Projects

Explore all projects financed via the program Resurseffektiv bebyggelse

The research in the program Resurseffektiv bebyggelse aims to contribute to new knowledge and solutions without negative climate impact, while simultaneously developing buildings into active nodes in the energy system.

This addresses challenges related to energy use in buildings throughout their lifecycle, from natural resources to delivered energy services. It also includes societal actors and structures, policy instruments, planning issues, the behaviors and habits of stakeholders, and their interactions with technological development.

Adaptation-of-multi-residential-buildings-to-extreme-heat

Adaptation of multi-residential buildings to extreme heat

Ongoing

Coordinator: Chalmers University of Technology

E3D:-Enhancing-Energy-Efficient-Building-Facades-with-3D-Printed-Concrete-Elements

E3D: Enhancing Energy-Efficient Building Facades with 3D-Printed Concrete Elements

Ongoing

Coordinator: RISE – Research Institutes of Sweden

Climate-sustainable-neighborhoods:-Practical-learning

Climate-sustainable neighborhoods: Practical learning

Ongoing

Coordinator: Lund University

Choices-and-consequences-for-energy-efficiency-and-indoor-climate

Choices and consequences for energy efficiency and indoor climate

Ongoing

Coordinator: Luleå University of Technology (LTU)

Energy-producing-roofs-in-historical-buildings

Energy producing roofs in historical buildings

Ongoing

Coordinator: Science Park Gotland

TwinVista 

TwinVista 

Ongoing

Coordinator: KTH Royal Institute of Technology

RETRO-HEAT

RETRO-HEAT

Ongoing

Coordinator: RISE – Research Institutes of Sweden

Perspectives-on-light-quality-in-spatial-contexts

Perspectives on light quality in spatial contexts

Ongoing

Coordinator: Konstfack University of Arts, Crafts and Design

oBtoB:-openBIM-to-BEM,-from-early-to-technical-design-and-energy-management

oBtoB: openBIM to BEM, from early to technical design and energy management

Ongoing

Coordinator: KTH Royal Institute of Technology

Assessing-the-Impact-of-Reused-Building-Framework-Materials-on-GHG-Emissions-of-Buildings-and-Total-Energy-Demand:-A-Comprehensive-Synergistic-Analysis

Assessing the Impact of Reused Building Framework Materials on GHG Emissions of Buildings and Total Energy Demand: A Comprehensive Synergistic Analysis

Ongoing

Coordinator: Dalarna University

Identification-of-distinct-customer-segments-in-the-electricity-market

Identification of distinct customer segments in the electricity market

Ongoing

Coordinator: Uppsala University

ENiSDA-Energy-Savings-in-Large-Building-Portfolios-Through-Smart-Use-of-Data

ENiSDA-Energy Savings in Large Building Portfolios Through Smart Use of Data

Ongoing

Coordinator: Luleå University of Technology (LTU)

Noise-from-heat-pumps-in-multi-family-dwellings-–-an-obstacle-for-increased-energy-efficiency?

Noise from heat pumps in multi-family dwellings – an obstacle for increased energy efficiency?

Ongoing

Coordinator: RISE – Research Institutes of Sweden

Resource-efficient-local-resilience-in-housing-development

Resource-efficient local resilience in housing development

Ongoing

Coordinator: Konstfack University of Arts, Crafts and Design

Development-and-implementation-of-innovative-and-production-enhancing-photovoltaic-installations-for-commercial-buildings-in-northern-Sweden

Development and implementation of innovative and production enhancing photovoltaic installations for commercial buildings in northern Sweden

Ongoing

Coordinator: RISE – Research Institutes of Sweden

Resurseffektiv bebyggelse

The research and innovation program Resurseffektiv bebyggelse contributes to new knowledge and solutions without negative climate impact, while simultaneously developing buildings into active nodes in the energy system.

Financier:

The website is managed by CIT Renergy on behalf of the Swedish Energy Agency. CIT Renergy has the task to carry out the program’s communication work.

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