START=0 STOP=8760 STEP=0.5 SIMULATION START STOP STEP ! Start time End time Time step TOLERANCES 0.001 0.001 ! Integration Convergence LIMITS 30 30 30 ! Max iterations Max warnings Trace limit DFQ 1 ! TRNSYS numerical integration solver method WIDTH 72 ! TRNSYS output file width, number of characters LIST ! NOLIST statement ! MAP statement SOLVER 0 1 1 ! Solver statement Minimum relaxation factor Maximum relaxation factor NAN_CHECK 0 ! Nan DEBUG statement OVERWRITE_CHECK 0 ! Overwrite DEBUG statement TIME_REPORT 0 ! disable time report EQSOLVER 0 ! EQUATION SOLVER statement * User defined CONSTANTS EQUATIONS 1 N_Plots = INT((STOP-START)/168.001)+1 * EQUATIONS "Turn" * EQUATIONS 13 TURN = 0 HEMISPHERE = -1 ! northern hemisphere: 1 - southern hemisphere: -1 AA_H_0_0 = 0 ! azimuth angle of orientation AA_S_0_90 = (0 +TURN)*GT(HEMISPHERE,0)+ (180-0 -TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_W_45_90 = (45 +TURN)*GT(HEMISPHERE,0)+ (180-45-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_W_90_90 = (90 +TURN)*GT(HEMISPHERE,0)+ (180-90-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_N_135_90 = (135+TURN)*GT(HEMISPHERE,0)+ (180-135-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_N_180_90 = (180+TURN)*GT(HEMISPHERE,0)+ (180-180-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_E_225_90 = (225+TURN)*GT(HEMISPHERE,0)+ (180-225-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_E_270_90 = (270+TURN)*GT(HEMISPHERE,0)+ (180-270-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_S_315_90 = (315+TURN)*GT(HEMISPHERE,0)+ (180-315-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AAZM_CORR_HEM = AAZM*GT(HEMISPHERE,0) + NOT(GT(HEMISPHERE,0))*((180-AAZM)*GT(AAZM,0)*LE(AAZM,180) + (-180-AAZM)*NOT(GT(AAZM,0)*LE(AAZM,180))) !solar azimuth corrected for southern hemisphere such that north=180, south=0, west =90, east=-90 AAZM_TYPE56 = (AAZM_CORR_HEM - TURN) ! solar azimuth corrected by building rotation - Input for Type 56 sun position for SHM and ISM *$UNIT_NAME Turn *$LAYER Main *$POSITION 255 63 *------------------------------------------------------------------------------ * EQUATIONS "Radiation" * EQUATIONS 31 AZEN = [17,10] AAZM = [17,11] ID_H_0_0 = [17,14] !Sky diffuse radiation on the horizontal IT_H_0_0 = [17,12] !Total incident of radation orientation H_0_0 IB_H_0_0 = [17,13] !Beam incident of radation orientation H_0_0 AI_H_0_0 = [17,16] !Incident angle of orientation H_0_0 IT_N_0_90 = [17,18] IB_N_0_90 = [17,19] AI_N_0_90 = [17,22] IT_W_45_90 = [17,42] IB_W_45_90 = [17,43] AI_W_45_90 = [17,46] IT_W_90_90 = [17,24] IB_W_90_90 = [17,25] AI_W_90_90 = [17,28] IT_S_135_90 = [17,48] IB_S_135_90 = [17,49] AI_S_135_90 = [17,52] IT_S_180_90 = [17,30] IB_S_180_90 = [17,31] AI_S_180_90 = [17,34] IT_E_225_90 = [17,54] IB_E_225_90 = [17,55] AI_E_225_90 = [17,58] IT_E_270_90 = [17,36] IB_E_270_90 = [17,37] AI_E_270_90 = [17,40] IT_N_315_90 = [17,60] IB_N_315_90 = [17,61] AI_N_315_90 = [17,64] hour_of_day = MOD(TIME,24) *$UNIT_NAME Radiation *$LAYER Main *$POSITION 367 127 *------------------------------------------------------------------------------ * Model "Building" (Type 56) * UNIT 56 TYPE 56 Building *$UNIT_NAME Building *$MODEL .\Loads and Structures\Multi-Zone Building\Type56.tmf *$POSITION 759 402 *$LAYER Main # # *$# PARAMETERS 3 31 ! 1 Logical unit for building description file (*.b17, *.bui) 1 ! 2 Star network calculation switch 0.5 ! 3 Weighting factor for operative temperature INPUTS 30 17,1 ! Type99:Ambient temperature -> 1- TAMB 17,2 ! Type99:relative humidity -> 2- RELHUMAMB 14,1 ! Type69b:Fictive sky temperature -> 3- TSKY 17,1 ! Type99:Ambient temperature -> 4- TSGRD 17,10 ! Type99:solar zenith angle -> 5- AZEN AAZM_TYPE56 ! Turn:AAZM_TYPE56 -> 6- AAZM IT_N_0_90 ! Radiation:IT_N_0_90 -> 7- IT_N_0_90 IT_S_180_90 ! Radiation:IT_S_180_90 -> 8- IT_S_180_90 IT_E_270_90 ! Radiation:IT_E_270_90 -> 9- IT_E_270_90 IT_W_90_90 ! Radiation:IT_W_90_90 -> 10- IT_W_90_90 IT_H_0_0 ! Radiation:IT_H_0_0 -> 11- IT_H_0_0 IB_N_0_90 ! Radiation:IB_N_0_90 -> 12- IB_N_0_90 IB_S_180_90 ! Radiation:IB_S_180_90 -> 13- IB_S_180_90 IB_E_270_90 ! Radiation:IB_E_270_90 -> 14- IB_E_270_90 IB_W_90_90 ! Radiation:IB_W_90_90 -> 15- IB_W_90_90 IB_H_0_0 ! Radiation:IB_H_0_0 -> 16- IB_H_0_0 AI_N_0_90 ! Radiation:AI_N_0_90 -> 17- AI_N_0_90 AI_S_180_90 ! Radiation:AI_S_180_90 -> 18- AI_S_180_90 AI_E_270_90 ! Radiation:AI_E_270_90 -> 19- AI_E_270_90 AI_W_90_90 ! Radiation:AI_W_90_90 -> 20- AI_W_90_90 AI_H_0_0 ! Radiation:AI_H_0_0 -> 21- AI_H_0_0 17,7 ! Type99:Ground reflectance -> 22- GRDREF 0,0 ! [unconnected] 23- CNAT_1 0,0 ! [unconnected] 24- CNAT_2 0,0 ! [unconnected] 25- T_COOL_ON 0,0 ! [unconnected] 26- BRIGHT 0,0 ! [unconnected] 27- HEAT 0,0 ! [unconnected] 28- TSUELO 13,1 ! Type114:Outlet fluid temperature -> 29- TIN 13,2 ! Type114:Outlet flow rate -> 30- FLOWIN *** INITIAL INPUT VALUES 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.2 0 0 0 0 0 0 0 0 *** External files ASSIGN "BuildingProject3.b17" 31 *|? Building description file (*.b17, *.bui) |1000 *------------------------------------------------------------------------------ * Model "Temperature" (Type 65) * UNIT 25 TYPE 65 Temperature *$UNIT_NAME Temperature *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 885 335 *$LAYER Main # # PARAMETERS 12 6 ! 1 Nb. of left-axis variables 7 ! 2 Nb. of right-axis variables -10 ! 3 Left axis minimum 40 ! 4 Left axis maximum -50000 ! 5 Right axis minimum 25000 ! 6 Right axis maximum N_Plots ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 13 56,1 ! Building: 1- TAIR_SALAESTAR ->Left axis variable-1 56,3 ! Building: 3- TOPLW_C1 ->Left axis variable-2 56,11 ! Building: 11- TALM_S7 ->Left axis variable-3 56,12 ! Building: 12- TALM_S15 ->Left axis variable-4 56,13 ! Building: 13- TOFL_S7 ->Left axis variable-5 56,14 ! Building: 14- TOFL_S15 ->Left axis variable-6 56,2 ! Building: 2- QHEAT_SALAESTAR ->Right axis variable-1 56,17 ! Building: 17- QALFL_S7 ->Right axis variable-2 56,18 ! Building: 18- QALFL_S15 ->Right axis variable-3 56,9 ! Building: 9- MFLAL_S7 ->Right axis variable-4 TotalQheat ! Turn-3:TotalQheat ->Right axis variable-5 0,0 ! [unconnected] Right axis variable-6 0,0 ! [unconnected] Right axis variable-7 *** INITIAL INPUT VALUES Tsalaestar Toperative Tsuperficie7 Tsuperficie15 Tsalida7 Tsalida15 QHEAT_SALAESTAR QHEAT_radi7 QHEAT_radi15 Flowin7 TotalQheat label label LABELS 3 "valor señal" "Heat rates [kj/hr]" "Temperatures" *------------------------------------------------------------------------------ * Model "Irradiation" (Type 65) * UNIT 66 TYPE 65 Irradiation *$UNIT_NAME Irradiation *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 584 31 *$LAYER Main # # PARAMETERS 12 5 ! 1 Nb. of left-axis variables 6 ! 2 Nb. of right-axis variables 0 ! 3 Left axis minimum 3600 ! 4 Left axis maximum 0 ! 5 Right axis minimum 3600 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 11 IT_H_0_0 ! Radiation:IT_H_0_0 ->Left axis variable-1 IT_N_0_90 ! Radiation:IT_N_0_90 ->Left axis variable-2 IT_W_90_90 ! Radiation:IT_W_90_90 ->Left axis variable-3 0,0 ! [unconnected] Left axis variable-4 IT_E_270_90 ! Radiation:IT_E_270_90 ->Left axis variable-5 IB_H_0_0 ! Radiation:IB_H_0_0 ->Right axis variable-1 IB_N_0_90 ! Radiation:IB_N_0_90 ->Right axis variable-2 IB_W_90_90 ! Radiation:IB_W_90_90 ->Right axis variable-3 0,0 ! [unconnected] Right axis variable-4 IB_E_270_90 ! Radiation:IB_E_270_90 ->Right axis variable-5 hour_of_day ! Radiation:hour_of_day ->Right axis variable-6 *** INITIAL INPUT VALUES IT_H_0_0 IT_S_0_90 IT_W_90_90 IT_N_180_90 IT_E_270_90 IB_H_0_0 IB_S_0_90 IB_W_90_90 IB_N_180_90 IB_E_270_90 hour_of_day LABELS 3 "Total Incident Solar Radition [kJ/hr m²]" "Beam Incident Solar Radition [kJ/hr m²]" "Irradition" *------------------------------------------------------------------------------ * Model "Type99" (Type 99) * UNIT 17 TYPE 99 Type99 *$UNIT_NAME Type99 *$MODEL .\Weather Data Reading and Processing\User Format\Type99.tmf *$POSITION 163 191 *$LAYER Main # PARAMETERS 3 32 ! 1 Logical unit 5 ! 2 Sky model for diffuse radiation 1 ! 3 Tracking mode INPUTS 17 0,0 ! [unconnected] Ground reflectance 0,0 ! [unconnected] Slope of surface-1 0,0 ! [unconnected] Azimuth of surface-1 0,0 ! [unconnected] Slope of surface-2 0,0 ! [unconnected] Azimuth of surface-2 0,0 ! [unconnected] Slope of surface-3 0,0 ! [unconnected] Azimuth of surface-3 0,0 ! [unconnected] Slope of surface-4 0,0 ! [unconnected] Azimuth of surface-4 0,0 ! [unconnected] Slope of surface-5 0,0 ! [unconnected] Azimuth of surface-5 0,0 ! [unconnected] Slope of surface-6 0,0 ! [unconnected] Azimuth of surface-6 0,0 ! [unconnected] Slope of surface-7 0,0 ! [unconnected] Azimuth of surface-7 0,0 ! [unconnected] Slope of surface-8 0,0 ! [unconnected] Azimuth of surface-8 *** INITIAL INPUT VALUES 0.2 90 0.0 90 90 90 180 90 270 90 45 90 135 90 225 90 315 *** External files ASSIGN "santiago1zona.99" 32 *|? Weather data file |1000 *------------------------------------------------------------------------------ * Model "Type69b" (Type 69) * UNIT 14 TYPE 69 Type69b *$UNIT_NAME Type69b *$MODEL .\Physical Phenomena\Sky Temperature\calculate cloudiness factor\Type69b.tmf *$POSITION 231 276 *$LAYER Main # PARAMETERS 2 0 ! 1 mode for cloudiness factor 0 ! 2 height over sea level INPUTS 4 17,1 ! Type99:Ambient temperature ->Ambient temperature 17,8 ! Type99:Punto de rocio ->Dew point temperature at ambient conditions 17,13 ! Type99:beam radiation on horitonzal ->Beam radiation on the horizontal 17,14 ! Type99:sky diffuse radiation on horizontal ->Diffuse radiation on the horizontal *** INITIAL INPUT VALUES 0 20 0 0 *------------------------------------------------------------------------------ * Model "Type65d" (Type 65) * UNIT 15 TYPE 65 Type65d *$UNIT_NAME Type65d *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 871 148 *$LAYER Main # PARAMETERS 12 2 ! 1 Nb. of left-axis variables 2 ! 2 Nb. of right-axis variables 0.0 ! 3 Left axis minimum 1000.0 ! 4 Left axis maximum 0.0 ! 5 Right axis minimum 1000.0 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 4 17,1 ! Type99:Ambient temperature ->Left axis variable-1 17,8 ! Type99:Punto de rocio ->Left axis variable-2 DeltaT ! Turn-2:DeltaT ->Right axis variable-1 0,0 ! [unconnected] Right axis variable-2 *** INITIAL INPUT VALUES Tamb Puntoderocio DeltaT label LABELS 3 "Temperatures" "Heat transfer rates" "Graph 1" *------------------------------------------------------------------------------ * Model "Type25c" (Type 25) * UNIT 16 TYPE 25 Type25c *$UNIT_NAME Type25c *$MODEL .\Output\Printer\Unformatted\No Units\Type25c.tmf *$POSITION 879 453 *$LAYER Outputs # PARAMETERS 10 STEP ! 1 Printing interval START ! 2 Start time STOP ! 3 Stop time 33 ! 4 Logical unit 0 ! 5 Units printing mode 0 ! 6 Relative or absolute start time -1 ! 7 Overwrite or Append -1 ! 8 Print header 0 ! 9 Delimiter 1 ! 10 Print labels INPUTS 4 56,1 ! Building: 1- TAIR_SALAESTAR ->Input to be printed-1 56,2 ! Building: 2- QHEAT_SALAESTAR ->Input to be printed-2 TotalQheat ! Turn-3:TotalQheat ->Input to be printed-3 18,1 ! Type2b:Output control function ->Input to be printed-4 *** INITIAL INPUT VALUES Tairhouse Demanda TotalQheat Output *** External files ASSIGN "heatinggiven.out" 33 *|? Output file for printed results |1000 *------------------------------------------------------------------------------ * Model "Type927" (Type 927) * UNIT 11 TYPE 927 Type927 *$UNIT_NAME Type927 *$MODEL .\GHP Library (TESS)\Water-Water Heat Pump\Single-Stage\Type927.tmf *$POSITION 559 538 *$LAYER Main # PARAMETERS 19 3.75 ! 1 Source Fluid Specific Heat 4.190 ! 2 Load Fluid Specific Heat 1035 ! 3 Source Fluid Density 1000 ! 4 Load Fluid Density 34 ! 5 Logical Unit Number for Cooling Data File 8 ! 6 Number of Source Temperatures - Cooling 4 ! 7 Number of Load Temperatures - Cooling 35 ! 8 Logical Unit for Heating Data 6 ! 9 Number of Source Temperatures - Heating 4 ! 10 Number of Load Temperatures - Heating 3 ! 11 Number of Source Flowrates 3 ! 12 Number of Load Flowrates 30000 ! 13 Rated Cooling Capacity per Heat Pump 6000 ! 14 Rated Cooling Power per Heat Pump 39564 ! 15 Rated Heating Capacity per Heat Pump 13188.24 ! 16 Rated Heating Power per Heat Pump 0.5678 ! 17 Rated Source Flowrate per Heat Pump 0.5678 ! 18 Rated Load Flowrate per Heat Pump 1 ! 19 Number of Identical Heat Pumps INPUTS 8 23,1 ! Type114-2:Outlet fluid temperature ->Inlet Source Temperature 23,2 ! Type114-2:Outlet flow rate ->Source Flowrate 56,14 ! Building: 14- TOFL_S15 ->Inlet Load Temperature 56,10 ! Building: 10- MFLAL_S15 ->Load Flowrate 0,0 ! [unconnected] Cooling Control Signal 18,1 ! Type2b:Output control function ->Heating Control Signal 0,0 ! [unconnected] Scale Factor 0,0 ! [unconnected] Number of Heat Pumps On *** INITIAL INPUT VALUES 40.0 1363 20.0 1378.71 0 1 1 1 *** External files ASSIGN "WWHP_Cooling-Normalizedblastgo.dat" 34 *|? Which file contains the cooling performance data? |1000 ASSIGN "daikin_heat_pump.dat" 35 *|? Which file contains the heating performance data? |1000 *------------------------------------------------------------------------------ * Model "Type114" (Type 114) * UNIT 13 TYPE 114 Type114 *$UNIT_NAME Type114 *$MODEL .\Hydronics\Pumps\Single Speed\Type114.tmf *$POSITION 687 538 *$LAYER Main # *$# SINGLE-SPEED PUMP PARAMETERS 4 1378.71 ! 1 Rated flow rate 4.19 ! 2 Fluid specific heat 2684.0 ! 3 Rated power 0.0 ! 4 Motor heat loss fraction INPUTS 5 11,3 ! Type927:Outlet Load Temperature ->Inlet fluid temperature 11,4 ! Type927:Load Flowrate ->Inlet fluid flow rate 18,1 ! Type2b:Output control function ->Control signal 0,0 ! [unconnected] Overall pump efficiency 0,0 ! [unconnected] Motor efficiency *** INITIAL INPUT VALUES 20.0 1378.71 1.0 0.8 0.9 *------------------------------------------------------------------------------ * Model "Type2b" (Type 2) * UNIT 18 TYPE 2 Type2b *$UNIT_NAME Type2b *$MODEL .\Controllers\Differential Controller w_ Hysteresis\for Temperatures\Solver 0 (Successive Substitution) Control Strategy\Type2b.tmf *$POSITION 824 570 *$LAYER Controls # *$# NOTE: This control strategy can only be used with solver 0 (Successive substitution) *$# PARAMETERS 2 5 ! 1 No. of oscillations 100.0 ! 2 High limit cut-out INPUTS 6 0,0 ! [unconnected] Upper input temperature Th 56,1 ! Building: 1- TAIR_SALAESTAR ->Lower input temperature Tl 0,0 ! [unconnected] Monitoring temperature Tin 18,1 ! Type2b:Output control function ->Input control function 0,0 ! [unconnected] Upper dead band dT 0,0 ! [unconnected] Lower dead band dT *** INITIAL INPUT VALUES 21 10.0 20.0 0 2 0 *------------------------------------------------------------------------------ * Model "Type9a" (Type 9) * UNIT 19 TYPE 9 Type9a *$UNIT_NAME Type9a *$MODEL .\Utility\Data Readers\Generic Data Files\First Line is Simulation Start\Free Format\Type9a.tmf *$POSITION 1015 698 *$LAYER Weather - Data Files # PARAMETERS 10 2 ! 1 Mode 0 ! 2 Header Lines to Skip 1 ! 3 No. of values to read 1.0 ! 4 Time interval of data 1 ! 5 Interpolate or not? 1.0 ! 6 Multiplication factor 0 ! 7 Addition factor 1 ! 8 Average or instantaneous value 36 ! 9 Logical unit for input file -1 ! 10 Free format mode *** External files ASSIGN "C:\Trnsys17\MyProjects\BuildingProject3Temuco1zona\Tset1.txt" 36 *|? Input file name |1000 *------------------------------------------------------------------------------ * EQUATIONS "Turn-3" * EQUATIONS 1 TotalQheat = [56,17]+[56,18] *$UNIT_NAME Turn-3 *$LAYER Main *$POSITION 979 399 *------------------------------------------------------------------------------ * Model "Type997" (Type 997) * UNIT 22 TYPE 997 Type997 *$UNIT_NAME Type997 *$MODEL .\GHP Library (TESS)\Ground Heat Exchangers\Horizontal\Type997.tmf *$POSITION 343 655 *$LAYER Main # *$# Horizontal Ground Heat Exchanger PARAMETERS 59 1 ! 1 Number of pipes in each layer 2 ! 2 Number of pipe layers 1 ! 3 Number of soil layers 10 ! 4 Nodes along the pipe axis 265 ! 5 Pipe length 0.019 ! 6 Pipe inside diameter 0.020 ! 7 Pipe outside diameter 1.44 ! 8 Pipe thermal conductivity 0.0 ! 9 Pipe / soil contact resistance 10 ! 10 Horizontal pipe separation 1.7 ! 11 Depth of pipe layer-1 2.3 ! 12 Depth of pipe layer-2 1 ! 13 Length of surface extension: left 1 ! 14 Length of surface extension: right 1 ! 15 Length of surface extension: front 1 ! 16 Length of surface extension: back 0. ! 17 R-value for surface insulation 1.7 ! 18 Approximate depth of perimeter insulation 0. ! 19 R-value for perimeter insulation 1000 ! 20 Depth of groundwater layer 0 ! 21 Thickness of groundwater layer 5 ! 22 Far-field distance: left surface 5 ! 23 Far-field distance: right surface 5 ! 24 Far-field distance: front surface 5 ! 25 Far-field distance: back surface 10 ! 26 Deep earth distance 1 ! 27 Boundary mode: left surface 1 ! 28 Boundary mode: right surface 1 ! 29 Boundary mode: front surface 1 ! 30 Boundary mode: back surface 1 ! 31 Boundary mode: deep earth 20 ! 32 Initial fluid temperature 3.75 ! 33 Fluid specific heat 1035 ! 34 Fluid density 1.728 ! 35 Fluid thermal conductivity 12.6 ! 36 Fluid viscosity 4.356 ! 37 Thermal conductivity of soil layer 1700 ! 38 Density of soil layer 0.92 ! 39 Specific heat of soil layer 1000 ! 40 Thickness of soil layer 14.73 ! 41 Deep earth (average surface) temperature 15.2 ! 42 Amplitude of surface temperature 219 ! 43 Day of minimum surface temperature 0.1 ! 44 Smallest node size 2 ! 45 Nodal size multiplier 1.2 ! 46 Length factor 4.0 ! 47 Multiplier on Pipe Diameter for Node Size 1 ! 48 Insulated surface mode 2 ! 49 Soil surface mode 37 ! 50 Logical unit for output data 0.001 ! 51 Convergence tolerance 0.9 ! 52 Emissivity of soil surface 0.3 ! 53 Absorptance of soil surface 0.9 ! 54 Emissivity of zone (insulated) surface 0.3 ! 55 Absorptance of zone (insulated) surface 0 ! 56 Inlet to this pipe-1 1 ! 57 Pipe direction-1 1 ! 58 Inlet to this pipe-2 2 ! 59 Pipe direction-2 INPUTS 14 11,1 ! Type927:Outlet Source Temperature ->Inlet fluid temperature 11,2 ! Type927:Source Flowrate ->Inlet fluid flow rate 17,1 ! Type99:Ambient temperature ->Air temperature above the ground HX 0,0 ! [unconnected] Zone convection coefficient 14,1 ! Type69b:Fictive sky temperature ->Zone radiant temperature 17,12 ! Type99:total radiation on horizontal ->Incident short wave radiation (zone) 17,1 ! Type99:Ambient temperature ->Zone surface temperature 17,1 ! Type99:Ambient temperature ->Ambient temperature 0,0 ! [unconnected] Ambient convection coefficient 14,1 ! Type69b:Fictive sky temperature ->Sky temperature 17,12 ! Type99:total radiation on horizontal ->Incident solar radiation 17,1 ! Type99:Ambient temperature ->Soil surface temperature 0,0 ! [unconnected] Groundwater flow velocity - axial 0,0 ! [unconnected] Groundwater flow velocity - transverse *** INITIAL INPUT VALUES 20.0 1363 20.0 66.76 20.0 0 20. 20.0 66.76 20.0 0 20. 0. 0. *** External files ASSIGN "tempsoil.out" 37 *|? Which file should contain the soil temperature profile results? |1000 *------------------------------------------------------------------------------ * Model "Type114-2" (Type 114) * UNIT 23 TYPE 114 Type114-2 *$UNIT_NAME Type114-2 *$MODEL .\Hydronics\Pumps\Single Speed\Type114.tmf *$POSITION 495 655 *$LAYER Main # *$# SINGLE-SPEED PUMP PARAMETERS 4 1363 ! 1 Rated flow rate 3.75 ! 2 Fluid specific heat 2684.0 ! 3 Rated power 0.0 ! 4 Motor heat loss fraction INPUTS 5 22,1 ! Type997:Outlet fluid temperature ->Inlet fluid temperature 22,2 ! Type997:Outlet fluid flow rate ->Inlet fluid flow rate 18,1 ! Type2b:Output control function ->Control signal 0,0 ! [unconnected] Overall pump efficiency 0,0 ! [unconnected] Motor efficiency *** INITIAL INPUT VALUES 20.0 1000 0 0.8 0.9 *------------------------------------------------------------------------------ * EQUATIONS "Turn-2" * EQUATIONS 1 DeltaT = [56,7] - [56,14] *$UNIT_NAME Turn-2 *$LAYER Main *$POSITION 989 261 *------------------------------------------------------------------------------ * Model "Type25c-2" (Type 25) * UNIT 24 TYPE 25 Type25c-2 *$UNIT_NAME Type25c-2 *$MODEL .\Output\Printer\Unformatted\No Units\Type25c.tmf *$POSITION 1060 325 *$LAYER Outputs # PARAMETERS 10 STEP ! 1 Printing interval START ! 2 Start time STOP ! 3 Stop time 38 ! 4 Logical unit 0 ! 5 Units printing mode 0 ! 6 Relative or absolute start time -1 ! 7 Overwrite or Append -1 ! 8 Print header 0 ! 9 Delimiter 1 ! 10 Print labels INPUTS 1 DeltaT ! Turn-2:DeltaT ->Input to be printed *** INITIAL INPUT VALUES DeltaT *** External files ASSIGN "deltaTpisoradiante.out" 38 *|? Output file for printed results |1000 *------------------------------------------------------------------------------ * Model "Type65d-2" (Type 65) * UNIT 27 TYPE 65 Type65d-2 *$UNIT_NAME Type65d-2 *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 741 730 *$LAYER Main # PARAMETERS 12 2 ! 1 Nb. of left-axis variables 2 ! 2 Nb. of right-axis variables 0.0 ! 3 Left axis minimum 2 ! 4 Left axis maximum 0.0 ! 5 Right axis minimum 1000.0 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 4 18,1 ! Type2b:Output control function ->Left axis variable-1 0,0 ! [unconnected] Left axis variable-2 0,0 ! [unconnected] Right axis variable-1 0,0 ! [unconnected] Right axis variable-2 *** INITIAL INPUT VALUES Output label label label LABELS 3 "control signal" "Heat transfer rates" "Graph 1" *------------------------------------------------------------------------------ END
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VERSION 17 ******************************************************************************* *** TRNSYS input file (deck) generated by TrnsysStudio *** on lunes, abril 23, 2018 at 20:00 *** from TrnsysStudio project: C:\Trnsys17\MyProjects\BuildingProject3StgoINTENTO3\BuildingProject3Stgo1zonaINTENTO3.tpf *** *** If you edit this file, use the File/Import TRNSYS Input File function in *** TrnsysStudio to update the project. *** *** If you have problems, questions or suggestions please contact your local *** TRNSYS distributor or mailto:software@cstb.fr *** ******************************************************************************* ******************************************************************************* *** Units ******************************************************************************* ******************************************************************************* *** Control cards ******************************************************************************* * START, STOP and STEP CONSTANTS 3 START=0 STOP=8760 STEP=0.016667 SIMULATION START STOP STEP ! Start time End time Time step TOLERANCES 0.001 0.001 ! Integration Convergence LIMITS 30 30 30 ! Max iterations Max warnings Trace limit DFQ 1 ! TRNSYS numerical integration solver method WIDTH 72 ! TRNSYS output file width, number of characters LIST ! NOLIST statement ! MAP statement SOLVER 0 1 1 ! Solver statement Minimum relaxation factor Maximum relaxation factor NAN_CHECK 0 ! Nan DEBUG statement OVERWRITE_CHECK 0 ! Overwrite DEBUG statement TIME_REPORT 0 ! disable time report EQSOLVER 0 ! EQUATION SOLVER statement * User defined CONSTANTS EQUATIONS 1 N_Plots = INT((STOP-START)/168.001)+1 * Model "Clima" (Type 99) * UNIT 17 TYPE 99 Clima *$UNIT_NAME Clima *$MODEL .\Weather Data Reading and Processing\User Format\Type99.tmf *$POSITION 65 186 *$LAYER Main # PARAMETERS 3 32 ! 1 Logical unit 5 ! 2 Sky model for diffuse radiation 1 ! 3 Tracking mode INPUTS 17 0,0 ! [unconnected] Ground reflectance 0,0 ! [unconnected] Slope of surface-1 0,0 ! [unconnected] Azimuth of surface-1 0,0 ! [unconnected] Slope of surface-2 0,0 ! [unconnected] Azimuth of surface-2 0,0 ! [unconnected] Slope of surface-3 0,0 ! [unconnected] Azimuth of surface-3 0,0 ! [unconnected] Slope of surface-4 0,0 ! [unconnected] Azimuth of surface-4 0,0 ! [unconnected] Slope of surface-5 0,0 ! [unconnected] Azimuth of surface-5 0,0 ! [unconnected] Slope of surface-6 0,0 ! [unconnected] Azimuth of surface-6 0,0 ! [unconnected] Slope of surface-7 0,0 ! [unconnected] Azimuth of surface-7 0,0 ! [unconnected] Slope of surface-8 0,0 ! [unconnected] Azimuth of surface-8 *** INITIAL INPUT VALUES 0.2 90 0.0 90 90 90 180 90 270 90 45 90 135 90 225 90 315 *** External files ASSIGN "C:\Trnsys17\MyProjects\BuildingProject3Stgo1zona\santiago1zona.99" 32 *|? Weather data file |1000 *------------------------------------------------------------------------------ * Model "Tcasa sin calef" (Type 65) * UNIT 11 TYPE 65 Tcasa sin calef *$UNIT_NAME Tcasa sin calef *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 1062 133 *$LAYER Main # PARAMETERS 12 8 ! 1 Nb. of left-axis variables 5 ! 2 Nb. of right-axis variables 0 ! 3 Left axis minimum 30 ! 4 Left axis maximum 0.0 ! 5 Right axis minimum 50000 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 13 0,0 ! [unconnected] Left axis variable-1 0,0 ! [unconnected] Left axis variable-2 0,0 ! [unconnected] Left axis variable-3 0,0 ! [unconnected] Left axis variable-4 0,0 ! [unconnected] Left axis variable-5 0,0 ! [unconnected] Left axis variable-6 0,0 ! [unconnected] Left axis variable-7 0,0 ! [unconnected] Left axis variable-8 0,0 ! [unconnected] Right axis variable-1 0,0 ! [unconnected] Right axis variable-2 0,0 ! [unconnected] Right axis variable-3 0,0 ! [unconnected] Right axis variable-4 0,0 ! [unconnected] Right axis variable-5 *** INITIAL INPUT VALUES Tsalaestar label label label label label label label Demanda de Calor label label label label LABELS 3 "Temperatures [deg C]" "Heat rates [kj/hr]" "Tcasa sin calef" *------------------------------------------------------------------------------ * Model "Tcasa sin calef-2" (Type 25) * UNIT 12 TYPE 25 Tcasa sin calef-2 *$UNIT_NAME Tcasa sin calef-2 *$MODEL .\Output\Printer\Unformatted\No Units\Type25c.tmf *$POSITION 1035 47 *$LAYER Main # PARAMETERS 10 STEP ! 1 Printing interval START ! 2 Start time STOP ! 3 Stop time 34 ! 4 Logical unit 0 ! 5 Units printing mode 0 ! 6 Relative or absolute start time -1 ! 7 Overwrite or Append -1 ! 8 Print header 0 ! 9 Delimiter 1 ! 10 Print labels INPUTS 1 0,0 ! [unconnected] Tcasa sin calefact *** INITIAL INPUT VALUES TAIR_SALAESTAR *** External files ASSIGN "Tsincalefact.out" 34 *|? Output file for printed results |1000 *------------------------------------------------------------------------------ * Model "Type77" (Type 77) * UNIT 18 TYPE 77 Type77 *$UNIT_NAME Type77 *$MODEL .\Physical Phenomena\Simple Ground Temperature Model\Type77.tmf *$POSITION 161 463 *$LAYER Main # PARAMETERS 8 1 ! 1 Number of temperature nodes 14.73 ! 2 Mean surface temperature 15.2 ! 3 Amplitude of surface temperature 219 ! 4 Time shift 4.356 ! 5 Soil thermal conductivity 1700 ! 6 Soil density 0.92 ! 7 Soil specific heat 0.28 ! 8 Depth at point *------------------------------------------------------------------------------ * Model "Type997" (Type 997) * UNIT 22 TYPE 997 Type997 *$UNIT_NAME Type997 *$MODEL .\GHP Library (TESS)\Ground Heat Exchangers\Horizontal\Type997.tmf *$POSITION 482 719 *$LAYER Main # *$# Horizontal Ground Heat Exchanger PARAMETERS 59 1 ! 1 Number of pipes in each layer 2 ! 2 Number of pipe layers 1 ! 3 Number of soil layers 10 ! 4 Nodes along the pipe axis 265 ! 5 Pipe length 0.019 ! 6 Pipe inside diameter 0.020 ! 7 Pipe outside diameter 1.44 ! 8 Pipe thermal conductivity 0.0 ! 9 Pipe / soil contact resistance 10 ! 10 Horizontal pipe separation 1.7 ! 11 Depth of pipe layer-1 2.3 ! 12 Depth of pipe layer-2 1 ! 13 Length of surface extension: left 1 ! 14 Length of surface extension: right 1 ! 15 Length of surface extension: front 1 ! 16 Length of surface extension: back 0. ! 17 R-value for surface insulation 1.7 ! 18 Approximate depth of perimeter insulation 0. ! 19 R-value for perimeter insulation 1000 ! 20 Depth of groundwater layer 0 ! 21 Thickness of groundwater layer 5 ! 22 Far-field distance: left surface 5 ! 23 Far-field distance: right surface 5 ! 24 Far-field distance: front surface 5 ! 25 Far-field distance: back surface 10 ! 26 Deep earth distance 2 ! 27 Boundary mode: left surface 2 ! 28 Boundary mode: right surface 2 ! 29 Boundary mode: front surface 2 ! 30 Boundary mode: back surface 1 ! 31 Boundary mode: deep earth 20 ! 32 Initial fluid temperature 3.75 ! 33 Fluid specific heat 1035 ! 34 Fluid density 1.728 ! 35 Fluid thermal conductivity 12.6 ! 36 Fluid viscosity 4.356 ! 37 Thermal conductivity of soil layer 1700 ! 38 Density of soil layer 0.92 ! 39 Specific heat of soil layer 1000 ! 40 Thickness of soil layer 14.73 ! 41 Deep earth (average surface) temperature 15.2 ! 42 Amplitude of surface temperature 219 ! 43 Day of minimum surface temperature 0.15 ! 44 Smallest node size 2 ! 45 Nodal size multiplier 1.2 ! 46 Length factor 4.0 ! 47 Multiplier on Pipe Diameter for Node Size 1 ! 48 Insulated surface mode 2 ! 49 Soil surface mode 38 ! 50 Logical unit for output data 0.001 ! 51 Convergence tolerance 0.9 ! 52 Emissivity of soil surface 0.3 ! 53 Absorptance of soil surface 0.9 ! 54 Emissivity of zone (insulated) surface 0.3 ! 55 Absorptance of zone (insulated) surface 0 ! 56 Inlet to this pipe-1 1 ! 57 Pipe direction-1 1 ! 58 Inlet to this pipe-2 2 ! 59 Pipe direction-2 INPUTS 14 21,1 ! Type927:Outlet Source Temperature ->Inlet fluid temperature 21,2 ! Type927:Source Flowrate ->Inlet fluid flow rate 17,1 ! Clima:Ambient temperature ->Air temperature above the ground HX 0,0 ! [unconnected] Zone convection coefficient 14,1 ! Type69b:Fictive sky temperature ->Zone radiant temperature 17,12 ! Clima:total radiation on horizontal ->Incident short wave radiation (zone) 17,1 ! Clima:Ambient temperature ->Zone surface temperature 17,1 ! Clima:Ambient temperature ->Ambient temperature 0,0 ! [unconnected] Ambient convection coefficient 14,1 ! Type69b:Fictive sky temperature ->Sky temperature 17,12 ! Clima:total radiation on horizontal ->Incident solar radiation 17,1 ! Clima:Ambient temperature ->Soil surface temperature 0,0 ! [unconnected] Groundwater flow velocity - axial 0,0 ! [unconnected] Groundwater flow velocity - transverse *** INITIAL INPUT VALUES 20.0 1363 20.0 66.76 20.0 0 20. 20.0 66.76 20.0 0 20. 0. 0. *** External files ASSIGN "tempsoilint2.out" 38 *|? Which file should contain the soil temperature profile results? |1000 *------------------------------------------------------------------------------ * Model "Type653" (Type 653) * UNIT 13 TYPE 653 Type653 *$UNIT_NAME Type653 *$MODEL .\Ground Coupling Library (TESS)\Simplified Radiant Floor\Type653.tmf *$POSITION 378 495 *$LAYER Main # *$# Simplified Radiant Floor PARAMETERS 25 13.57 ! 1 Length of Slab 8.84 ! 2 Width of Slab 0.28 ! 3 Thickness of Slab 2099.64 ! 4 Slab Density 0.84 ! 5 Slab Specific Heat 17 ! 6 Initial Slab Temperature 13.49 ! 7 R-Value for Top Surface 79.55 ! 8 R-Value for Edge Surfaces 174.17 ! 9 R-Value for Bottom Surface 0.9 ! 10 Emissivity of the Top Surface 0.4 ! 11 Emissivity of the Edges 0 ! 12 Emissivity of the Bottom Surface 0.4 ! 13 Absorptance of the Top Surface 0.4 ! 14 Absorptance of the Edge Surfaces 0.4 ! 15 Absorptance of the Bottom Surface 600 ! 16 Total Pipe Length 0.016 ! 17 Pipe Inside Diameter 0.02 ! 18 Pipe Outside Diameter 1 ! 19 Number of Identical Circuits 4.190 ! 20 Fluid Specific Heat 1000.0 ! 21 Fluid Density 40 ! 22 Nodes Along the Pipe 2 ! 23 Top Surface Mode 1 ! 24 Edge Surface Mode 1 ! 25 Bottom Surface Mode INPUTS 18 20,1 ! Type114:Outlet fluid temperature ->Inlet Fluid Temperature 20,2 ! Type114:Outlet flow rate ->Inlet Fluid Flowrate 0,0 ! [unconnected] Top Convective Loss Temperature 17,1 ! Clima:Ambient temperature ->Edge Convective Loss Temperature 18,1 ! Type77:Soil Temperature at Node ->Bottom Convective Loss Temperature 0,0 ! [unconnected] Top Surface Convection Coefficient hOutside ! Hedgeside:hOutside ->Edge Surface Convection Coefficient 0,0 ! [unconnected] Bottom Surface Convection Coefficient 0,0 ! [unconnected] Top Radiative Loss Temperature 14,1 ! Type69b:Fictive sky temperature ->Edge Radiative Loss Temperature 18,1 ! Type77:Soil Temperature at Node ->Bottom Radiative Loss Temperature 0,0 ! [unconnected] Incident Radiation Upon Top Surface 0,0 ! [unconnected] Incident Radiation Upon Edge Surfaces 0,0 ! [unconnected] Incident Radiation Upon Bottom Surface 56,3 ! Building: 3- QCOMO_S7 ->Top Surface Heat Transfer From Type 56 Building 0,0 ! [unconnected] Edge Surface Heat Transfer From Type 56 Building 0,0 ! [unconnected] Bottom Surface Heat Transfer From Type 56 Building 0,0 ! [unconnected] HX Effectiveness *** INITIAL INPUT VALUES 20.0 0 20.0 20.0 20.0 35. 35. 1000 20.0 10 14.53 0 0 0 0 0 0 0.6 *------------------------------------------------------------------------------ * Model "Medio ambiente" (Type 65) * UNIT 15 TYPE 65 Medio ambiente *$UNIT_NAME Medio ambiente *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 137 293 *$LAYER Main # PARAMETERS 12 2 ! 1 Nb. of left-axis variables 2 ! 2 Nb. of right-axis variables -20 ! 3 Left axis minimum 40 ! 4 Left axis maximum 0.0 ! 5 Right axis minimum 50 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 4 17,1 ! Clima:Ambient temperature ->Left axis variable-1 17,8 ! Clima:Punto de rocio ->Left axis variable-2 0,0 ! [unconnected] Right axis variable-1 0,0 ! [unconnected] Right axis variable-2 *** INITIAL INPUT VALUES Tambiente Punto de rocio label label LABELS 3 "Temperatures" "Heat transfer rates" "Medio ambiente" *------------------------------------------------------------------------------ * EQUATIONS "Hedgeside" * EQUATIONS 1 hOutside = MAX(0.01,(8.23+4.00*[17,3]-0.057*[17,3]**2)*3.6) !kJ/h.m2.K *$UNIT_NAME Hedgeside *$LAYER Main *$POSITION 76 505 *------------------------------------------------------------------------------ * Model "Building" (Type 56) * UNIT 56 TYPE 56 Building *$UNIT_NAME Building *$MODEL .\Loads and Structures\Multi-Zone Building\Type56.tmf *$POSITION 375 402 *$LAYER Main # # *$# PARAMETERS 3 31 ! 1 Logical unit for building description file (*.b17, *.bui) 1 ! 2 Star network calculation switch 0.5 ! 3 Weighting factor for operative temperature INPUTS 27 17,1 ! Clima:Ambient temperature -> 1- TAMB 17,2 ! Clima:relative humidity -> 2- RELHUMAMB 14,1 ! Type69b:Fictive sky temperature -> 3- TSKY 17,1 ! Clima:Ambient temperature -> 4- TSGRD 17,10 ! Clima:solar zenith angle -> 5- AZEN AAZM_TYPE56 ! Turn:AAZM_TYPE56 -> 6- AAZM IT_N_0_90 ! Radiation:IT_N_0_90 -> 7- IT_N_0_90 IT_S_180_90 ! Radiation:IT_S_180_90 -> 8- IT_S_180_90 IT_E_270_90 ! Radiation:IT_E_270_90 -> 9- IT_E_270_90 IT_W_90_90 ! Radiation:IT_W_90_90 -> 10- IT_W_90_90 IT_H_0_0 ! Radiation:IT_H_0_0 -> 11- IT_H_0_0 IB_N_0_90 ! Radiation:IB_N_0_90 -> 12- IB_N_0_90 IB_S_180_90 ! Radiation:IB_S_180_90 -> 13- IB_S_180_90 IB_E_270_90 ! Radiation:IB_E_270_90 -> 14- IB_E_270_90 IB_W_90_90 ! Radiation:IB_W_90_90 -> 15- IB_W_90_90 IB_H_0_0 ! Radiation:IB_H_0_0 -> 16- IB_H_0_0 AI_N_0_90 ! Radiation:AI_N_0_90 -> 17- AI_N_0_90 AI_S_180_90 ! Radiation:AI_S_180_90 -> 18- AI_S_180_90 AI_E_270_90 ! Radiation:AI_E_270_90 -> 19- AI_E_270_90 AI_W_90_90 ! Radiation:AI_W_90_90 -> 20- AI_W_90_90 AI_H_0_0 ! Radiation:AI_H_0_0 -> 21- AI_H_0_0 17,7 ! Clima:Ground reflectance -> 22- GRDREF 0,0 ! [unconnected] 23- CNAT_1 0,0 ! [unconnected] 24- CNAT_2 0,0 ! [unconnected] 25- T_COOL_ON 0,0 ! [unconnected] 26- BRIGHT 13,3 ! Type653:Average Slab Temperature -> 27- TSUELO *** INITIAL INPUT VALUES 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.2 0 0 0 0 0 *** External files ASSIGN "BuildingProject3.b17" 31 *|? Building description file (*.b17, *.bui) |1000 *------------------------------------------------------------------------------ * Model "Type69b" (Type 69) * UNIT 14 TYPE 69 Type69b *$UNIT_NAME Type69b *$MODEL .\Physical Phenomena\Sky Temperature\calculate cloudiness factor\Type69b.tmf *$POSITION 304 207 *$LAYER Main # PARAMETERS 2 0 ! 1 mode for cloudiness factor 0 ! 2 height over sea level INPUTS 4 17,1 ! Clima:Ambient temperature ->Ambient temperature 17,8 ! Clima:Punto de rocio ->Dew point temperature at ambient conditions 17,13 ! Clima:beam radiation on horitonzal ->Beam radiation on the horizontal 17,14 ! Clima:sky diffuse radiation on horizontal ->Diffuse radiation on the horizontal *** INITIAL INPUT VALUES 0 20 0 0 *------------------------------------------------------------------------------ * EQUATIONS "Radiation" * EQUATIONS 31 AZEN = [17,10] AAZM = [17,11] ID_H_0_0 = [17,14] !Sky diffuse radiation on the horizontal IT_H_0_0 = [17,12] !Total incident of radation orientation H_0_0 IB_H_0_0 = [17,13] !Beam incident of radation orientation H_0_0 AI_H_0_0 = [17,16] !Incident angle of orientation H_0_0 IT_N_0_90 = [17,18] IB_N_0_90 = [17,19] AI_N_0_90 = [17,22] IT_W_45_90 = [17,42] IB_W_45_90 = [17,43] AI_W_45_90 = [17,46] IT_W_90_90 = [17,24] IB_W_90_90 = [17,25] AI_W_90_90 = [17,28] IT_S_135_90 = [17,48] IB_S_135_90 = [17,49] AI_S_135_90 = [17,52] IT_S_180_90 = [17,30] IB_S_180_90 = [17,31] AI_S_180_90 = [17,34] IT_E_225_90 = [17,54] IB_E_225_90 = [17,55] AI_E_225_90 = [17,58] IT_E_270_90 = [17,36] IB_E_270_90 = [17,37] AI_E_270_90 = [17,40] IT_N_315_90 = [17,60] IB_N_315_90 = [17,61] AI_N_315_90 = [17,64] hour_of_day = MOD(TIME,24) *$UNIT_NAME Radiation *$LAYER Main *$POSITION 226 90 *------------------------------------------------------------------------------ * Model "Type114-2" (Type 114) * UNIT 23 TYPE 114 Type114-2 *$UNIT_NAME Type114-2 *$MODEL .\Hydronics\Pumps\Single Speed\Type114.tmf *$POSITION 636 687 *$LAYER Main # *$# SINGLE-SPEED PUMP PARAMETERS 4 1363 ! 1 Rated flow rate 3.75 ! 2 Fluid specific heat 2684.0 ! 3 Rated power 0.0 ! 4 Motor heat loss fraction INPUTS 5 22,1 ! Type997:Outlet fluid temperature ->Inlet fluid temperature 22,2 ! Type997:Outlet fluid flow rate ->Inlet fluid flow rate 27,1 ! Type2b:Output control function ->Control signal 0,0 ! [unconnected] Overall pump efficiency 0,0 ! [unconnected] Motor efficiency *** INITIAL INPUT VALUES 20.0 1363 1.0 0.8 0.9 *------------------------------------------------------------------------------ * Model "Condiciones Casa" (Type 65) * UNIT 28 TYPE 65 Condiciones Casa *$UNIT_NAME Condiciones Casa *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 547 250 *$LAYER Main # PARAMETERS 12 10 ! 1 Nb. of left-axis variables 10 ! 2 Nb. of right-axis variables -6 ! 3 Left axis minimum 40 ! 4 Left axis maximum -60000 ! 5 Right axis minimum 60000 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 20 56,1 ! Building: 1- TAIR_SALAESTAR ->Left axis variable-1 56,4 ! Building: 4- TSI_S7 ->Left axis variable-2 0,0 ! [unconnected] Left axis variable-3 0,0 ! [unconnected] Left axis variable-4 0,0 ! [unconnected] Left axis variable-5 0,0 ! [unconnected] Left axis variable-6 0,0 ! [unconnected] Left axis variable-7 0,0 ! [unconnected] Left axis variable-8 0,0 ! [unconnected] Left axis variable-9 0,0 ! [unconnected] Left axis variable-10 56,2 ! Building: 2- QHEAT_SALAESTAR ->Right axis variable-1 56,3 ! Building: 3- QCOMO_S7 ->Right axis variable-2 13,4 ! Type653:Fluid Heat Transfer ->Right axis variable-3 13,5 ! Type653:Top Surface Heat Transfer ->Right axis variable-4 13,6 ! Type653:Bottom Heat Transfer ->Right axis variable-5 13,7 ! Type653:Edge Heat Transfer ->Right axis variable-6 13,8 ! Type653:HX Heat Transfer ->Right axis variable-7 56,5 ! Building: 5- QCOMI_S7 ->Right axis variable-8 56,6 ! Building: 6- B4_QBAL_SALAESTAR ->Right axis variable-9 56,7 ! Building: 7- B4_QHEAT_SALAESTAR ->Right axis variable-10 *** INITIAL INPUT VALUES TAIR_SALAESTAR TSI_S7 label label label label label label label label Demanda_térmica Qoutcasa Fluid_Heat_Transfer Top_Surface_Heat_Transfer Bottom_Heat_Transfer Edge_Heat_Transfer Hx_Heat_Transfer QCOMI_S7 B4_QBAL_SALAESTAR B4_QHEAT_SALAESTAR LABELS 3 "Condiciones casa" "Heat transfer rates" "Condiciones Casa" *------------------------------------------------------------------------------ * EQUATIONS "DeltaT" * EQUATIONS 2 DeltaTpiso = [20,1] - [13,1] !°C DeltaTground = [22,1] - [21,1] *$UNIT_NAME DeltaT *$LAYER Main *$POSITION 193 622 *------------------------------------------------------------------------------ * Model "Type927" (Type 927) * UNIT 21 TYPE 927 Type927 *$UNIT_NAME Type927 *$MODEL .\GHP Library (TESS)\Water-Water Heat Pump\Single-Stage\Type927.tmf *$POSITION 548 613 *$LAYER Main # PARAMETERS 19 3.75 ! 1 Source Fluid Specific Heat 4.190 ! 2 Load Fluid Specific Heat 1035 ! 3 Source Fluid Density 1000 ! 4 Load Fluid Density 36 ! 5 Logical Unit Number for Cooling Data File 8 ! 6 Number of Source Temperatures - Cooling 4 ! 7 Number of Load Temperatures - Cooling 37 ! 8 Logical Unit for Heating Data 6 ! 9 Number of Source Temperatures - Heating 4 ! 10 Number of Load Temperatures - Heating 3 ! 11 Number of Source Flowrates 3 ! 12 Number of Load Flowrates 30000 ! 13 Rated Cooling Capacity per Heat Pump 6000 ! 14 Rated Cooling Power per Heat Pump 39564 ! 15 Rated Heating Capacity per Heat Pump 13188.24 ! 16 Rated Heating Power per Heat Pump 0.5678 ! 17 Rated Source Flowrate per Heat Pump 0.5678 ! 18 Rated Load Flowrate per Heat Pump 1 ! 19 Number of Identical Heat Pumps INPUTS 8 23,1 ! Type114-2:Outlet fluid temperature ->Inlet Source Temperature 23,2 ! Type114-2:Outlet flow rate ->Source Flowrate 13,1 ! Type653:Outlet Fluid Temperature ->Inlet Load Temperature 13,2 ! Type653:Outlet Fluid Flowrate ->Load Flowrate 0,0 ! [unconnected] Cooling Control Signal 27,1 ! Type2b:Output control function ->Heating Control Signal 0,0 ! [unconnected] Scale Factor 0,0 ! [unconnected] Number of Heat Pumps On *** INITIAL INPUT VALUES 40.0 1363 20.0 1378.71 0 1 1 1 *** External files ASSIGN "C:\Trnsys17\MyProjects\BuildingProject3Stgo1zona\WWHP_Cooling-Normalizedblastgo.dat" 36 *|? Which file contains the cooling performance data? |1000 ASSIGN "C:\Trnsys17\MyProjects\BuildingProject3Stgo1zona\daikin_heat_pump.dat" 37 *|? Which file contains the heating performance data? |1000 *------------------------------------------------------------------------------ * Model "Type25c" (Type 25) * UNIT 16 TYPE 25 Type25c *$UNIT_NAME Type25c *$MODEL .\Output\Printer\Unformatted\No Units\Type25c.tmf *$POSITION 495 165 *$LAYER Outputs # PARAMETERS 10 STEP ! 1 Printing interval START ! 2 Start time STOP ! 3 Stop time 33 ! 4 Logical unit 0 ! 5 Units printing mode 0 ! 6 Relative or absolute start time -1 ! 7 Overwrite or Append -1 ! 8 Print header 0 ! 9 Delimiter 1 ! 10 Print labels INPUTS 2 56,1 ! Building: 1- TAIR_SALAESTAR ->Input to be printed-1 56,2 ! Building: 2- QHEAT_SALAESTAR ->Input to be printed-2 *** INITIAL INPUT VALUES TAIR_SALAESTAR QHEAT_SALAESTAR *** External files ASSIGN "heatingdemandint2.out" 33 *|? Output file for printed results |1000 *------------------------------------------------------------------------------ * Model "Type2b" (Type 2) * UNIT 27 TYPE 2 Type2b *$UNIT_NAME Type2b *$MODEL .\Controllers\Differential Controller w_ Hysteresis\for Temperatures\Solver 0 (Successive Substitution) Control Strategy\Type2b.tmf *$POSITION 546 421 *$LAYER Controls # *$# NOTE: This control strategy can only be used with solver 0 (Successive substitution) *$# PARAMETERS 2 5 ! 1 No. of oscillations 100.0 ! 2 High limit cut-out INPUTS 6 0,0 ! [unconnected] Upper input temperature Th 56,1 ! Building: 1- TAIR_SALAESTAR ->Lower input temperature Tl 0,0 ! [unconnected] Monitoring temperature Tin 27,1 ! Type2b:Output control function ->Input control function 0,0 ! [unconnected] Upper dead band dT 0,0 ! [unconnected] Lower dead band dT *** INITIAL INPUT VALUES 21 10.0 20.0 0 2 0 *------------------------------------------------------------------------------ * EQUATIONS "Turn" * EQUATIONS 13 TURN = 0 HEMISPHERE = -1 ! northern hemisphere: 1 - southern hemisphere: -1 AA_H_0_0 = 0 ! azimuth angle of orientation AA_S_0_90 = (0 +TURN)*GT(HEMISPHERE,0)+ (180-0 -TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_W_45_90 = (45 +TURN)*GT(HEMISPHERE,0)+ (180-45-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_W_90_90 = (90 +TURN)*GT(HEMISPHERE,0)+ (180-90-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_N_135_90 = (135+TURN)*GT(HEMISPHERE,0)+ (180-135-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_N_180_90 = (180+TURN)*GT(HEMISPHERE,0)+ (180-180-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_E_225_90 = (225+TURN)*GT(HEMISPHERE,0)+ (180-225-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_E_270_90 = (270+TURN)*GT(HEMISPHERE,0)+ (180-270-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AA_S_315_90 = (315+TURN)*GT(HEMISPHERE,0)+ (180-315-TURN)*NOT(GT(HEMISPHERE,0)) ! azimuth angle of orientation AAZM_CORR_HEM = AAZM*GT(HEMISPHERE,0) + NOT(GT(HEMISPHERE,0))*((180-AAZM)*GT(AAZM,0)*LE(AAZM,180) + (-180-AAZM)*NOT(GT(AAZM,0)*LE(AAZM,180))) !solar azimuth corrected for southern hemisphere such that north=180, south=0, west =90, east=-90 AAZM_TYPE56 = (AAZM_CORR_HEM - TURN) ! solar azimuth corrected by building rotation - Input for Type 56 sun position for SHM and ISM *$UNIT_NAME Turn *$LAYER Main *$POSITION 360 165 *------------------------------------------------------------------------------ * Model "Irradiation" (Type 65) * UNIT 66 TYPE 65 Irradiation *$UNIT_NAME Irradiation *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 102 90 *$LAYER Main # # PARAMETERS 12 5 ! 1 Nb. of left-axis variables 6 ! 2 Nb. of right-axis variables 0 ! 3 Left axis minimum 3600 ! 4 Left axis maximum 0 ! 5 Right axis minimum 3600 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 11 IT_H_0_0 ! Radiation:IT_H_0_0 ->Left axis variable-1 IT_N_0_90 ! Radiation:IT_N_0_90 ->Left axis variable-2 IT_W_90_90 ! Radiation:IT_W_90_90 ->Left axis variable-3 0,0 ! [unconnected] Left axis variable-4 IT_E_270_90 ! Radiation:IT_E_270_90 ->Left axis variable-5 IB_H_0_0 ! Radiation:IB_H_0_0 ->Right axis variable-1 IB_N_0_90 ! Radiation:IB_N_0_90 ->Right axis variable-2 IB_W_90_90 ! Radiation:IB_W_90_90 ->Right axis variable-3 0,0 ! [unconnected] Right axis variable-4 IB_E_270_90 ! Radiation:IB_E_270_90 ->Right axis variable-5 hour_of_day ! Radiation:hour_of_day ->Right axis variable-6 *** INITIAL INPUT VALUES IT_H_0_0 IT_S_0_90 IT_W_90_90 IT_N_180_90 IT_E_270_90 IB_H_0_0 IB_S_0_90 IB_W_90_90 IB_N_180_90 IB_E_270_90 hour_of_day LABELS 3 "Total Incident Solar Radition [kJ/hr m²]" "Beam Incident Solar Radition [kJ/hr m²]" "Irradition" *------------------------------------------------------------------------------ * Model "DeltaTpisorad" (Type 65) * UNIT 24 TYPE 65 DeltaTpisorad *$UNIT_NAME DeltaTpisorad *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 68 623 *$LAYER Main # PARAMETERS 12 4 ! 1 Nb. of left-axis variables 1 ! 2 Nb. of right-axis variables -10 ! 3 Left axis minimum 10 ! 4 Left axis maximum 0.0 ! 5 Right axis minimum 1000.0 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 5 DeltaTpiso ! DeltaT:DeltaTpiso ->Left axis variable-1 20,1 ! Type114:Outlet fluid temperature ->Left axis variable-2 13,1 ! Type653:Outlet Fluid Temperature ->Left axis variable-3 0,0 ! [unconnected] Left axis variable-4 27,1 ! Type2b:Output control function ->Right axis variable *** INITIAL INPUT VALUES DeltaTpiso Tinpiso Toutpiso label Output LABELS 3 "Temperatures" "Heat transfer rates" "DeltaTpiso" *------------------------------------------------------------------------------ * Model "Type114" (Type 114) * UNIT 20 TYPE 114 Type114 *$UNIT_NAME Type114 *$MODEL .\Hydronics\Pumps\Single Speed\Type114.tmf *$POSITION 378 602 *$LAYER Main # *$# SINGLE-SPEED PUMP PARAMETERS 4 1378.71 ! 1 Rated flow rate 4.19 ! 2 Fluid specific heat 2684.0 ! 3 Rated power 0.0 ! 4 Motor heat loss fraction INPUTS 5 21,3 ! Type927:Outlet Load Temperature ->Inlet fluid temperature 21,4 ! Type927:Load Flowrate ->Inlet fluid flow rate 27,1 ! Type2b:Output control function ->Control signal 0,0 ! [unconnected] Overall pump efficiency 0,0 ! [unconnected] Motor efficiency *** INITIAL INPUT VALUES 20.0 1378.71 1.0 0.8 0.9 *------------------------------------------------------------------------------ * Model "Heat_Pump" (Type 65) * UNIT 25 TYPE 65 Heat_Pump *$UNIT_NAME Heat_Pump *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 712 581 *$LAYER Main # PARAMETERS 12 5 ! 1 Nb. of left-axis variables 5 ! 2 Nb. of right-axis variables 0.0 ! 3 Left axis minimum 2000 ! 4 Left axis maximum 0.0 ! 5 Right axis minimum 60000 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 10 21,2 ! Type927:Source Flowrate ->Left axis variable-1 21,4 ! Type927:Load Flowrate ->Left axis variable-2 21,8 ! Type927:Coefficient of Performance (C.O.P) ->Left axis variable-3 0,0 ! [unconnected] Left axis variable-4 0,0 ! [unconnected] Left axis variable-5 21,5 ! Type927:Heat Transfer to Load ->Right axis variable-1 21,6 ! Type927:Heat Transfer from Source ->Right axis variable-2 21,7 ! Type927:Heat Pump Power ->Right axis variable-3 0,0 ! [unconnected] Right axis variable-4 0,0 ! [unconnected] Right axis variable-5 *** INITIAL INPUT VALUES Flow_source Flow_load COP Heat Heat Heat_load Heat_source HeatPump_Power label label LABELS 3 "Temperatures" "Heat transfer rates" "Heat_Pump" *------------------------------------------------------------------------------ * Model "Ground Source" (Type 65) * UNIT 29 TYPE 65 Ground Source *$UNIT_NAME Ground Source *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf *$POSITION 720 730 *$LAYER Main # PARAMETERS 12 5 ! 1 Nb. of left-axis variables 3 ! 2 Nb. of right-axis variables 0.0 ! 3 Left axis minimum 2000 ! 4 Left axis maximum 0.0 ! 5 Right axis minimum 60000 ! 6 Right axis maximum 1 ! 7 Number of plots per simulation 12 ! 8 X-axis gridpoints 0 ! 9 Shut off Online w/o removing -1 ! 10 Logical unit for output file 0 ! 11 Output file units 0 ! 12 Output file delimiter INPUTS 8 22,1 ! Type997:Outlet fluid temperature ->Left axis variable-1 22,2 ! Type997:Outlet fluid flow rate ->Left axis variable-2 22,3 ! Type997:Reynolds number ->Left axis variable-3 21,1 ! Type927:Outlet Source Temperature ->Left axis variable-4 DeltaTground ! DeltaT:DeltaTground ->Left axis variable-5 22,4 ! Type997:Fluid-to-ground heat transfer rate ->Right axis variable-1 22,5 ! Type997:Delivered energy rate ->Right axis variable-2 22,7 ! Type997:Soil storage rate ->Right axis variable-3 *** INITIAL INPUT VALUES Touthx Flowhx Reynolds Tinhx DeltaTground FluidGroundHeat DeliveredEnergy SoilStorage LABELS 3 "Temperatures" "Heat transfer rates" "Graph 1" *------------------------------------------------------------------------------ END
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