I am getting the following error in my simulation:
"Unable to open the file associated with an ASSIGNED logical unit number. Please check the ASSIGN statement and make sure that the file exists at the specified location"
please help me about run this project.
hadi ebrahimi
takestan(IRAN) University
Graduate Research Assistant
Mechanical Engineering
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VERSION 16
*******************************************************************************
*** TRNSYS input file (deck) generated by TrnsysStudio
*** on Friday, July 12, 2013 at 15:19
*** from TrnsysStudio project: C:\Users\Asus\Desktop\project\PROJECT - Copy.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:iisibat at cstb.fr
***
*******************************************************************************
*******************************************************************************
*** Units
*******************************************************************************
*******************************************************************************
*** Control cards
*******************************************************************************
* START, STOP and STEP
CONSTANTS 3
START=3624
STOP=5088
STEP=0.25
* User defined CONSTANTS
* SIMULATION Start time End time Time step
SIMULATION START STOP STEP
* Integration Convergence
TOLERANCES 0.001 0.001
* Max iterations Max warnings Trace limit
LIMITS 30 30 30
* TRNSYS numerical integration solver method
DFQ 1
* TRNSYS output file width, number of characters
WIDTH 80
* NOLIST statement
LIST
* MAP statement
MAP
* Solver statement Minimum relaxation factor Maximum relaxation factor
SOLVER 0 1 1
* DEBUG statement
NAN_CHECK 0
OVERWRITE_CHECK 0
* EQUATION SOLVER statement
EQSOLVER 1
* Model "Load profile" (Type 14)
*
UNIT 9 TYPE 14 Load profile
*$UNIT_NAME Load profile
*$MODEL .\Utility\Forcing Functions\General\TYPE14h.tmf
*$POSITION 99 501
*$LAYER Main #
PARAMETERS 28
* 1 Initial value of time
0
* 2 Initial value of function
0
* 3 Time at point-1
7
* 4 Value at point -1
0
* 5 Time at point-2
7
* 6 Value at point -2
0.000056
* 7 Time at point-3
9
* 8 Value at point -3
0.000056
* 9 Time at point-4
9
* 10 Value at point -4
0
* 11 Time at point-5
11
* 12 Value at point -5
0
* 13 Time at point-6
11
* 14 Value at point -6
0.000028
* 15 Time at point-7
13
* 16 Value at point -7
0.000028
* 17 Time at point-8
13
* 18 Value at point -8
0
* 19 Time at point-9
18
* 20 Value at point -9
0
* 21 Time at point-10
18
* 22 Value at point -10
0.000028
* 23 Time at point-11
22
* 24 Value at point -11
0.000028
* 25 Time at point-12
22
* 26 Value at point -12
0
* 27 Time at point-13
24
* 28 Value at point -13
0
*------------------------------------------------------------------------------
* EQUATIONS "Daily load"
*
EQUATIONS 2
mdDHW = [9,1] * 200 ! Multiply by daily consumption
TCold = 15
*$UNIT_NAME Daily load
*$LAYER Main
*$POSITION 235 501
*------------------------------------------------------------------------------
* Model "Weather" (Type 109)
*
UNIT 2 TYPE 109 Weather
*$UNIT_NAME Weather
*$MODEL .\Weather Data Reading and Processing\Standard Format\TMY2\Type109-TMY2.tmf
*$POSITION 103 129
*$LAYER Weather / Data Files #
PARAMETERS 4
* 1 Data Reader Mode
2
* 2 Logical unit
36
* 3 Sky model for diffuse radiation
4
* 4 Tracking mode
1
INPUTS 3
* [unconnected] Ground reflectance
0,0
* [unconnected] Slope of surface
0,0
* [unconnected] Azimuth of surface
0,0
*** INITIAL INPUT VALUES
0.2 45 0
*** External files
ASSIGN "..\..\Weather\Meteonorm\Europe\CH-Zuerich-Kloten-66700.tm2" 36
*|? Weather data file |1000
*------------------------------------------------------------------------------
* Model "Collectors" (Type 71)
*
UNIT 3 TYPE 71 Collectors
*$UNIT_NAME Collectors
*$MODEL .\Solar Thermal Collectors\HeatPipe Collector\Type71b.tmf
*$POSITION 440 209
*$LAYER Main #
PARAMETERS 11
* 1 Number in series
1
* 2 Collector area
5
* 3 Fluid specific heat
4.19
* 4 Efficiency mode
1
* 5 Flow rate at test conditions
3
* 6 Intercept efficiency
0.8
* 7 Negative of first order efficiency coeficient
10
* 8 Negative of second order efficiency coeficient
0.03
* 9 Logical unit of file containing biaxial IAM data
39
* 10 Number of longitudinal angles for which IAMs are provided
5
* 11 Number of transverse angles for which IAMs are provided
5
INPUTS 10
* TYPE5g:Cold-side outlet temperature ->Inlet temperature
19,3
* TYPE5g:Cold-side flow rate ->Inlet flowrate
19,4
* Weather:Ambient temperature ->Ambient temperature
2,1
* Weather:total radiation on tilted surface ->Incident radiation
2,18
* Weather:sky diffuse radiation on tilted surface ->Incident diffuse radiation
2,20
* Weather:angle of incidence for tilted surface ->Solar incidence angle
2,22
* Weather:solar zenith angle ->Solar zenith angle
2,10
* Weather:solar azimuth angle ->Solar azimuth angle
2,11
* Weather:slope of tilted surface ->Collector slope
2,23
* [unconnected] Collector azimuth
0,0
*** INITIAL INPUT VALUES
20 100 10 0 0 0 0 0 0 0
*** External files
ASSIGN "C:\Program Files (x86)\Trnsys16\Examples\Data Files\Type71b-HeatPipeSolarCollector-IAMData.dat" 39
*|? What file contains the 2D IAM data? |1000
*------------------------------------------------------------------------------
* Model "Pump" (Type 110)
*
UNIT 4 TYPE 110 Pump
*$UNIT_NAME Pump
*$MODEL .\Hydronics\Pumps\Variable Speed\Type110.tmf
*$POSITION 310 265
*$LAYER Main #
*$# VARIABLE-SPEED PUMP
PARAMETERS 6
* 1 Rated flow rate
1000.0
* 2 Fluid specific heat
4.19
* 3 Rated power
2684.0
* 4 Motor heat loss fraction
0.0
* 5 Number of power coefficients
1
* 6 Power coefficient
1.8
INPUTS 5
* Tank:Temperature of outlet flow 1 ->Inlet fluid temperature
7,5
* Tank:Flowrate at outlet 1 ->Inlet fluid flow rate
7,2
* Type2b:Output control function ->Control signal
6,1
* [unconnected] Total pump efficiency
0,0
* [unconnected] Motor efficiency
0,0
*** INITIAL INPUT VALUES
20 0.0 1 0.6 0.9
*------------------------------------------------------------------------------
* Model "Type2b" (Type 2)
*
UNIT 6 TYPE 2 Type2b
*$UNIT_NAME Type2b
*$MODEL .\Controllers\Differential Controller w_ Hysteresis\for Temperatures\Solver 0 (Successive Substitution) Control Strategy\Type2b.tmf
*$POSITION 136 285
*$LAYER Controls #
*$# NOTE: This control strategy can only be used with solver 0 (Successive substitution)
*$#
PARAMETERS 2
* 1 No. of oscillations
5
* 2 High limit cut-out
100.0
INPUTS 6
* Collectors:Outlet temperature ->Upper input temperature Th
3,1
* Tank:Temperature of outlet flow 1 ->Lower input temperature Tl
7,5
* Tank:Tank temperature at outlet of heat exchanger ->Monitoring temperature Tin
7,24
* Type2b:Output control function ->Input control function
6,1
* [unconnected] Upper dead band dT
0,0
* [unconnected] Lower dead band dT
0,0
*** INITIAL INPUT VALUES
20.0 20 20 0 10.0 2.0
*------------------------------------------------------------------------------
* Model "Tank" (Type 60)
*
UNIT 7 TYPE 60 Tank
*$UNIT_NAME Tank
*$MODEL .\Thermal Storage\Detailed Fluid Storage Tank\Horizontal Cylinder\Non-Uniform Losses and Heights\1 Inlet, 1 Outlet\TYPE60m.tmf
*$POSITION 287 399
*$LAYER Water Loop #
PARAMETERS 56
* 1 User-specified inlet positions
2
* 2 Tank volume
0.3
* 3 Tank height
1.25
* 4 Horizontal cylinder
-2
* 5 Height of flow inlet 1
1.25
* 6 Height of flow outlet 1
0.0
* 7 Not used (inlet 2)
-1
* 8 Not used (outlet 2)
-1
* 9 Fluid specific heat
4.19
* 10 Fluid density
1000
* 11 Tank loss coefficient
2.5
* 12 Fluid thermal conductivity
1.40
* 13 Destratification conductivity
0.0
* 14 Boiling temperature
100.0
* 15 Auxiliary heater mode
1
* 16 Height of 1st aux. heater
1.0
* 17 Height of 1st thermostat
1.25
* 18 Set point temperature for element 1
55.0
* 19 Deadband for heating element 1
5.0
* 20 Maximum heating rate of element 1
16200.0
* 21 Height of heating element 2
1
* 22 Height of thermostat 2
1
* 23 Set point temperature for element 2
55.0
* 24 Deadband for heating element 2
5.0
* 25 Maximum heating rate of element 2
16200
* 26 Overall loss coefficient for gas flue
0.0
* 27 Flue temperature
20.0
* 28 Fraction of critical timestep
6
* 29 Gas heater?
0
* 30 Number of internal heat exchangers
1
* 31 Node heights supplied
1
* 32 Additional loss coeff's supplied
1
* 33 HX Fluid Indicator
1
* 34 Fraction of glycol
0.75
* 35 Heat exchanger inside diameter
0.01
* 36 Heat exchanger outside diameter
0.012
* 37 Heat exchanger fin diameter
0.012
* 38 Total surface area of heat exchanger
1.0
* 39 Fins per meter for heat exchanger
100
* 40 Heat exchanger length
2.0
* 41 Heat exchanger wall conductivity
1.40
* 42 Heat exchanger material conductivity
1.40
* 43 Height of heat exchanger inlet
0.00
* 44 Height of heat exchanger outlet
1.25
* 45 Height of node -1
1.25
* 46 Additional loss coefficient for node -1
0.00
* 47 Height of node -2
1.25
* 48 Additional loss coefficient for node -2
0.00
* 49 Height of node -3
1.25
* 50 Additional loss coefficient for node -3
0.00
* 51 Height of node -4
1.25
* 52 Additional loss coefficient for node -4
0.00
* 53 Height of node -5
1.25
* 54 Additional loss coefficient for node -5
0.00
* 55 Height of node -6
1.25
* 56 Additional loss coefficient for node -6
0.00
INPUTS 13
* TYPE5g:Hot-side flow rate ->Flow rate at inlet 1
19,2
* [unconnected] Flow rate at outlet 1
0,0
* [unconnected] Not used (flow inlet 2)
0,0
* [unconnected] Not used (flow outlet 2)
0,0
* TYPE5g:Hot-side outlet temperature ->Temperature at inlet 1
19,1
* [unconnected] Not used (temp inlet 2)
0,0
* [unconnected] Environment temperature
0,0
* [unconnected] Control signal for element 1
0,0
* [unconnected] Control signal for element 2
0,0
* Diverter:Flowrate at outlet 1 ->Flow rate for heat exchanger
11,2
* Diverter:Temperature at outlet 1 ->Inlet temperature for heat exchanger
11,1
* [unconnected] Nusselt constant for heat exchanger
0,0
* [unconnected] Nusselt exponent for heat exchanger
0,0
*** INITIAL INPUT VALUES
0.0 -2 -1 -1 20.0 20.0 20 1.0 1.0 0.0 20.0 0.50 0.25
DERIVATIVES 1
* 1 Initial temperature of node
60
*------------------------------------------------------------------------------
* Model "Plotter 1" (Type 65)
*
UNIT 5 TYPE 65 Plotter 1
*$UNIT_NAME Plotter 1
*$MODEL .\Output\Online Plotter\Online Plotter With File\No Units\Type65c.tmf
*$POSITION 723 125
*$LAYER Outputs #
PARAMETERS 12
* 1 Nb. of left-axis variables
2
* 2 Nb. of right-axis variables
2
* 3 Left axis minimum
0
* 4 Left axis maximum
150
* 5 Right axis minimum
0
* 6 Right axis maximum
5000
* 7 Number of plots per simulation
1
* 8 X-axis gridpoints
7
* 9 Shut off Online w/o removing
0
* 10 Logical Unit for output file
35
* 11 Output file units
0
* 12 Output file delimiter
0
INPUTS 4
* Pump:Outlet fluid temperature ->Left axis variable-1
4,1
* Collectors:Outlet temperature ->Left axis variable-2
3,1
* Weather:total radiation on tilted surface ->Right axis variable-1
2,18
* Collectors:Outlet flowrate ->Right axis variable-2
3,2
*** INITIAL INPUT VALUES
TiColl ToColl GColl mdColl
LABELS 3
"Temperatures"
"Heat transfer rates"
"Weather - Solar Loop"
*** External files
ASSIGN "***.plt" 35
*|? What file should the online print to? |1000
*------------------------------------------------------------------------------
* Model "Plotter 2" (Type 65)
*
UNIT 8 TYPE 65 Plotter 2
*$UNIT_NAME Plotter 2
*$MODEL .\Output\Online Plotter\Online Plotter With File\No Units\Type65c.tmf
*$POSITION 722 399
*$LAYER Outputs #
PARAMETERS 12
* 1 Nb. of left-axis variables
7
* 2 Nb. of right-axis variables
4
* 3 Left axis minimum
0
* 4 Left axis maximum
100
* 5 Right axis minimum
0
* 6 Right axis maximum
10000
* 7 Number of plots per simulation
1
* 8 X-axis gridpoints
7
* 9 Shut off Online w/o removing
0
* 10 Logical Unit for output file
37
* 11 Output file units
0
* 12 Output file delimiter
0
INPUTS 11
* Tank:Temperature of outlet flow 1 ->Left axis variable-1
7,5
* Tank:Temperature of node 1+-1 ->Left axis variable-2
7,29
* Tank:Temperature of node 1+-2 ->Left axis variable-3
7,30
* Tank:Temperature of node 1+-3 ->Left axis variable-4
7,31
* Tank:Temperature of node 1+-4 ->Left axis variable-5
7,32
* Tank:Tank temperature at outlet of heat exchanger ->Left axis variable-6
7,24
* Tee piece:Outlet temperature ->Left axis variable-7
12,1
* Tank:Auxiliary heating rate ->Right axis variable-1
7,12
* Tee piece:Outlet flow rate ->Right axis variable-2
12,2
* Diverter:Flowrate at outlet 1 ->Right axis variable-3
11,2
* Diverter:Flow rate at outlet 2 ->Right axis variable-4
11,4
*** INITIAL INPUT VALUES
TTop T2 T3 T4 T5 TBottom TDHW QAux mdDHW mdTank mdByPass
LABELS 3
"Temperatures"
"Heat transfer rates"
"Tank"
*** External files
ASSIGN "***.pl2" 37
*|? What file should the online print to? |1000
*------------------------------------------------------------------------------
* Model "Diverter" (Type 11)
*
UNIT 11 TYPE 11 Diverter
*$UNIT_NAME Diverter
*$MODEL .\Hydronics\Tempering Valve\Other Fluids\Type11b.tmf
*$POSITION 539 501
*$LAYER Weather - Data Files #
PARAMETERS 2
* 1 Tempering valve mode
4
* 2 Nb. of oscillations allowed
7
INPUTS 4
* Daily load:TCold ->Inlet temperature
TCold
* Daily load:mdDHW ->Inlet flow rate
mdDHW
* Tank:Temperature of outlet flow 1 ->Heat source temperature
7,5
* [unconnected] Set point temperature
0,0
*** INITIAL INPUT VALUES
20.0 100.0 55.0 45
*------------------------------------------------------------------------------
* Model "Tee piece" (Type 11)
*
UNIT 12 TYPE 11 Tee piece
*$UNIT_NAME Tee piece
*$MODEL .\Hydronics\Tee-Piece\Other Fluids\Type11h.tmf
*$POSITION 642 293
*$LAYER Water Loop #
PARAMETERS 1
* 1 Tee piece mode
1
INPUTS 4
* Tank:Temperature of outlet flow 1 ->Temperature at inlet 1
7,5
* Tank:Flowrate at outlet 1 ->Flow rate at inlet 1
7,2
* Diverter:Temperature at outlet 2 ->Temperature at inlet 2
11,3
* Diverter:Flow rate at outlet 2 ->Flow rate at inlet 2
11,4
*** INITIAL INPUT VALUES
20.0 100.0 20.0 100.0
*------------------------------------------------------------------------------
* Model "Daily Integration" (Type 24)
*
UNIT 13 TYPE 24 Daily Integration
*$UNIT_NAME Daily Integration
*$MODEL .\Utility\Integrators\Quantity Integrator\TYPE24.tmf
*$POSITION 101 590
*$LAYER Totals #
PARAMETERS 2
* 1 Integration period
24
* 2 Relative or absolute start time
0
INPUTS 4
* Weather:total radiation on tilted surface ->Input to be integrated-1
2,18
* Tank:Energy supplied by inlet 1 ->Input to be integrated-2
7,8
* Tank:Energy removed by outlet 1 ->Input to be integrated-3
7,9
* Tank:Auxiliary heating rate ->Input to be integrated-4
7,12
*** INITIAL INPUT VALUES
0.0 0.0 0.0 0.0
*------------------------------------------------------------------------------
* Model "Simulation Integration" (Type 24)
*
UNIT 14 TYPE 24 Simulation Integration
*$UNIT_NAME Simulation Integration
*$MODEL .\Utility\Integrators\Quantity Integrator\TYPE24.tmf
*$POSITION 94 665
*$LAYER Totals #
PARAMETERS 2
* 1 Integration period
STOP
* 2 Relative or absolute start time
0
INPUTS 4
* Weather:total radiation on tilted surface ->Input to be integrated-1
2,18
* Tank:Energy supplied by inlet 1 ->Input to be integrated-2
7,8
* Tank:Energy removed by outlet 1 ->Input to be integrated-3
7,9
* Tank:Auxiliary heating rate ->Input to be integrated-4
7,12
*** INITIAL INPUT VALUES
0.0 0.0 0.0 0.0
*------------------------------------------------------------------------------
* Model "Daily Results" (Type 25)
*
UNIT 15 TYPE 25 Daily Results
*$UNIT_NAME Daily Results
*$MODEL .\Output\Printer\No Units\Type25c.tmf
*$POSITION 508 593
*$LAYER Water Loop #
PARAMETERS 10
* 1 Printing interval
24
* 2 Start time
START
* 3 Stop time
STOP
* 4 Logical unit
33
* 5 Units printing mode
0
* 6 Relative or absolute start time
0
* 7 Overwrite or Append
-1
* 8 Print header
-1
* 9 Delimiter
0
* 10 Print labels
1
INPUTS 6
* Daily Integration:Result of integration-1 ->Input to be printed-1
13,1
* Daily Integration:Result of integration-2 ->Input to be printed-2
13,2
* Daily Integration:Result of integration-3 ->Input to be printed-3
13,3
* Daily Integration:Result of integration-4 ->Input to be printed-4
13,4
* Efficiencies:EtaColl_d ->Input to be printed-5
EtaColl_d
* Efficiencies:FSol_d ->Input to be printed-6
FSol_d
*** INITIAL INPUT VALUES
IColl QuColl QDHW QAux EtaColl_d FSol_d
*** External files
ASSIGN "Daily.txt" 33
*|? Which file should contain the printed results? You can use the deck filename by entering "***", e.g. "***.out", or "***.dat" |1000
*------------------------------------------------------------------------------
* EQUATIONS "Efficiencies"
*
EQUATIONS 4
EtaColl_d = [13,2] / (5*[13,1]+1e-6)
FSol_d = 1 - ( [13,4] / ([13,3] + 1e-6) )
EtaColl = [14,2] / (5*[14,1]+1e-6)
FSol = 1 - ( [14,4] / ([14,3]+ 1e-6) )
*$UNIT_NAME Efficiencies
*$LAYER Outputs
*$POSITION 241 625
*------------------------------------------------------------------------------
* Model "Totals" (Type 25)
*
UNIT 18 TYPE 25 Totals
*$UNIT_NAME Totals
*$MODEL .\Output\Printer\No Units\Type25c.tmf
*$POSITION 502 662
*$LAYER Main #
PARAMETERS 10
* 1 Printing interval
STOP
* 2 Start time
STOP
* 3 Stop time
STOP
* 4 Logical unit
34
* 5 Units printing mode
0
* 6 Relative or absolute start time
0
* 7 Overwrite or Append
-1
* 8 Print header
-1
* 9 Delimiter
0
* 10 Print labels
1
INPUTS 6
* Simulation Integration:Result of integration-1 ->Input to be printed-1
14,1
* Simulation Integration:Result of integration-2 ->Input to be printed-2
14,2
* Simulation Integration:Result of integration-3 ->Input to be printed-3
14,3
* Simulation Integration:Result of integration-4 ->Input to be printed-4
14,4
* Efficiencies:EtaColl ->Input to be printed-5
EtaColl
* Efficiencies:FSol ->Input to be printed-6
FSol
*** INITIAL INPUT VALUES
IColl QuColl QDHW QAux EtaColl FSol
*** External files
ASSIGN "Totals.txt" 34
*|? Which file should contain the printed results? You can use the deck filename by entering "***", e.g. "***.out", or "***.dat" |1000
*------------------------------------------------------------------------------
* Model "TYPE5g" (Type 5)
*
UNIT 19 TYPE 5 TYPE5g
*$UNIT_NAME TYPE5g
*$MODEL .\Heat Exchangers\Shell and Tube\TYPE5g.tmf
*$POSITION 520 285
*$LAYER Main #
PARAMETERS 4
* 1 Shell and Tube mode
7
* 2 Specific heat of hot side fluid
4.19
* 3 Specific heat of cold side fluid
4.19
* 4 Number of Shell Passes
0
INPUTS 5
* Collectors:Outlet temperature ->Hot side inlet temperature
3,1
* Collectors:Outlet flowrate ->Hot side flow rate
3,2
* Pump:Outlet fluid temperature ->Cold side inlet temperature
4,1
* Pump:Outlet flow rate ->Cold side flow rate
4,2
* [unconnected] Overall heat transfer coefficient of exchanger
0,0
*** INITIAL INPUT VALUES
20.0 100.0 20.0 100.0 10.0
*------------------------------------------------------------------------------
END
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-------------- next part --------------
TRNSYS - the TRaNsient SYstem Simulation program
The Solar Energy Lab at the University of Wisconsin - Madison, USA
Le Centre Scientifique et Technique du Batiment, Sophia Antipolis, France
Transsolar Energietechnik GmBH, Stuttgart, Germany
Thermal Energy System Specialists, Madison Wisconsin, USA
Release 16.00.0037
Listing file for: "C:\Users\Asus\Desktop\project\SDHW.dck"
*** Notice at time : 0.000000
Generated by Unit : Not applicable or not available
Generated by Type : Not applicable or not available
Message : The TRNSYS Executable (TRNExe.exe) and main DLL (TRNDll.dll) are located in "C:\Program Files (x86)\Trnsys16\Exe"
*** Pre-Processing the TRNSYS EQUATIONs and CONSTANTs to check for fatal errors.
*** Pre-Processing of EQUATIONs and CONSTANTs completed with no fatal errors found.
*** Evaluating the EQUATIONs and CONSTANTs to determine their initial values.
*** Finished evaluating the EQUATIONs and CONSTANTs and ready to begin processing the remainder of the TRNSYS input file.
VERSION 16
*******************************************************************************
*** TRNSYS input file (deck) generated by TrnsysStudio
*** on Friday, July 12, 2013 at 15:19
*** from TrnsysStudio project: C:\Users\Asus\Desktop\project\PROJECT - Copy.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:iisibat at cstb.fr
***
*******************************************************************************
*******************************************************************************
*** Units
*******************************************************************************
*******************************************************************************
*** Control cards
*******************************************************************************
* START, STOP and STEP
CONSTANTS 3
START=3624
STOP=5088
STEP=0.25
* User defined CONSTANTS
* SIMULATION Start time End time Time step
SIMULATION 3.6240000000000000E+03 5.0880000000000000E+03 2.5000000000000000E-01
* Integration Convergence
TOLERANCES 1.0000000000000002E-03 1.0000000000000002E-03
* Max iterations Max warnings Trace limit
LIMITS 30 30 31
* TRNSYS numerical integration solver method
DFQ 1
* TRNSYS output file width, number of characters
WIDTH 80
* NOLIST statement
LIST
* MAP statement
MAP
* Solver statement Minimum relaxation factor Maximum relaxation factor
SOLVER 0
1.000000000000000
1.000000000000000
* DEBUG statement
NAN_CHECK 0
OVERWRITE_CHECK 0
* EQUATION SOLVER statement
EQUATION SOLVING METHOD 1
* Model "Load profile" (Type 14)
*
UNIT 9 TYPE 14 Load profile
*$UNIT_NAME Load profile
*$MODEL .\Utility\Forcing Functions\General\TYPE14h.tmf
*$POSITION 99 501
*$LAYER Main #
PARAMETERS 28
* 1 Initial value of time
* 2 Initial value of function
* 3 Time at point-1
* 4 Value at point -1
* 5 Time at point-2
* 6 Value at point -2
* 7 Time at point-3
* 8 Value at point -3
* 9 Time at point-4
* 10 Value at point -4
* 11 Time at point-5
* 12 Value at point -5
* 13 Time at point-6
* 14 Value at point -6
* 15 Time at point-7
* 16 Value at point -7
* 17 Time at point-8
* 18 Value at point -8
* 19 Time at point-9
* 20 Value at point -9
* 21 Time at point-10
* 22 Value at point -10
* 23 Time at point-11
* 24 Value at point -11
* 25 Time at point-12
* 26 Value at point -12
* 27 Time at point-13
* 28 Value at point -13
0.0000000000000000E+00 0.0000000000000000E+00 7.0000000000000000E+00 0.0000000000000000E+00 7.0000000000000000E+00
5.6000000000000019E-05 9.0000000000000000E+00 5.6000000000000019E-05 9.0000000000000000E+00 0.0000000000000000E+00
1.1000000000000000E+01 0.0000000000000000E+00 1.1000000000000000E+01 2.8000000000000006E-05 1.3000000000000000E+01
2.8000000000000006E-05 1.3000000000000000E+01 0.0000000000000000E+00 1.8000000000000000E+01 0.0000000000000000E+00
1.8000000000000000E+01 2.8000000000000006E-05 2.2000000000000000E+01 2.8000000000000006E-05 2.2000000000000000E+01
0.0000000000000000E+00 2.4000000000000000E+01 0.0000000000000000E+00
*------------------------------------------------------------------------------
* EQUATIONS "Daily load"
*
EQUATIONS 2
! Multiply by daily consumption
mdDHW = [9,1] * 200
TCold = 15
*$UNIT_NAME Daily load
*$LAYER Main
*$POSITION 235 501
*------------------------------------------------------------------------------
* Model "Weather" (Type 109)
*
UNIT 2 TYPE 109 Weather
*$UNIT_NAME Weather
*$MODEL .\Weather Data Reading and Processing\Standard Format\TMY2\Type109-TMY2.tmf
*$POSITION 103 129
*$LAYER Weather / Data Files #
PARAMETERS 4
* 1 Data Reader Mode
* 2 Logical unit
* 3 Sky model for diffuse radiation
* 4 Tracking mode
2.0000000000000000E+00 3.6000000000000000E+01 4.0000000000000000E+00 1.0000000000000000E+00
INPUTS 3
* [unconnected] Ground reflectance
* [unconnected] Slope of surface
* [unconnected] Azimuth of surface
CONST CONST CONST
*** INITIAL INPUT VALUES
2.0000000000000001E-01 4.5000000000000000E+01 0.0000000000000000E+00
*** External files
*** Fatal Error at time : 0.000000
Generated by Unit : Not applicable or not available
Generated by Type : Not applicable or not available
TRNSYS Message 350 : Unable to open the file associated with an ASSIGNED logical unit number. Please check the ASSIGN statement and make sure that the file exists at the specified location
Reported information : Logical Unit = 36, FileName = ..\..\Weather\Meteonorm\Europe\CH-Zuerich-Kloten-66700.tm2
*********************************************************************************************************
The Following UNIT Numbers, TYPE Numbers, and Logical Units Were Used in the Supplied TRNSYS Input File:
4
6
9
36
*********************************************************************************************************
Total TRNSYS Calculation Time: 0.9400 Seconds
TRNSYS Time Breakdown by Unit Number
TRNSYS Time Breakdown by Type Number
Total Calculation Time Inside of the Types: 0.0000 Seconds
TRNSYS Iterative Call Breakdown by Unit Number