Update BESTEST cases based on the changes in ASHRAE 140 version 2020

[JayHuLBL]

There are following changes from version 2017 to version 2020:

• in case 600FF
  • the infiltration rate should be adjusted for the altitude (1650 m), change the rate from 0.5 ACH to 0.414 ACH.
  • exterior surface texture should change from medium to rough
  • the Buildings.ThermalZones.Detailed.Validation.BESTEST.Data.Win600, some windows properties have changed:
    • thickness changed from 3.175mm to 3.048mm
    • the air gap changed from 13 mm to 12 mm
    • the thermal conductivity changed from 1.06 to 1 W/m.K
    • the solar transmittance changed from 0.86156 to 0.834
    • the solar reflectance changed from 0.0434 to 0.075
    • the Infrared absorptivity changed from 0.9 to 0.84
    • the u-value of the frame changed from 3 to 2.1
• in case 640:
  • From 8:00 hours to 23:00 hours, same
  • from 23:00 hours to 7:00 hours, same,
  • but from 7:00 hours to 8:00 hours, different: the thermostat set point shall vary linearly with time from 10°C to 20°C.
• in case 650, 650FF, 950 and 950FF:
  • the ventilation fan capacity is 1700 (not 1703.16) m3/h, and then adjusted for the altitude (1650 m). The value becomes 1409 m3/h
• new cases since version 2020:
  • case 660: same as case 600, but with low-e window
  • case 670: same as case 600, but with single pane window
  • case 680: same as case 600, with increased wall and roof insulation
  • case 685: same as case 600, but with "20,20" Tstat (Heat=ON if Temp.>20 degC, Cool=ON if Temp.>20 degC)
  • case 695: same as case 680, but with increased wall and roof insulation with "20,20" test
  • case 680FF: same as case 680 but without mechanical heating and cooling
  • case 980: same as case 900, but with increased wall and roof insulation
  • case 985: same as case 900, but with "20,20" Tstat
  • case 995: same as 980, but with increased wall and roof insulation with "20,20" test
  • case 980FF: same as case 980, but without mechanical heating and cooling

[JayHuLBL]

Update:

• the weather data changed from 724690 to 725650. See EnergyPlus weather data for Denver
• the thermal conductivity of the air-gap in the double-pane window should change with temperature. Currently it is constant. We can set the roo.linearizedRadiation in class Buildings.ThermalZones.Detailed.Validation.BESTEST.Cases6xx.Case600FF from true (default) to false.
• the floor is the raised floor. It assumes that the below floor air has the same temperature as ambient, but the wind speed is zero.
• the convective heat transfer coefficient of the interior window surface should be 2.4 W/m2.K. We currently assumes it to be 4 W/m2.k (see Buildings.HeatTransfer.Windows.BaseClasses.InteriorConvectionCoefficient). -- This constant coefficient was used for the glass area with interior shade. For the BESTEST cases, there is no interior shade. So the coefficient has no impact on the results.