Master in Engineering Design 1. Introduction. 2. Work Description - In+

Design Weather Parameters & MSHGs
Design Parameters:
City Name ................................................................................. Lisbon
Location ................................................................................. Portugal
Latitude ......................................................................................... 38.4 Deg.
Longitude ........................................................................................ 9.1 Deg.
Elevation ....................................................................................... 10.0 m
Summer Design Dry-Bulb ............................................................. 32.0 °C
Summer Coincident Wet-Bulb ....................................................... 20.8 °C
Summer Daily Range .................................................................... 10.5 °K
Winter Design Dry-Bulb ................................................................... 3.5 °C
Winter Design Wet-Bulb .................................................................. 2.3 °C
Atmospheric Clearness Number ................................................... 1.00
Average Ground Reflectance ........................................................ 0.20
Soil Conductivity ......................................................................... 1.385 W/(m-°K)
Local Time Zone (GMT +/- N hours) ................................................ 0.0 hours
Consider Daylight Savings Time ..................................................... No
Simulation Weather Data ............................................... Lisbon (TRY)
Current Data is .............................................................. User Modified
Design Cooling Months .................................... January to December
Design Day Maximum Solar Heat Gains:
(The MSHG values are expressed in W/m² )
Month N NNE NE ENE E ESE SE SSE S
January 30.1 30.1 30.1 127.4 234.9 309.6 362.1 376.6 375.0
February 36.5 36.5 85.0 184.1 289.7 348.5 370.5 361.6 350.6
March 43.6 43.6 149.8 256.1 319.7 356.6 344.2 313.5 296.9
April 53.8 116.0 220.5 305.9 354.2 348.5 315.4 259.7 231.3
May 62.5 174.2 277.1 338.0 368.6 343.9 285.6 210.8 174.8
June 90.6 219.6 326.1 387.3 409.5 370.7 297.1 206.1 165.9
July 96.5 265.0 406.1 508.4 546.2 502.2 419.8 307.2 255.2
August 87.0 177.4 323.4 458.8 525.2 518.2 467.8 385.1 343.8
September 64.6 64.6 189.4 343.2 438.7 480.5 475.3 434.4 411.9
October 45.9 45.9 87.0 230.5 329.9 407.3 430.7 423.6 414.2
November 30.7 30.7 30.7 121.3 229.7 309.4 354.2 367.3 370.3
December 27.4 27.4 27.4 97.7 209.6 288.3 350.4 372.9 376.7
Month SSW SW WSW W WNW NW NNW HOR Mult
January 373.9 356.6 316.3 228.4 130.5 30.1 30.1 209.3 0.47
February 362.1 370.9 343.8 290.1 195.8 76.8 36.5 276.6 0.47
March 316.6 348.6 353.7 326.7 249.2 153.1 43.6 338.7 0.47
April 260.7 315.6 352.0 353.3 300.9 225.2 112.9 403.7 0.50
May 211.1 285.3 344.9 367.3 340.3 278.2 172.2 448.0 0.53
June 206.9 295.6 373.2 405.0 392.3 328.2 213.7 510.3 0.60
July 309.3 418.0 509.8 538.9 509.7 414.6 254.0 667.1 0.80
August 388.0 469.1 523.0 524.7 447.8 337.0 172.0 609.9 0.77
September 433.7 474.4 481.9 437.2 343.8 192.4 64.6 467.9 0.67
October 423.3 431.8 408.7 334.1 222.5 97.8 45.9 331.1 0.57
November 369.9 356.2 303.5 231.9 119.1 30.7 30.7 209.4 0.47
December 371.5 350.2 290.3 210.3 90.1 27.4 27.4 181.1 0.47
Mult. = User-defined solar multiplier factor.