Imagine printing solar panels like you print a newspaper, making them light and cheap. While these 'ink-based' cells work great in small lab samples, they usually lose power when made larger. This effort creates the industrial recipes needed to make large, high-quality panels for windows, farms, and roofs.
There is a significant performance drop when moving perovskite solar cells from small lab samples to large-area industrial modules. This prevents the mass adoption of these low-cost, lightweight cells in real-world applications.
Three large-area PSC architectures (opaque, semi-transparent, and tandem) and validated blueprints for multi-stage manufacturing lines.
If you are a glass manufacturer dealing with the need for energy-generating windows — this project developed semi-transparent modules that turn building facades into power plants without blocking light.
If you are a farm infrastructure provider dealing with land-use conflicts between crops and energy — this project developed lightweight, semi-transparent modules that allow sunlight to reach plants while generating power.
If you are a solar farm operator dealing with heavy, rigid panels that are hard to deploy on water — this project developed high power-to-weight performance modules that reduce structural costs.
Based on available project data, perovskite-based solar cells are identified as a low-cost alternative to existing photovoltaic technologies.
Yes, the project focuses on bridging the gap between lab-scale and large-area modules by creating blueprints for multi-stage manufacturing lines.
Based on available project data, the project produces 'blueprints' for manufacturing lines, which will likely serve as the basis for commercial licensing post-project.
The project runs from 2025-01-01 to 2027-12-31, aiming for immediate progress to the commercialization phase after completion.
The project is developing 4T Perovskite + CIGS tandem module architectures, combining two technologies to increase efficiency.
The consortium is heavily industry-driven with a 63% industry ratio, comprising 12 industrial partners and 11 SMEs across 11 countries. This strong commercial presence, coordinated by VTT (a research center), suggests the project is focused on market viability rather than pure academic research, with a clear path toward industrial application.
Contact TEKNOLOGIAN TUTKIMUSKESKUS VTT OY in Finland for manufacturing blueprint inquiries.
Contact us to match with the 11 SMEs specializing in perovskite printing.
