Abstract

The Research Centre for Zero Emission Neighbourhoods in Smart cities has established a concept for living labs. Central to the concept is an experimental format that offers some control over the social and physical environment, as well as opportunities to observe and engage during a limited period. According to Bulkeley et al. 2018, an experiment offers a means to make sense of the present whilst also providing a vision of the future [1]. The paper asks, what are the implications for users when engaging with experiments and presents results from a ZEN living lab experiment that took place at Campus Evenstad in Hedmark, Norway.Technical management at Evenstad proposed the experiment, they wanted to test if it was possible to reduce campus energy consumption and the starting point was the old administration building, which has the highest energy consumption on campus. The energy use reduction was to be achieved by turning off the building’s heating and ventilation systems during a limited four-week period. This took place in July 2018, when the building users were expected to be on holiday or doing fieldwork. A workshop to anchor the experiment among building users took place a month before the experiment started. During the workshop challenges associated with the experiment and with the building, for users, became apparent. However, building users agreed to participation in the experiment because they saw it as an opportunity to highlight what they understood as necessary changes to the building. The experiment achieved the energy saving potential that the building managers envisioned, but the results for the building users are less tangible.From a pragmatist approach, living labs and their experiments are about providing solutions, but the Evenstad example highlights the challenge of providing tangible solutions and how we engage users with more intangible future solutions. We discuss therefore the limitations and potentials associated with the experimental format. Moving beyond demonstrating what a sustainable future should look like and include [1p.1], and instead noting opportunities for the translation of societal learning into concrete actions that serve the user groups engaged as well as demonstrating, the potential to influence wider sustainable transitions.

Highlights

  • Living labs are a means to “gain experience, demonstrate and test ideas”, that have the potential to be scaled up across systems [2]

  • The paper asks, what are the implications for users when engaging with experiments and presents results from a Zero Emission Neighbourhoods in Smart Cities (ZEN) living lab experiment that took place at Campus Evenstad in Hedmark, Norway

  • In a ZEN living lab, the focus is on securing engagement with the development of zero emission technologies or neighbourhoods, the challenge is to connect ZEN aims with the aims of the user groups associated with pilot neighbourhood

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Summary

Introduction

Living labs are a means to “gain experience, demonstrate and test ideas”, that have the potential to be scaled up across systems [2]. Lab includes a larger and more complex physical, social and political context and a wider range og user groups than a technical and innovation based living lab [3] Certain qualities characterise both the two main kinds of living labs, these qualities have inspired the ZEN concept. A living lab should, according to Pierson and Lievens 2005, ideally be “an experimental field” that deals with a social and technical challenge, have clear goals and structure and take place within the framework of everyday life [4] This is relevant for the ZEN Centre because it requires the means of bridging the gap between the technical and social context within the pilot projects. Time-frame and roles associated with the activity

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