The numerical average of responses was 5.02.
They including four meteorological factors (i.e., monthly average temperature, monthly average relative humidity, monthly cumulative rainfall, and monthly total sunshine).
These data included monthly average air temperature, monthly precipitation, and monthly sunshine hours.
10 variables of U-factor, SHGC, emissivity, visible transmittance, monthly average dry bulb temperature, monthly average percent humidity, monthly average wind speed, monthly average direct solar radiation, monthly average diffuse solar radiation and orientation constituted the parameters considered in the calculation of cooling and heating loads of the case.
Abbreviations: MEI, Multivariate ENSO index (monthly average); SLP, sea level pressure index (monthly average); Tmax, maximum daily temperature (monthly average); Tmin, minimum daily temperature (monthly average); Tmean, mean daily temperature (monthly average); Rh, relative humidity (monthly average); WDSP, wind speed (monthly average).
In addition, zero forecasts assuming no rainfall in the coming days, and monthly average forecasts assuming average monthly rainfall in the coming days, were used.
Average hourly energy flows are estimated from a knowledge of array test parameters, monthly average hourly ambient temperature and monthly average daily hemispherical radiation.
Annual mean value (coldest monthly average low temperature to warmest monthly average high temperature).
Monthly average temperatures were 3 4 °C lower than long-term averages.
The information is given either as daily, monthly average global solar radiation, or daily, monthly average insolation.
**Annual mean value (driest monthly relative humidity average to most humid monthly relative humidity average).
