Urban vision with integrated photovoltaics | Illustration: Julia Lidauer, ai:L@HTWK Leipzig; supplemented by AI-generated elements
Advantages of building-integrated photovoltaics (BIPV) | Illustration: Stefan Huth, ai:L@HTWK Leipzig
Advantages of building-integrated photovoltaics (BIPV) | Illustration: Stefan Huth, ai:L@HTWK Leipzig
Ansicht Südwestecke der SOLAR.shell-Demonstratorfassade am Firmengebäude der Aluform GmbH Bad Rappenau | Foto: S. Huth, ai:L
Cities have enormous space potential for solar energy that has so far remained largely unutilised. In the Pop-up PV project, the Leipzig Institute of Architecture (FAS) and the Industrial Measurement Technology project group (FING) at HTWK Leipzig University of Applied Sciences are developing a lightweight, cost-effective and easy-to-install photovoltaic module system. It is specially designed for use on existing building façades and previously unused urban areas and infrastructure.
The focus is on design-integrative solutions for different application scenarios and on innovative two-wire interconnection as an alternative to module optimisers. With the help of algorithm-supported planning processes, system components and electrical connections can be automatically adapted to the respective tanning situation and architectural context.
The practicability and social acceptance of the developed approaches will be tested and evaluated using prototypes in real environments (technology readiness level TRL 6).
With this project, HTWK Leipzig is contributing to the expansion of renewable energy generation and thus supporting the achievement of climate protection targets.
Project leader
" Prof. Frank Hülsmeier | Architect
Research team
ai:L - Institute of Architecture Leipzig
Contact person
" Stefan Huth, M. A. | Architect
Project team
" Stefan Huth, M. A. | Architect
" Adrian Heller, Dipl.-Ing. (FH) | Architect
Industrial Metrology Project Group
Contact person
" Prof. Dr.-Ing. Mathias Rudolph
Project team
" Finn Bosholm, M. Eng.
" Ludwig Ostertag, M. Eng.
Funding authorities
Saxon State Ministry for Energy, Climate Protection, Environment and Agriculture
Funding programme
Energy and Climate (FRL EuK/2023), Module I: Application-oriented energy and climate research
Project number
100759603
Project duration
07|2025 - 12|2027
Funding volume
815,149 € HTWK Leipzig
Media
" Publications