Updated on 2 September 2026
Equitable Territorial Sequencing for Adaptive Urban Energy Transition
Urban Climate Transition & Energy Systems | Systems Practitioner - Architect, Researcher, Advisor at Strategic Delivery Portfolio: eigile.com
Manila, Philippines
About
DUT Call 2026 | Adaptive Reuse + Positive Energy Districts
I am seeking municipalities, local authorities, research institutions, urban-planning organisations and technical partners to apply, test and develop an existing territorial sequencing methodology for equitable urban energy transition.
The proposition
The methodology addresses a practical question at the heart of urban transition:
Where should a city intervene first, which interventions are appropriate, for whom, and under what implementation conditions?
It connects:
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socioeconomic vulnerability
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affordability and potentially suppressed energy demand
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building performance and characteristics
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energy and urban infrastructure
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intervention suitability
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territorial prioritisation and sequencing
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governance, financing and delivery conditions
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monitoring, evaluation and replication
The methodology was developed through the Madrid urban climate and clean-heat transition context and is now being developed as a broader framework that can be applied and tested across contrasting European urban contexts.
DUT application
I am particularly interested in the Adaptive Reuse of Existing Urban Structures and Spaces topic under the Positive Energy Districts (PED) pathway.
The opportunity is to move beyond treating adaptive reuse, building renovation or energy infrastructure as isolated interventions. The project could develop and test a territorial decision and sequencing framework that helps cities connect existing urban structures with equitable energy-transition pathways.
Potential research and implementation questions include:
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How can cities identify neighbourhoods where intervention can generate the greatest combined climate, energy and social benefit?
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How can low observed energy consumption be distinguished from suppressed demand caused by affordability constraints?
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How can building and infrastructure conditions be matched to appropriate intervention pathways?
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How can adaptive reuse and energy transition be pursued while protecting affordability and social inclusion?
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How can cities move from spatial diagnosis to a transparent sequence of implementable interventions?
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How can governance, financing, procurement and delivery conditions be incorporated into intervention prioritisation?
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How can outcomes be measured and the approach replicated across different urban contexts?
Potential project structure
The methodology could provide a territorial sequencing and decision-support layer within a wider consortium.
Potential workstreams include:
1. Territorial diagnosis
Integrating vulnerability, affordability, energy demand, building and infrastructure data.
2. Intervention matching
Connecting territorial conditions to adaptive reuse, retrofit, PED and other transition pathways.
3. Equitable sequencing
Developing criteria and decision processes for prioritising neighbourhoods, buildings and households.
4. Governance and implementation
Connecting spatial priorities with planning, ownership, financing, procurement and delivery conditions.
5. Demonstration and validation
Applying the framework in real urban contexts with municipalities and stakeholders.
6. MRV, learning and replication
Measuring climate, energy, social and implementation outcomes and developing a transferable approach for other cities.
Partners sought
I am particularly interested in:
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Municipalities and local authorities with real-world urban transition contexts and interest in testing the approach.
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Research institutions interested in comparative validation and methodological development.
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Urban planning and regeneration organisations with adaptive reuse and neighbourhood-scale expertise.
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Building and energy specialists able to connect territorial priorities with technical intervention pathways and PED solutions.
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Housing and energy-poverty partners able to strengthen the equity and affordability dimension.
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MEL/MRV and impact specialists interested in measuring outcomes, learning and replication.
The aim is to apply and test the methodology through real urban cases and develop an evidence-based, replicable approach for equitable urban transition.
I am participating as an independent practitioner and can contribute the methodology, territorial analysis, systems integration and intervention-sequencing perspective, while remaining open to developing the appropriate role and consortium structure with partners.
If your organisation is interested in exploring a potential DUT 2026 proposal around this approach, I would be very interested in connecting.
Topic
- Cross-cutting Topic 1: Adaptive reuse of existing urban structures and spaces
- CUE Topic 3:Rethinking urban production for circular and resilient cities
- PED Topic 2: PED solutions in private housing across different urban contexts
- PED Topic 3: Sustainable PEDs, flexibility in energy systems, and integrated technologies
Type
- Looking for partners to join a project
- Looking to join a project
Organisation
Similar opportunities
Project cooperation
- Looking to join a project
- Looking for partners to join a project
- PED Topic 2: PED solutions in private housing across different urban contexts
- PED Topic 3: Sustainable PEDs, flexibility in energy systems, and integrated technologies
Anna Heikkilä
Researcher, special advisor at Turku University of Applied Science
Turku, Finland
Project cooperation
Partner Search – AI-Powered Urban Digital Twin for Positive Energy Districts
- Looking for partners to join a project
- PED Topic 2: PED solutions in private housing across different urban contexts
- PED Topic 3: Sustainable PEDs, flexibility in energy systems, and integrated technologies
EBUBEKİR KAYA
Artificial Intelligence, Machine Learning and Software Development at CEKA YAZILIM ARAŞTIRMA GELİŞTİRME MÜHENDİSLİK BİLGİSAYAR ELEKTRİK ELEKTRONİK ENDÜSTRİYEL OTOMASYON SAN. VE TİC. LTD. ŞTİ
Nevşehir, Türkiye
Project cooperation
Business School looking to join a consortium or propose a project together
- Looking to join a project
- CUE Topic 3:Rethinking urban production for circular and resilient cities
- Cross-cutting Topic 1: Adaptive reuse of existing urban structures and spaces
Sebastien Bourdin
Full Professor at IESEG School of Management
Lille, France