New BMBF Research Project started: Transparent Organic Photovoltaic Glass Façade

Date: 29 October 2015

Source: http://www.fep.fraunhofer.de

Date: 29 October 2015

In July 2015 the international research project “Transparent organic photovoltaic glass façade (TOP)” started.

The project, funded by the German Federal Ministry for Education and Research (BMBF), is part of the promotional initiative „Organic electronics – technology base and application scenarios“. The objective is to prove the utilization and marketability of transparent OPV technology in the area of building glass façades on an exemplary application. The consortium consists of AGC Glass Europe (Louvain-la-Neuve, Belgium), CreaPhys GmbH (Dresden), Fraunhofer FEP (Dresden), Fraunhofer ISE (Freiburg), Heliatek GmbH (Dresden), Lindner Fassaden GmbH (Dettelbach) and the University of Ulm. Photo: © Heliatek

more info

600450

http://www.fep.fraunhofer.de

2015-10-29T12:00:00

New BMBF Research Project started: Transparent Organic Photovoltaic Glass Façade glassonweb.com

See more news about:

AGC Glass-technology

WhatsApp LINKEDIN FACEBOOK X PRINT MORE

Others also read

MORE...

Fenzi: Glasstec 2024 exceeded all expectations

The Fenzi Group is proud to showcase a legacy of innovation and quality, with advanced technologies that address market demands for high-performance and sustainable glass solutions.

AGP’s Success with LiSEC Technology

From Green Field to one of the Industry Leaders in New Zealand

Dow to expand technology portfolio for insulating glass and deliver live dialogues at Glasstec 2024

Dow broadens range of high-performance sealants to create a more holistic facade offering.

Pioneering glass technology at Guardian Glass

Float glass manufacturer Guardian Glass has installed an energy-efficient furnace supplied by industrial engineering group Fives at its facility in Bascharage, Luxembourg.

Horn: Forehearth GCS® Series 301-Advanced

Horn Glass Industries: Forehearth GCS® Series 301-Advanced

HORN´s latest forehearth system is characterized by the most advanced technology in forehearth design for high-pull forehearths and the highest temperature homogeneity (THI) requirements, e.g. NNPB production.