Local energy developments from a spatial and systemic approach are highlighted using examples from a Dutch case study. Developments in energy systems included interconnectedness of contextual factors and systems responses. The need to explore both the contextual factors and systemic aspects are illustrated. Using the case study of Energy Valley. Similarities and influences of local energy systems to the national and EU levels are also highlighted. The research used a complex adaptive approach to cluster developments to understand energy systems developments
Many parties are required to activate the energy transition. It’s a challenge for everybody: citizen...
Integrated energy system modeling tools predominantly focus on the (inter)national or local scales. ...
http://authors.elsevier.com/a/1TVUC3QCo9JMWa free till september 25thInternational audienceUrban and...
Despite ten years of energy transition management, the existing energy system in The Netherlands rem...
The prevalent theories in the debate on sustainability transitions have been criticised for not suff...
In light of the challenges imposed by climate change, many countries are 'planning’ for energy trans...
In light of the challenges imposed by climate change, many countries are ‘planning’ for energy trans...
The objective of this paper is to better understand the local energy transitions process, given the ...
The energy affects the lives of individuals and their various combinations, as for example the compa...
While at first glance energy transition is a technical and financial challenge focused on investment...
Energy transition emphasizes the role of local authorities towards a sustainable future: energy prod...
Local energy transition processes are complex socio-technical transitions requiring careful study. T...
The energy supply system is approaching fundamental changes. The traditional fossil-based provision ...
Using Energy Valley to explain how cluster contexts and cluster developments are changing and the co...
This research defines the public response to changes towards low carbon energy systems. The findings...
Many parties are required to activate the energy transition. It’s a challenge for everybody: citizen...
Integrated energy system modeling tools predominantly focus on the (inter)national or local scales. ...
http://authors.elsevier.com/a/1TVUC3QCo9JMWa free till september 25thInternational audienceUrban and...
Despite ten years of energy transition management, the existing energy system in The Netherlands rem...
The prevalent theories in the debate on sustainability transitions have been criticised for not suff...
In light of the challenges imposed by climate change, many countries are 'planning’ for energy trans...
In light of the challenges imposed by climate change, many countries are ‘planning’ for energy trans...
The objective of this paper is to better understand the local energy transitions process, given the ...
The energy affects the lives of individuals and their various combinations, as for example the compa...
While at first glance energy transition is a technical and financial challenge focused on investment...
Energy transition emphasizes the role of local authorities towards a sustainable future: energy prod...
Local energy transition processes are complex socio-technical transitions requiring careful study. T...
The energy supply system is approaching fundamental changes. The traditional fossil-based provision ...
Using Energy Valley to explain how cluster contexts and cluster developments are changing and the co...
This research defines the public response to changes towards low carbon energy systems. The findings...
Many parties are required to activate the energy transition. It’s a challenge for everybody: citizen...
Integrated energy system modeling tools predominantly focus on the (inter)national or local scales. ...
http://authors.elsevier.com/a/1TVUC3QCo9JMWa free till september 25thInternational audienceUrban and...