B 1 MUL
  251.1
  123.1
  245.2
  252.1
   64.1

B 2 MUL
  237.1
  120.1

B 3 MUL
  194.1
  125.1

B 4 MUL
  238.1
  131.1
  118.1

B 5 MUL
  245.1
  213.1

B 6 MUL
  212.1
   67.1

B 7 MUL
  193.1
  124.1

B 8 MUL
  241.1
  117.1
  116.1

B 9 MUL
  250.1
   65.1

B 10 MUL
  256.1
  121.1

B 11 MUL
  139.1
   68.1

B 12 MUL
  258.1
  190.1
  214.1

B 13 MUL
  258.1
   12.1

B 14 MUL
  211.1
  138.1
  201.1
  137.1

B 15 MUL
  211.1
  138.1
  150.1

B 16 MUL
  211.1
  141.1

B 17 MUL
  138.1
  146.1

B 18 MUL
  216.1
   21.1

B 19 MUL
  142.1
  217.1

B 20 MUL
  236.1
  156.1
   71.1
   70.1

B 21 MUL
  201.1
  236.1

B 22 MUL
  236.1
  200.1
   71.1
   70.1

B 23 MUL
  138.1
  201.1
  135.1

B 24 MUL
  211.1
  201.1
  151.1

B 25 MUL
  201.1
  148.1

B 26 MUL
  218.1
  147.1

B 27 MUL
  140.1
  219.1

B 28 MUL
  202.1
  161.1

B 29 MUL
   28.1
  160.1

B 47 NOP
   57.1

B 48 NOP
    6.1

B 49 NOP
   62.1

B 50 NOP
    9.1

B 51 NOP
   56.1

B 52 NOP
   62.1

B 53 NOP
   54.1

B 54 NOP
  245.2

B 55 NOP
   18.1

B 56 NOP
  138.1

B 57 NOP
   56.1

B 58 NOP
  243.1

B 59 NOP
    9.1

B 60 SUM
    5.1
   10.1

B 61 SUM
  132.1
  235.2

B 62 SUM
   60.1
  184.1

B 63 SUM
   53.1
  183.1

B 64 SUM
  126.1
  181.1

B 65 SUM
  186.1
  191.1

B 66 SUM
   55.1
  182.1

B 67 SUM
   55.1
  185.1

B 68 SUM
  138.1
  187.1

B 69 SUM
   19.1
   16.1
   26.1
   17.1
   27.1
   25.1
   15.1
   24.1
   23.1
   14.1
  149.1

B 70 SUM
   13.1
  257.1

B 71 SUM
  253.1
  215.1

B 72 SUM
  188.1
  234.1

B 116 CONST
P 116
    $FuelEF          % Constant value

B 117 CONST
P 117
    300             % Constant value

B 118 CONST
P 118
    $FuelPrice       % Constant value

B 119 CONST
P 119
    $FuelLHV         % Constant value

B 120 CONST
P 120
    $TemperatureDifference % Constant value

B 121 CONST
P 121
    $BuildingSuppTemp % Constant value

B 122 CONST
P 122
    $AuxHeaterEfficiency % Constant value

B 123 CONST
P 123
    $Cp              % Constant value

B 124 CONST
P 124
    $ElecGridEF      % Constant value

B 125 CONST
P 125
    $ElectricityPrice % Constant value

B 126 CONST
P 126
    $BuildingSuppTemp % Constant value

B 127 CONST
P 127
    40              % Constant value

B 128 CONST
P 128
    $Cp              % Constant value

B 129 CONST
P 129
    $TemperatureDifference % Constant value

B 130 CONST
P 130
    12              % Constant value

B 131 CONST
P 131
    300             % Constant value

B 132 CONST
P 132
    10              % Constant value

B 133 CONST
P 133
    12              % Constant value

B 134 CONST
P 134
    5               % Constant value

B 135 CONST
P 135
    $a9              % Constant value

B 136 CONST
P 136
    2               % Constant value

B 137 CONST
P 137
    $a10             % Constant value

B 138 CONST
P 138
    $HPSupTemp       % Constant value

B 139 CONST
P 139
    $Cp              % Constant value

B 140 CONST
P 140
    $a5              % Constant value

B 141 CONST
P 141
    $a2              % Constant value

B 142 CONST
P 142
    $a1              % Constant value

B 143 CONST
P 143
    $HPDeactivationTemperature % Constant value

B 144 CONST
P 144
    $MaximumHPEnergyInput % Constant value

B 145 CONST
P 145
    $HPNominalCapacity % Constant value

B 146 CONST
P 146
    $a4              % Constant value

B 147 CONST
P 147
    $a3              % Constant value

B 148 CONST
P 148
    $a6              % Constant value

B 149 CONST
P 149
    $a11             % Constant value

B 150 CONST
P 150
    $a7              % Constant value

B 151 CONST
P 151
    $a8              % Constant value

B 152 CONST
P 152
    $HPReactivationTemperature % Constant value

B 153 CONST
P 153
    0               % Constant value

B 154 CONST
P 154
    2               % Constant value

B 155 CONST
P 155
    2               % Constant value

B 156 CONST
P 156
    $HPNominalCapacity % Constant value

B 157 CONST
P 157
    9               % Constant value

B 158 CONST
P 158
    0               % Constant value

B 159 CONST
P 159
    $MaximumHPEnergyInput % Constant value

B 160 CONST
P 160
    $Cp              % Constant value

B 161 CONST
P 161
    7.13            % Constant value

B 162 CONST
P 162
    $HPNominalCapacity % Constant value

B 163 CONST
P 163
    0.18            % Constant value

B 164 CUMC
  255.3
    7.1
    8.1

B 165 CUMC
  255.3
    3.1
    4.1

B 166 CUMC
  255.2
    3.1
    4.1

B 167 CUMC
  255.3
  259.1

B 168 CUMC
  255.2
    7.1
    8.1

B 169 CUMC
  255.2
  259.1

B 170 CUMC
  255.2
  242.1

B 171 CUMC
  255.3
  242.1

B 172 CUMC
  255.4
  242.1

B 181 CHS
  245.1

B 182 CHS
   48.1

B 183 CHS
   59.1

B 184 CHS
  129.1

B 185 CHS
  191.1

B 186 CHS
   18.1

B 187 CHS
  232.1

B 188 CHS
  203.1

B 189 GE
  243.1
  143.1
P 189
    0               % Error tolerance

B 190 GE
  243.1
  152.1
P 190
    0               % Error tolerance

B 191 DIV
  220.1
    2.1

B 192 DIV
    1.1
  122.1

B 193 DIV
   22.1
  130.1

B 194 DIV
   22.1
  133.1

B 195 DIV
  192.1
  119.1

B 196 DIV
  144.1
  145.1

B 197 DIV
  260.1
   11.1

B 198 DIV
   20.1
   22.1

B 199 DIV
  210.1
  210.2

B 200 DIV
  156.1
   69.1

B 201 DIV
  197.1
  236.1

B 202 DIV
  159.1
  162.1

B 203 DIV
  159.1
   29.1

B 204 CUM
    8.1

B 205 CUM
  259.1

B 206 CUM
    7.1

B 207 CUM
    3.1

B 208 CUM
    4.1

B 209 CUM
  242.1

B 210 CUM
   20.1
   22.1

B 211 HXS
   72.1
   28.1
  254.2
  163.1
P 211
    1               % Mode
    5000            % Overall heat transfer coefficient
    1007            % Specific heat of side 1 fluid
    1007            % Specific heat of side 2 fluid

B 212 GT
   55.1
  191.1

B 213 GT
  245.1
  121.1

B 214 GT
  233.1
  158.1

B 215 GT
  255.2
  157.1

B 216 GT
   20.1
  153.1

B 217 EXPG
  211.1
  154.1

B 218 EXPG
  138.1
  136.1

B 219 EXPG
  201.1
  155.1

B 220 READ
P 220
    1               % Number of values to be read per record
    0               % Number of records to be skipped on the first call
    $HeatingDemand % File name
    '*'             % Fortran format

B 221 READ
P 221
    1               % Number of values to be read per record
    0               % Number of records to be skipped on the first call
    $WaterTemperature % File name
    '*'             % Fortran format

B 222 WRITE
  165.1
  165.2
  165.3
P 222
    2               % Mode
    $fileOut7 % File name
    '*'             % Fortran format

B 223 WRITE
  255.1
  255.2
  255.3
  255.4
  255.5
   20.1
  220.1
   18.1
  191.1
    6.1
   66.1
   51.1
   50.1
   58.1
  245.2
  245.1
  195.1
  240.1
   54.1
   60.1
   62.1
   59.1
   52.1
   63.1
   49.1
   48.1
  243.4
  244.2
  244.1
  243.1
  243.2
  243.3
  243.4
  243.5
   22.1
  198.1
  235.2
    3.1
    4.1
    7.1
    8.1
P 223
    2               % Mode
    $fileOut1 % File name
    '*'             % Fortran format

B 224 WRITE
  167.1
  167.2
P 224
    2               % Mode
    $fileOut9 % File name
    '*'             % Fortran format

B 225 WRITE
  164.1
  164.2
  164.3
P 225
    2               % Mode
    $fileOut2 % File name
    '*'             % Fortran format

B 226 WRITE
  166.1
  166.2
  166.3
P 226
    2               % Mode
    $fileOut3 % File name
    '*'             % Fortran format

B 227 WRITE
  169.1
  169.2
P 227
    2               % Mode
    $fileOut4 % File name
    '*'             % Fortran format

B 228 WRITE
  168.1
  168.2
  168.3
P 228
    2               % Mode
    $fileOut5 % File name
    '*'             % Fortran format

B 229 WRITE
  171.1
  171.2
P 229
    2               % Mode
    $fileOut6 % File name
    '*'             % Fortran format

B 230 WRITE
  170.1
  170.2
P 230
    2               % Mode
    $fileOut8 % File name
    '*'             % Fortran format

B 231 WRITE
  255.1
  255.2
  255.3
  172.1
  172.2
P 231
    2               % Mode
    $fileOut10 % File name
    '*'             % Fortran format

B 232 DELAY
  244.1
P 232
    25              % Initial value

B 233 DELAY
   20.1
P 233
    0               % Initial value

B 234 DELAY
  211.1
P 234
    10              % Initial value

B 235 GENGT2
  262.1
  262.3
  262.4
  262.5
  262.7
  262.8
  255.1
  255.2
  255.3
  255.4
P 235
    45.5            % Latitude
    -73.62          % Longitude
    -5              % UTC Time zone
    1               % Variance factor of the Gordon Reddy correlation
    0               % Year-to-year variability
    0.3             % Autocorrelation coefficient lag one
    0.171           % Autocorrelation coefficient lag two
    4711            % Initialisation of random number generator
    2               % Maximum allowed mean temperature deviation
    100             % Maximum number of iterations

B 236 INT
  196.1

B 237 ATT
  128.1
P 237
    1000            % Attenuation factor a

B 238 ATT
  195.1
P 238
    $FuelDensity     % Attenuation factor a

B 239 ATT
  195.1
P 239
    $FuelDensity     % Attenuation factor a

B 240 ATT
    1.1
P 240
    1000            % Attenuation factor a

B 241 ATT
  195.1
P 241
    $FuelDensity     % Attenuation factor a

B 242 ATT
   22.1
P 242
    12              % Attenuation factor a

B 243 TANKST
   47.1
   48.1
   52.1
   59.1
   61.1
  261.1
P 243
    $TESCapacity     % Tank volume
    4               % Number of temperature nodes
    $TESDiameter     % Tank diameter
    $Cp              % Specfic heat of fluid
    $Rhow            % Fluid density
    0               % Overall heat-loss coefficient
    1               % Effective heat conductivity
    30              % Initial tank temperature

B 244 MIXER           % Point 11
  243.4
    6.1
   49.1
   63.1

B 245 MIXER           % Point 5
   51.1
   66.1
   58.1
   50.1

B 250 LT
   18.1
  191.1

B 251 LT
   18.1
  191.1

B 252 LT
  245.1
  127.1

B 253 LT
  255.2
  134.1

B 254 UBHLOSS
  221.1
  163.1
P 254
    95              % bp1
    0.5             % bp2
    0.05            % bp3
    3               % bp4
    4200            % bp5
    981             % bp6
    5               % bp7
    20              % bp8
    60              % bp9

B 255 CLOCK
P 255
    $StartYear       % Start year
    $StartMonth      % Start month
    $StartDay        % Start day
    $StartHour       % Start hour
    $StartMinute     % Start minute
    $StartSecond     % Start second
    $EndYear         % End year
    $EndMonth        % End month
    $EndDay          % End day
    $EndHour         % End hour
    $EndMinute       % End minute
    $EndSecond       % End second
    5               % Increment
    'm'             % Unit

B 256 INV
  213.1

B 257 INV
  190.1

B 258 INV
  189.1

B 259 GAIN
  239.1
P 259
    300             % Gain factor g

B 260 GAIN
  144.1
P 260
    1000            % Gain factor g

B 261 SOY
  255.1
  255.2
  255.3
  255.4
  255.5
  255.6

B 262 MTM2
  255.2
P 262
    'Montreal'      % Location

B 263 MAXX
  236.1

