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Devices and strategies: An analysis of managing complexity in energy retrofit projects

机译:设备和策略:能源改造项目中管理复杂性的分析

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摘要

Energy retrofits in households are an important means of reducing energy consumption and mitigating climate change. However, energy retrofit rates have generally been lower than expected. As a key reason behind non-adoption, the complexity of energy retrofits can be challenging for adopters to handle. In this article, we study how suppliers and retrofit adopters seek to manage the complexity of an energy retrofit purchase. Using interview and mystery shopping data, the article analyses how the complexity is managed through a variety of complexity management devices (CMD) and complexity management strategies (CMS). We identify four complexity management devices, concretizations that help deal with energy retrofit complexity: characterisations, projections, comparisons and references. In addition, we identify four complexity management strategies for managing complexity: pre-exposure, choice simplification, outsourcing and championing. The contribution of the study is in highlighting the role of complexity management in energy retrofits and how CMDs and CMSs are involved in structuring energy retrofit offerings, business models and energy information. This, in turn, provides impetus for developing measures to ease the complexity of adoption.
机译:家庭能源改造是减少能源消耗和缓解气候变化的重要手段。但是,能源翻新率通常低于预期。作为不采用的关键原因,能源改造的复杂性对于采用者来说可能具有挑战性。在本文中,我们研究供应商和改装采用者如何寻求管理能源改装购买的复杂性。本文使用访谈和神秘购物数据,分析了如何通过各种复杂性管理设备(CMD)和复杂性管理策略(CMS)管理复杂性。我们确定了四种复杂性管理设备,即有助于解决能源改造复杂性的具体化:特征,预测,比较和参考。此外,我们确定了四种用于管理复杂性的复杂性管理策略:曝光前,简化选择,外包和拥护。该研究的目的在于强调复杂性管理在能源改造中的作用,以及CMD和CMS如何参与结构化能源改造产品,业务模型和能源信息的结构。反过来,这也为制定缓解采用复杂性的措施提供了动力。

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