Project Key Achievements Booklet Available
Over the last four years the RES4BUILD team has been working hard to support the transition to a clean energy future, developing integrated renewable energy-based solutions and tailoring them to the needs of users and installers. With the project ending in April 2023, a key achievements booklet was published.
Pilot Tests at NCSRD Completed
The pilot system of RES4BUILD in Greece was running for almost one year, serving the real heating and cooling needsof a 103m2 building at the NCSRD campus.
Performance Evaluation of Novel CPVT Solar Collector under Quasi-Dynamic Conditions
New project publication available in Energies.
Modalities for local building upgrading with IES
This report provides a framework to help groups of users and/or owners with the ambition to improve the buildings’ energy performance. The focus is on buildings that are used/owned by different stakeholder groups.
IES co-design: Results and lessons in the built environment in Poland and in the Netherlands
One of the objectives of the project RES4Build to engage relevant stakeholders in co-designing low-emission Integrated Energy Systems (IES) for meeting current needs and future expectations in buildings. For that, co-creation processes have been conducted in seven buildings, four in Poland and three in the Netherlands.
Market Analysis and Business Models
Task 7.2 ‘Market analysis and business models’ analyses 8 specific potential markets in the EU to enhance adaptation and prepare for business cases to assure optimal use of the system in each target market.
Latest Videos Showcase Project Activties
The EU-funded RES4BUILD project is developing integrated solutions to help heat or cool buildings - watch the latest video to learn about five important aspects of this project.
Novel H-pattern Design Improves Efficiency of PVT Solar Collectors
New article by project partners MG Sustainable Engineering AB and the University of Gavle is now available in the European Energy Innovation Winter 2022 edition.
Efficient modulation of the magnetocaloric refrigerator capacity
New project publication available: M. Masche, J. Liang, K. Engelbrecht, C.R.H. Bahl (2023) Efficient modulation of the magnetocaloric refrigerator capacity, International Journal of Refrigeration, 145
Integrated Environmental and Economic Assessment
This document aims to provide the specifications and results of the Life Cycle Assessment (LCA) and Life Cycle Economics (LCE) of the considered RES4BUILD systems, within the objectives set in WP6 – Life cycle analysis and validation of the platform.