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[EnergyPlus_Support] Slab auxiliary program calculation



I am trying to use the Slab auxiliary program to generate the ground temps beneath the slab in my building. I am using the weather file AUS_NSW.Sydney_RMY.epw and my idf fiile is copied below (modified from the example). The program starts and gets up to Autosize Grid then something about files and just closes. There is no GER file generated and the OUT file looks fine to me but the GPT file is blank. Any ideas what is going on?

Thanks a lot for your help,
Phil.


!-NOTE: All comments with '!-' are ignored by the IDFEditor and are generated automatically.
!-      Use '!' comments if they need to be retained when using the IDFEditor.


!-   ===========  ALL OBJECTS IN CLASS: MATERIALS ===========

Materials,
    2,                       !- NMAT: Number of materials
    0.158,                   !- ALBEDO: Surface Albedo: No Snow
    0.379,                   !- ALBEDO: Surface Albedo: Snow
    0.9,                     !- EPSLW: Surface Emissivity: No Snow
    0.9,                     !- EPSLW: Surface Emissivity: Snow
    0.75,                    !- Z0: Surface Roughness: No Snow
    0.03,                    !- Z0: Surface Roughness: Snow
    6.13,                    !- HIN: Indoor HConv: Downward Flow {W/m2-K}
    9.26;                    !- HIN: Indoor HConv: Upward {W/m2-K}


!-   ===========  ALL OBJECTS IN CLASS: MATLPROPS ===========

MatlProps,
    2300,                    !- RHO: Slab Material density {kg/m3}
    1300,                    !- RHO: Soil Density {kg/m3}
    659,                     !- CP: Slab CP {J/kg-K}
    1046,                    !- CP: Soil CP {J/kg-K}
    0.753,                   !- TCON: Slab k {W/m-K}
    0.837;                   !- TCON: Soil k {W/m-K}


!-   ===========  ALL OBJECTS IN CLASS: BOUNDCONDS ===========

BoundConds,
    TRUE,                    !- EVTR: Is surface evapotranspiration modeled
    False,                    !- FIXBC: is the lower boundary at a fixed temperature
    ,                      !- TDEEPin: User input lower boundary temperature if FIXBC is TRUE
    False,                   !- A3 USRHflag: Is the ground surface h specified by the user? 
    ;                        !- N2:User specified ground surface heat transfer coeff: W/(m2 K)  
  
!-   ===========  ALL OBJECTS IN CLASS: BLDGPROPS ===========

BldgProps,
    10,                      !- IYRS: Number of years to iterate
    0,                       !- Shape: Slab shape
    2.8,                       !- HBLDG: Building height {m}
    24,                      !- TIN1: January Indoor Average temperature set point {C}
    24,                      !- TIN2: February Indoor Average temperature set point {C}
    22,                      !- TIN3: March Indoor Average temperature set point {C}
    22,                      !- TIN4: April Indoor Average temperature set point {C}
    22,                      !- TIN5: May Indoor Average temperature set point {C}
    20,                      !- TIN6: June Indoor Average temperature set point {C}
    20,                      !- TIN7: July Indoor Average temperature set point {C}
    20,                      !- TIN8: August Indoor Average temperature set point {C}
    22,                      !- TIN9: September Indoor Average temperature set point {C}
    22,                      !- TIN10: October Indoor Average temperature set point {C}
    22,                      !- TIN11: NovemberIndoor Average temperature set point {C}
    24,                      !- TIN12: December Indoor Average temperature set point {C}
    0,                       !- TINAmp: Daily sine wave variation amplitude {C}
    0.10;                    !- ConvTol: Convergence Tolerance


!-   ===========  ALL OBJECTS IN CLASS: INSULATION ===========

Insulation,
    0.,                      !- RINS: R value of under slab insulation {m2-K/W}
    0.,                      !- DINS: Width of strip of under slab insulation {m}
    0,                     !- RVINS: R value of vertical insulation {m2-K/W}
    0,                     !- ZVINS: Depth of vertical insulation {m}
    0;                       !- IVINS: Flag: Is there vertical insulation


!-   ===========  ALL OBJECTS IN CLASS: EQUIVSLAB ===========

EquivSlab,
    1.5,                      !- APRatio: The area to perimeter ratio for this slab {m}
    TRUE;                    !- EquivSizing:


!-   ===========  ALL OBJECTS IN CLASS: EQUIVAUTOGRID ===========

EquivAutoGrid,
    0.12,                     !- SLABDEPTH: Thickness of slab on grade {m}
    15,                      !- CLEARANCE: Distance from edge of slab to domain edge {m}
    15;                      !- ZCLEARANCE: Depth of region below slab, m





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