The Effect of Occupants’ Behaviour on the Building Performance Gap: UK Residential Case Studies

Studies have shown that the assumptions used to create dynamic thermal models of buildings do not reflect their actual energy use. Bridging the energy performance gap is vital in ensuring that a designed or retrofitted building meets the energy performance targets. Using thermal analysis simulation...

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Bibliographic Details
Published in:Sustainability 2022-02, Vol.14 (3), p.1362
Main Authors: Bahadori-Jahromi, Ali, Salem, Radwa, Mylona, Anastasia, Hasan, Agha Usama, Zhang, Hexin
Format: Article
Language:English
Subjects:
Construction
Demand
Dwellings
Energy
Energy consumption
Energy demand
Green buildings
Heating
Households
Investigations
Plugs
Residential areas
Retrofitting
Schedules
Simulation
Sustainability
Thermal analysis
Thermal simulation
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Summary:Studies have shown that the assumptions used to create dynamic thermal models of buildings do not reflect their actual energy use. Bridging the energy performance gap is vital in ensuring that a designed or retrofitted building meets the energy performance targets. Using thermal analysis simulation software TAS, this paper presents a simulation model of seven different UK single family houses. The results from the various models are validated by comparing the actual energy demand against the simulated consumption. The simulation results show that the heating set point has the greatest impact on the simulated energy demand. The results also demonstrate that the energy demand of the dwellings can be reduced by applying window opening schemes and by controlling the heating setpoint temperature and schedule. Plug load consumption is also considered by using plug load data of real UK households, as obtained from a longitudinal study, and calibrating the model based on average plug load contributions for the households. The results showed that, by increasing the heating set point and window opening schedules by 10% from self-reported data, and by considering an additional 12% for plug loads, the energy performance gap is reduced to less than >15% for all examined houses.
ISSN:2071-1050
2071-1050
DOI:10.3390/su14031362