Prefabricated, lightweight, energy-active wall panel for zero-emission buildings - PRE-ActiVer

Project summary

Rationale / Needs to be addressed_x000D_ The PRE-ActiVer address the goal of the European construction market: to reduce CO2 emissions and energy demand through zero-carbon buildings, facing the need for advancement in the field of BIPV, engaging with circularity and environmental dimensions._x000D_ Objectives_x000D_ To develop, construct and investigate the lightweight wall panel equipped with interconnected PV panels and a heat dissipation system. The ActiVer will be prefabricated, easy to assemble and maintain, with replaceable PV elements._x000D_ Potential applications_x000D_ The potential application of developed façade systems will be unlimited within the building industry, including the newly designed and existing buildings._x000D_ Impact and potential benefits_x000D_ The PRE-ActiVer project is within the line of the growing need for prefabrication in the construction industry, reusing of building materials, on-site waste reduction and enhancement of building energy performance. Expected energy potential: 80-180 kWh/(m2⋅a).

Project Details

Call

Call 2024


Call Topic

Functional materials


Project start

01.04.2025


Project end

01.04.2028


Total project costs

642.000 €


Total project funding

634.000 €


TRL

4 - 6


Coordinator

Prof. Dariusz Heim

Lodz University of Technology, Wolczanska 213, 93005 Lodz, Poland


Partners and Funders Details

Consortium Partner   Country Funder
Lodz University of Technology
http://www.wipos.p.lodz.pl
University Poland PL-NCBR
Sto Sp. z o.o.
https://www.sto.pl
Large industry Poland PL-NCBR
Tallinn University of Technology
https://www.taltech.ee/en/
University Estonia EE-ETAG
Technical University of Construction Bucharest
https://www.utcb.ro
University Romania RO-UEFISCDI

Keywords

Thermoelectric properties, Eco-design, Porous materials, Sustainable energy systems, Energy efficiency, Life cycle assessment, Lightweight, Construction, Renewable energy, prefabrication, BIPV, energy simulation, CFD, hygrothermal