Experimenting for Sustainability: Institutional Capacity Building in Swedish Sustainable Urban Development Projects
Doctoral thesis, 2025

Sustainable urban development projects play an important role in translating broad sustainability ambitions into context-specific actions through planning practices. However, many projects face an implementation gap between initial goals and realised outcomes. Explanations often highlight fragmented governance, regulatory constraints, shifting responsibilities, and weak continuity across planning phases. Experimentation – through pilot projects, demonstration projects, and living labs – has emerged as a strategy to address these challenges by developing and improving planning instruments, governance arrangements, and sustainability outcomes.

This thesis examines how energy policies are implemented over time in sustainable urban development projects, focusing on how local governments and developers build institutional capacity. Using Healey’s framework of institutional capacity building, it investigates how actors mobilise knowledge, foster relationships, and implement collective action and examines how these dynamics shape the implementation of sustainable urban development projects. 

The thesis draws on four papers examining three Swedish cases: the urban development projects of Kvillebäcken (Gothenburg), Vallastaden (Linköping), and Brunnshög (Lund). Sweden provides a relevant context due to its long history of experimenting for sustainability in the built environment, its decentralised planning system, and its advanced implementation of energy policies, while also facing new governance challenges resulting from recent legal reforms that limit local authority. The four papers use a semi-systematic literature review, semi-structured interviews with local government representatives and developers, planning document analysis, and energy data, offering longitudinal insights into how energy policies are translated into practice.

Findings indicate that fragmented responsibilities, weak accountability, and limited enforcement undermine implementation capacity, causing ambitions to weaken over time. Governance arrangements such as project-specific sustainability visions and land allocation processes provide opportunities for experimentation and initially support energy policy implementation, but their effectiveness often diminishes without follow-up. Embedding experimentation within formal governance structures, clarifying responsibilities, strengthening regulatory frameworks, and maintaining continuous monitoring are crucial for closing the gap between ambition and outcome in sustainable urban development projects.

governance

energy performance requirements

developers

energy policy

urban planning

Sustainable urban development

local governments

SB-H4, Sven Hultins gata 6, Gothenburg
Opponent: Andrew Karvonen, Lund University, Sweden

Author

Janneke van der Leer

Chalmers, Architecture and Civil Engineering, Building Design

What happens between ambitious sustainability visions and what actually gets built? This thesis explores how Swedish cities translate sustainability goals into action through urban development projects. It examines how local governments and developers share knowledge, collaborate, and experiment in sustainable urban development projects. Drawing on case studies from Kvillebäcken (Gothenburg), Vallastaden (Linköping), and Brunnshög (Lund), the thesis shows how planning tools and the roles of key actors shape the implementation of energy policies. Experimentation can foster innovation and adaptability, yet unclear responsibilities, limited follow-up and weak enforcement often hinder implementation of energy policies over time. Bridging the gap between vision and implementation requires clearer roles, stronger institutional frameworks, and continuous learning – ensuring that sustainability goals are carried through from planning to implementation.

Socio-technical ecology: Energy systems in urban areas with high sustainability profile

Swedish Energy Agency (50345-1), 2020-07-01 -- 2024-06-30.

Driving Forces

Sustainable development

Subject Categories (SSIF 2025)

Other Social Sciences

Architecture

Areas of Advance

Energy

DOI

10.63959/chalmers.dt/5758

ISBN

978-91-8103-301-4

Doktorsavhandlingar vid Chalmers tekniska högskola. Ny serie: 5758

Publisher

Chalmers

SB-H4, Sven Hultins gata 6, Gothenburg

Online

Opponent: Andrew Karvonen, Lund University, Sweden

More information

Latest update

10/23/2025