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Coevolutionary framework [2] 

Coevolutionary framework [2] 

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Conference Paper
Full-text available
Sustainable and resilient urban systems require efficient and reliable infrastructure for supplying urban demands. However, resource-efficient infrastructure operation is rarely considered explicitly in urban sustainability and resilient studies. Our research investigates the transition of urban infrastructure operation away from supply of unmanage...

Context in source publication

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... series of case studies of alternative configurations that incorporate service-based practices have been analysed to identify the interactions between governance, business, end users and technologies that led to the success and the barriers to wider roll-out of the case study. These interactions were identified through the application of analytical frameworks from co- evolution and transitions theory. The enablers or barriers were then used to develop recommendations for governance that might support the wider adoption of alternative, resource-efficient service-oriented supply configurations at the urban level, and potentially beyond. This methodology is based on the process of building theory from case study research described by Eisenhardt and used extensively in social science research [11]. The key stages of the methodology applied at this stage of the research are described below. An initial definition of the research question is essential to set the focus for the research and supports identification of both potential case studies and the kind of data to be gathered during case study analysis. The principal research question for this stage of the research project was “How have alternative infrastructure operation configurations arisen, which are: simultaneously?” The aim of the case study analysis was to identify factors that contribute to the success of these alternative configurations to provide insight about the most effective points of influence for policy intervention. A number of constructs were used to “provide strong triangulated measures and a firmer empirical grounding for emergent theory” [11: p536]. These included “ How important was governance intervention at enabling the transition towards a more service-oriented, resource-efficient business model?” and “how A literature review was undertaken to identify examples of MUSCO-like infrastructure operation in the energy sector. Examples were gathered at a lower level of detail to inform selection. Case studies were chosen for theoretical, rather than statistical reasons. Ideally, examples of practice resembling MUSCOs would have been selected for detailed analysis. However, it was not possible to find any examples of full service-oriented business models that enabled integration between infrastructures. Therefore, two case studies were selected that had successfully implemented alternative operations that provided an example of some aspects of MUSCos, such as demand management, or resource efficiency energy generation. Examples were selected that were initiated by different partners to assess the potential to replicate or extend emergent theory. Multiple data collection methods were used to strengthen the grounding of theory development (through triangulation of evidence) and develop a synergistic view of evidence. Relevant literature was examined in more detail and a timeline designed for each case study showing the events that defined the case study. The timeline provided a deeper understanding of the evolution of internal and external factors that led to the success of the alternative mode of operation. The observed structure of the agents and assets involved in the alternative mode of operation was mapped and compared with the structure of a mainstream business. The mapping exercise provided a clearer insight into the relationships and interactions that contribute to the emergence of the case study within the mainstream. This yielded insights into the preconditions for successful evolution of throughput-based business models into service- based models, which provides early indications of potential policy interventions that could bring about more resource efficient, service oriented infrastructure operation. In order to generate and collect additional, primary data, a number of semi-structured interviews were conducted for case studies. Participants included utility managers, project managers and academic experts. Foxon’s co-evolutionary framework was used to structure high-level interview questions to ensure that all relevant interactions were identified which led to the emergence of alternative modes of operation within the mainstream [2]. Foxon’s framework identifies five different systems that co-evolve to instigate transitions; namely ecosystems, institutions, user practices, business strategies and technologies (See figure 1). Each of these five systems is treated “as a system that evolves under its own dynamics, but in which this evolution both influences and is influenced by the dynamics in the other systems through causal interactions.” [2: ...

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... Such interactions happen at multiple levels (Geels, 2011Geels, , 2012) implying that physical infrastructure does not only have a supporting role, but stands in complex interrelation with socio-economic-ecological systems. Governance of interconnected infrastructure systems is therefore an often underestimated but particularly difficult task (Roelich et al., 2013 ). End-use service demand stands at the origin of these interconnections, since some end-use services (e.g. ...
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... Multi-Utility Service Companies, or MUSCos, the new type of actor we described in the introduction could contribute to this transition since they are: centred on the end-user and their demand for services; concerned with implementing resource efficiency improvements; and take into account multiple utility streams simultaneously. The widespread adoption of a MUSCo configuration is currently constrained by a number of barriers including lack of trust and experience, lock-in to mainstream technologies and operation modes, high transaction costs associated with creating and monitoring contracts and the fragmented and entrenched regulatory and policy framework (Roelich et al., 2013). There is a need for innovative research involving partnerships between academia, localities and industry, which investigates particular aspects of the challenge, but hopefully builds towards a system-wide transition. ...
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Infrastructure is a means to an end: it is built, maintained and expanded in order to enable the functioning of society. Present infrastructure operation is characterised by: governance based on unmanaged growing demand, which is both inefficient and ultimately unsustainable; lack of integration of the end-users, in terms of the variety of their wants, needs and behaviours; separate and parallel delivery of different infrastructure streams prohibiting joint solutions. To achieve long-term sustainability, infrastructure needs to be designed and operated to provide essential service delivery at radically decreased levels of resource use. This new approach will need to: (1) incorporate the end-user, in terms of their wants and behaviours; (2) focus on the service provided; (3) use Information and Communication Technologies more effectively; (4) integrate the operation of different infrastructure systems; (5) be governed in a manner that recognises the complexity and interconnectedness of infrastructure systems; and (6) rethink current infrastructure valuation. Possible configurations incorporating these aspects with the explicit goal of contributing to long-term sustainability could be Multi-Utility Service Companies or “MUSCos”. This article presents new insights and ideas generated by considering the challenge of the transition towards a MUSCo infrastructure.