This is the author accepted manuscript. The final version is available from Elsevier via the DOI in this record As governments worldwide address the climate crisis, energy systems are becoming both decarbonised and decentralised. In this study, we aim to increase understanding of the spatial dimensions of new forms of decentralised energy systems that integrate electricity, storage, transportation, and heating. Drawing on workshops and secondary data from three, early-stage case studies funded under a UK government programme, we examine how stakeholders responsible for development construct the ‘local’ in Smart Local Energy System (SLES) demonstrators. We employ three analytical concepts to address this aim: emplacement, place-framing, and ...
Local and decentralised energy initiatives increasingly contribute to decarbonising energy systems. ...
The decarbonisation of energy systems is leading to a reconfiguration of the geographies of energy. ...
The decarbonisation of energy systems is leading to a reconfiguration of the geographies of energy. ...
As governments worldwide address the climate crisis, energy systems are becoming both decarbonised a...
As governments worldwide address the climate crisis, energy systems are becoming both decarbonised a...
As governments worldwide address the climate crisis, energy systems are becoming both decarbonised a...
Local energy systems (LES) are designed to decarbonize, balance, and coordinate supply, storage and ...
Energy transitions require engagement with users, local communities and wider publics in order to be...
Community engagement in the planning and delivery of smart local energy initiatives is essential for...
To be fair, acceptable and ultimately successful, decentralised energy projects involving technologi...
This project analysed local authorities in the UK in order to ascertain what capacities they have to...
Local and decentralised energy initiatives increasingly contribute to decarbonising energy systems. ...
Local and decentralised energy initiatives increasingly contribute to decarbonising energy systems. ...
Local and decentralised energy initiatives increasingly contribute to decarbonising energy systems. ...
The decarbonisation of energy systems is leading to a reconfiguration of the geographies of energy. ...
The decarbonisation of energy systems is leading to a reconfiguration of the geographies of energy. ...
As governments worldwide address the climate crisis, energy systems are becoming both decarbonised a...
As governments worldwide address the climate crisis, energy systems are becoming both decarbonised a...
As governments worldwide address the climate crisis, energy systems are becoming both decarbonised a...
Local energy systems (LES) are designed to decarbonize, balance, and coordinate supply, storage and ...
Energy transitions require engagement with users, local communities and wider publics in order to be...
Community engagement in the planning and delivery of smart local energy initiatives is essential for...
To be fair, acceptable and ultimately successful, decentralised energy projects involving technologi...
This project analysed local authorities in the UK in order to ascertain what capacities they have to...
Local and decentralised energy initiatives increasingly contribute to decarbonising energy systems. ...
Local and decentralised energy initiatives increasingly contribute to decarbonising energy systems. ...
Local and decentralised energy initiatives increasingly contribute to decarbonising energy systems. ...
The decarbonisation of energy systems is leading to a reconfiguration of the geographies of energy. ...
The decarbonisation of energy systems is leading to a reconfiguration of the geographies of energy. ...