Research Article
Development of Regression Models considering Time-Lag and Aerosols for Predicting Heating Loads in Buildings
Table 1
Weather data and aerosol data considered in this study.
| | Name | Units | Used by EnergyPlus |
| | Dry bulb temperature | °C | Provided by KMA | | Wet bulb temperature | °C | Calculated by equation | | Dew point temperature | °C | Provided by KMA | | Humidity ratio | g/m3 | Provided by KMA | | Relative humidity | % | Provided by KMA | | Atmospheric pressure | Pa | Provided by KMA | | Extraterrestrial horizontal radiation | Wh/m2 | Calculated by equation | | Extraterrestrial direct normal radiation | Wh/m2 | Calculated by equation | | Solar altitude | Degrees | Calculated by equation | | Horizontal infrared radiation intensity from the sky | Wh/m2 | Calculated by equation | | Global horizontal radiation | Wh/m2 | Provided by KMA | | Direct normal radiation | Wh/m2 | Calculated by equation | | Diffuse horizontal radiation | Wh/m2 | Calculated by equation | | Wind direction | Degrees | Provided by KMA | | Wind speed | m/s | Provided by KMA | | Total sky cover | Tenths | Provided by KMA | | Visibility | km | Provided by KMA | | Precipitable water | mm | Measured by AERONET | | Aerosol optical depth | Thousandths | Measured by AERONET |
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