PaperNegawatts: Twelve transitions, eight improvements and one distraction
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Decentralisation and inclusivity in the energy sector: Preconditions, impacts and avenues for further research
2021, Renewable and Sustainable Energy ReviewsUnlocking value for a circular economy through 3D printing: A research agenda
2017, Technological Forecasting and Social ChangeEnergy-tax changes and competitiveness: The role of adaptive capacity
2015, Energy EconomicsEmpirical variation in 24-h profiles of delivered power for a sample of UK dwellings: Implications for evaluating energy savings
2015, Energy and BuildingsCitation Excerpt :Far less is understood about the variation in 24-h energy demand across the residential sector and the influence of energy efficiency on peak demand, with previous research mainly focussed on exemplar dwellings [4]. Quantifying the energy saved in a building that is specifically due to energy efficiency interventions, and hence to estimate equivalent ‘negawatts’ generated remains challenging [5,6]. First, while much of the policy on energy efficiency is focussed on the thermal performance of the building shell and heating system efficiency (for example, as mandated by building codes), categorising dwelling energy performance typically is based on annual consumption.
Environmental and economic assessment of a greenhouse waste heat exchange
2011, Journal of Cleaner ProductionCitation Excerpt :To this end, recent work has even called for energy policy to be focused on real energy economics based on life-cycle carbon emissions (Kenny et al., 2010). Although this focus has lead to an increase in the adoption and adaption of renewable energy technologies (Sims, 2004), the least expensive energy is the energy that never has to be produced in the first place (Lovins, 1996). To this end it has been shown that reducing the energy and carbon intensity of existing industrial processes, known as demand side management, will play a critical role in reducing global carbon concentrations (IPCC, 2007).