Automating Behavior? An Experimental Living Lab Study on the Effect of Smart Home Systems and Traffic Light Feedback on Heating Energy Consumption

Journal Title: Current Journal of Applied Science and Technology - Year 2017, Vol 22, Issue 4

Abstract

In the face of growing popularity of eco-feedback innovations, recent studies draw attention to the relevance of the human factor for a more effective design of eco-feedback. This paper explores these challenges more deeply by employing a mixed methods approach. We provide in-situ insights from a Living Lab experiment on the effect of smart home systems and traffic light feedback on heating energy consumption in private households. Our results from an interrupted time series analysis of logged data on indoor room temperature, CO2 concentration and consumption of natural gas show that the interventions do not affect heating as expected, neither for automating behaviour via high-tech smart home systems nor via low-tech traffic light feedback. Smart home systems do not promise a significant reduction of heating energy consumption and a traffic light feedback on indoor air quality does not lead to a reaction of indoor CO2 concentrations, but may reduce heating energy consumption. Qualitative interviews on heating practices of participants suggests that comfort temperatures, lack of competences and inert heating systems do override expected effects of the feedback interventions. We propose that high-tech smart home systems should carefully consider the handling competences of users. Low-tech feedback products on the other hand should by design stronger address user experience factors like comfort temperatures.

Authors and Affiliations

Johannes Buhl, Marco Hasselkuß, Paul Suski, Holger Berg

Keywords

Related Articles

Diversified Traditional Wooden Implements Used in Agriculture and Animal Husbandry Practices in Ladakh

The traditional wooden tools are the necessities of the daily life of the people of Ladakh region and are linked directly with geographical conditions of the region. A lot of diversity in the wooden tools used by the tri...

Socio-economic Determinants of Poverty in Malaria Endemic Areas of Kenya

Background: Poverty is a major issue in Kenya and even though there has been a remarkable economic growth, it has still not led to a significant poverty reduction in the country. Objective: This study examined the factor...

Challenges and Prospects of Enforcement of Environmental Laws in Port Harcourt Metropolis Rivers State, Nigeria

This study examined the challenges and prospects of enforcement of environmental laws in Port Harcourt Metropolis, Rivers State. For the purpose of data collection, the research survey or descriptive method was adopted....

Investigation of Aba River Contamination Using Eichhornia crassipes as Bio-indicator

The seasonal variation of heavy metal contamination levels in Aba River of Abia State in Nigeria was investigated using Eichhornia crassipies. Routine sampling was performed on bi-monthly bases to cover the Nigerian Rain...

Numerical Prediction of Ammoniacal Nitrogen Concentrations Profile in Soil within the Vicinity of Soluos Dumpsite in Lagos State, Nigeria

The presence of pollutants in soil is a threat not only to human life but also to surface and groundwater integrity as well as the vegetations in the area. This work was carried out to predict the ammonia nitrogen concen...

Download PDF file
  • EP ID EP318399
  • DOI 10.9734/CJAST/2017/34414
  • Views 115
  • Downloads 0

How To Cite

Johannes Buhl, Marco Hasselkuß, Paul Suski, Holger Berg (2017). Automating Behavior? An Experimental Living Lab Study on the Effect of Smart Home Systems and Traffic Light Feedback on Heating Energy Consumption. Current Journal of Applied Science and Technology, 22(4), 1-18. https://europub.co.uk/articles/-A-318399