Integrated system roadmap towards a climate-neutral built environment (INTERTWINE)
To contribute to the creation of roadmaps for climate-neutral urban built environments, we investigate how subsystems of construction, energy distribution, and transportation interact.
PROJECT INFORMATION
Timeline
January – December 2025
Total cost of project
941 256 SEK
Swedish Energy Agency’s project number
P2024-03185
Coordinator
Linköping University
Participants
Linköping Universty
Project manager and contact
Anna Fredriksson: anna.fredriksson@liu.se
Urban development is a major driver of energy consumption and greenhouse gas emissions. Construction, energy distribution, and transportation are deeply interconnected, yet they are often addressed separately in climate strategies. As cities grow, construction activities intensify, leading to increasing energy demand and transport emissions. INTERTWINE investigates how these subsystems interact, aiming to develop a holistic approach for achieving climate-neutral cities.
Our approach
INTERTWINE integrates system analysis to explore the environmental impact of (i) construction production, (ii) energy conversion and distribution, and (iii) transport and logistics. Using a combination of literature review, scenario modeling, and stakeholder engagement, the project identifies synergies and trade-offs between these subsystems. By collaborating with municipalities, industry partners, and policymakers, we ensure that our findings lead to practical solutions that support the transition towards sustainable urban development.
Expected Impact
The project will deliver a comprehensive roadmap guiding cities towards climate-neutral construction and infrastructure planning. Our research will inform policymakers, urban planners, and industry stakeholders, enabling them to make informed decisions on energy-efficient buildings, low-carbon transport solutions, and integrated urban planning. By aligning with EU climate targets, INTERTWINE contributes to resilient, resource-efficient cities for future generations.
A multidisciplinary team
The project is led by a multidisciplinary team at Linköping University, within the departments of Science and Technology (Communication and Transport Systems) and Management and Engineering (Energy Systems), hence engaging private and public actors in the fields of (i) construction engineering and buildings, (ii) urban planning, sustainable urban development, construction logistics, and (iii) sustainable energy systems.
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