Users’ impact on domestic energy consumption

Smart wearable

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The goal of this project is to improve the understanding of the impact of users on domestic energy use by conducting a pilot study in the HSB Living Lab. The aim is to develop a methodology to study the impact of occupants’ physiological and behavioural responses on their home’s energy use. The objectives of the project are to develop and test a questionnaire to collect information on occupants’ perceived behaviours and responses to the indoor environment (use of thermostats, windows, other HVAC controls); to test non-intrusive methods (e.g. wearable sensors) of occupants’ physiological, psychological and behavioural responses to thermal stimuli; to analyse the impact of occupants on energy consumption through comparison of the occupant data (questionnaire responses and wearable sensor data) with the homes’ indoor climate and energy data collected in the HSB Living Lab; and to explore the possible reasons of user behaviour to the thermal environment from the physiological and psychological aspects. 

Quan Jin
Quan Jin
Senior researcher

Quan Jin is Senior Researcher in the research group Sustainable Building at the Division of Building Technology, and in the Area of advance Energy. She conducts research on indoor environmental quality from multiple disciplinary perspectives, and their impact on building energy efficiency and occupant health and comfort. The goal is to create tools and knowledge to improve human well-being and productivity in sustainable buildings while minimizing the energy consumption.

Holger Wallbaum
Holger Wallbaum
Full Professor, Vice-Head of Department and Vice-Dean for Research

Holger is a Full Professor in sustainable building at the Division of Building Technology, research group Sustainable Building, and in the Area of advance Building Futures. Holger works within sustainable building on concepts, tools and strategies to enhance the sustainability performance of construction materials, building products, buildings as well as entire cities.