This paper describes the application of a data-driven localised Geographical Information System based decision support tool to spatially identify (model and map) suitable households accurately and cost effectively, using a case study in Oxford (UK). Drawing on publicly available datasets on housing and energy, and combining it with local datasets and energy modelling, optimal neighbourhoods and dwellings are targeted for specific retrofit measures to meet the specific need of obligated energy suppliers in the context of the Energy Company Obligation. Findings show that dwellings most in need of insulation upgrade and relief from high energy bills are not necessarily the dwellings with the greatest energy consumption per area
AbstractThe Sustainable Energy Action Plan (SEAP) shows that in 2008, the European Commission approv...
This project aims to provide a methodology to map energy consumption of the housing stock at a city ...
This paper reviews existing bottom-up approaches to the urban scale prediction of domestic energy de...
The UK government has committed to achieving net zero carbon emissions by 2050. This will require a ...
City authorities, community groups and retrofit installers need to identify suitable local areas and...
This paper presents a localised Geographical Information System (GIS) based mapping approach using p...
Large-scale energy renovations need to be better targeted, more cost-effective and result in a highe...
A vast amount of quantitative data is available within the energy sector, however, there is limited ...
In order to reduce the energy demand of the building sector the energy demand of existing buildings ...
Cities are responsible for about 70% of the overall primary energy consumption in Europe and play a ...
Within the framework of the well-recognised need for a more sustainable future, a number of ambitiou...
In the UK, residential housing represents a significant target sector for carbon emission reductions...
Nowadays, the growing efforts to provide a fossil-free society by 2050 are within the top priorities...
The scope of this paper is a study of the potential of decision support systems for retrofit provisi...
Maps of energy demand from buildings in Great Britain have been created at 1 km square resolution. T...
AbstractThe Sustainable Energy Action Plan (SEAP) shows that in 2008, the European Commission approv...
This project aims to provide a methodology to map energy consumption of the housing stock at a city ...
This paper reviews existing bottom-up approaches to the urban scale prediction of domestic energy de...
The UK government has committed to achieving net zero carbon emissions by 2050. This will require a ...
City authorities, community groups and retrofit installers need to identify suitable local areas and...
This paper presents a localised Geographical Information System (GIS) based mapping approach using p...
Large-scale energy renovations need to be better targeted, more cost-effective and result in a highe...
A vast amount of quantitative data is available within the energy sector, however, there is limited ...
In order to reduce the energy demand of the building sector the energy demand of existing buildings ...
Cities are responsible for about 70% of the overall primary energy consumption in Europe and play a ...
Within the framework of the well-recognised need for a more sustainable future, a number of ambitiou...
In the UK, residential housing represents a significant target sector for carbon emission reductions...
Nowadays, the growing efforts to provide a fossil-free society by 2050 are within the top priorities...
The scope of this paper is a study of the potential of decision support systems for retrofit provisi...
Maps of energy demand from buildings in Great Britain have been created at 1 km square resolution. T...
AbstractThe Sustainable Energy Action Plan (SEAP) shows that in 2008, the European Commission approv...
This project aims to provide a methodology to map energy consumption of the housing stock at a city ...
This paper reviews existing bottom-up approaches to the urban scale prediction of domestic energy de...