This paper proposes a method comprising procedures to calibrate an EnergyPlus whole building energy model. An occupant behavior data mining procedure is developed and tested in an office building. Workday occupancy schedules are generated by mining the office appliance energy consumption data. Hourly and monthly power, energy, and temperature data are collected and used for lighting, equipment and HVAC systems energy performance calibration. The result shows a 1.27% mean bias error for the total annual energy use intensity. The proposed calibration method provides a scientific and systematic framework to conduct high accuracy EnergyPlus model calibration
Currently, people in North America spend roughly 90% of their time indoors. Therefore, it is importa...
Building model calibration is critical in bringing simulated energy use closer to the actual consump...
Plug load energy consumption represents up to 40% of the total energy consumption in efficient build...
This paper proposes a method comprising procedures to calibrate an EnergyPlus whole building energy ...
This paper proposes a method comprising procedures to calibrate an EnergyPlus whole building energy...
The occupants’ health, comfort, and productivity are important objectives for green building design ...
Plug load and Heating Ventilation and Air Conditioning (HVAC) systems are the two largest energy con...
Building occupancy is a paramount factor in building energy simulations. Specifically, lighting, plu...
Detailed buildings energy audits require dynamic simulation models based on hourly input data. This...
AbstractLiterature studies confirm occupant behavior is setting the direction for contemporary resea...
Building performance simulation has been adopted to support decision making in the building life cyc...
Literature studies confirm occupant behavior is setting the direction for contemporary researches ai...
AbstractA large number of randomly interacting variables combine to dictate the energy performance o...
Urban building energy modeling (UBEM) is attracting increasing attention in the energy modeling file...
The current methods for simulating building energy consumption are often inaccurate, and the error c...
Currently, people in North America spend roughly 90% of their time indoors. Therefore, it is importa...
Building model calibration is critical in bringing simulated energy use closer to the actual consump...
Plug load energy consumption represents up to 40% of the total energy consumption in efficient build...
This paper proposes a method comprising procedures to calibrate an EnergyPlus whole building energy ...
This paper proposes a method comprising procedures to calibrate an EnergyPlus whole building energy...
The occupants’ health, comfort, and productivity are important objectives for green building design ...
Plug load and Heating Ventilation and Air Conditioning (HVAC) systems are the two largest energy con...
Building occupancy is a paramount factor in building energy simulations. Specifically, lighting, plu...
Detailed buildings energy audits require dynamic simulation models based on hourly input data. This...
AbstractLiterature studies confirm occupant behavior is setting the direction for contemporary resea...
Building performance simulation has been adopted to support decision making in the building life cyc...
Literature studies confirm occupant behavior is setting the direction for contemporary researches ai...
AbstractA large number of randomly interacting variables combine to dictate the energy performance o...
Urban building energy modeling (UBEM) is attracting increasing attention in the energy modeling file...
The current methods for simulating building energy consumption are often inaccurate, and the error c...
Currently, people in North America spend roughly 90% of their time indoors. Therefore, it is importa...
Building model calibration is critical in bringing simulated energy use closer to the actual consump...
Plug load energy consumption represents up to 40% of the total energy consumption in efficient build...