24 research outputs found

    Housing retrofit:Six types of local authority energy service models

    Get PDF
    Given the ambitious policy target to become net zero carbon by 2050, what role can local authorities play in the decarbonisation of housing? An examination is presented of six local authority energy service models relevant to housing retrofit in Britain. Local authorities have an important role, with local knowledge about housing stock and economic opportunities; they also have relevant planning and governance responsibilities. However, relatively little is known about either the different energy service models adopted for retrofit or their relative effectiveness. Models identified from empirical case study research constitute experimental innovations resulting from constrained finances and competition requirements in public services. They provided (1) energy-efficiency upgrades to public, residential and commercial buildings and/or (2) district heating infrastructure to secure ‘upstream’ resource efficiencies. Findings show that local initiatives provided different retrofit mixes, with differing potential for effective change. The limitations of current models are considered, along with the policy and market changes needed to empower local authorities to contribute systematically to net zero carbon buildings.  'Policy relevance' How can British local authorities organise energy-efficiency retrofit in buildings? Six energy service models are identified which deliver on-site energy-efficiency upgrades and/or area-based efficient heating infrastructure. Reductions to energy demand from these models tend to fall short of the radical changes required by UK net zero 2050 goals. Whilst the energy service models provide examples of local innovation and effectiveness, much more ambitious policy is essential to enable a step change in energy service models for retrofit. Policy and regulatory changes are needed: first, to reform the energy retail market to support energy services geared to reducing demand; and second, to empower local authorities and their partners to scale up whole-area retrofitting, including privately owned buildings

    Local governance of energy initiatives: struggles in assembling value

    Get PDF
    Local Authorities are increasingly expected to meet UK 2050 net zero climate goals. However, they struggle to assemble investment for local energy and carbon saving projects. In this thesis I examine how valuation devices that local authorities use to support decision making, shape the development of energy projects. I first develop a conceptual model bridging economic sociology of valuation and programmes of governing. I then use this model to examine valuation practices in local energy across 40 local authority case studies. I demonstrate that the value of local energy initiatives is not pre determined, but is assembled through processes of ‘value-in-the-making’. Local authorities are required to follow formal processes at key junctures in project development. I analyse three such formal valuation processes through my conceptual model: Best Value, the business case model and public procurement. Although governments advise that all three valuation processes provide a balanced evaluation of local investment options, in practice this proves more difficult to achieve, at least for energy projects. I found that energy projects were subjected to diverse processes of economisation which marginalised social value and public goods. It was during the application of these formal valuation devices that the parameters of value shifted. Each device was customised to circumstances and susceptible to different interpretations by officers from across the council throughout project development. This sometimes opens up discrete spheres of influence. Thus, interpretative flexibility, negotiation and contestation ultimately shape the success, scale and scope of energy initiatives. I conclude that the current structures governing valuation practices in local authority energy projects constrains their systematic contribution to a clean energy society
    corecore