Eurac Research visits NanoFarm Glass to Power

New study tour at the "Glass to Power" company in Rovereto On November 24, 2021, researchers from Eurac Research visited Glass to Power, a Trentino company that offers solutions for curtain walls and photovoltaic insulating glass roofs. Eurac Research on Tour at NanoFarm Glass to Power Marina Gemmi, sales director, together with Stefano Della Puppa, [...]

Glass to Power SpA at SAIE Bari 2021

The Glass to Power stand will be at SAIE, Nuova Fiera del Levante, in Bari from 7 to 9 October 2021. Find Glass to Power in the space dedicated toiBIMi buildingSMART, stand K19 of the Design and Digitization Pavilion, a place to interact with the entire network of professionals and companies of the openBIM community. [...]

Glass to Power a Key Energy | Ecomondo

Also in 2021, as happened for all previous editions, Glass to Power will participate in Key Energy | Ecomondo, the renewable energy expo. Come and visit us in pavilion B7, stand 037 of the Rimini Expo Center.   The ecological transition is the central theme of the event. Glass to Power's innovative transparent photovoltaic glazing [...]

Partnership signed between La Tecnica nel Vetro and Glass to Power

Today, the day of the summer solstice, the partnership agreement between La Tecnica nel Vetro and Glass to Power was signed in Scafati, in the province of Salerno, creating a strategic relationship valid for the future. The agreement’s objectives are the production and marketing of insulating glass for structural glass facades with integrated photovoltaic devices. […]

Partnership agreement signed between SICIS and Glass to Power

The first technical-commercial collaboration agreement between SICIS and Glass to Power was signed today and it will regulate an exclusive relationship for the next three years. The objective of the agreement is the creation of an innovative photovoltaic product, combining the skills of Glass to Power in the production of nanoparticles for the development of […]

Signed agreement between Glass to Power Spa and Notredame Srl

Glass to Power Spa and Notredame Srl have signed an agreement for the development of a research project on the integration between electricity production technology from the conversion of solar radiation and the technology for controlling and managing heat and light flows. The two-year agreement will allow the two companies to work in synergy on […]

Glass to Power and the last mile

After four years of R&D and engineering activities, we have finally completed the certification process of our transparent photovoltaic glazing. It is a very important result that will enable us to start the production and commercialization of our product. We are ready to sign a lot of agreements and partnerships and we are now certain […]

Glass to Power’s product certification has been completed

2021 starts with great hope, for Italy and the whole world. The efforts made by scientific research have made it possible to obtain the vaccine, and we all hope that this weapon will allow us to get out of the nightmare we entered a year ago due to the global pandemic. Also for Glass to [...]

The innovative plastic scintillator based on perovskite nanoparticles and organic molecules, developed by Glass to Power’s team

Not just transparent photovoltaic windows. The technology and expertise of Glass to Power can be made available for many other applications. The innovative plastic scintillator based on perovskite nanoparticles and organic molecules, developed by Glass to Power’s team of researchers, in collaboration with the University of Milan-Bicocca, the National Institute of Nuclear Physics (INFN) and […]

Glass to Power at the forefront in the use of LSC technology for smart greenhouses

Glass to Power is committed on several fronts for the development of innovative solutions for smart greenhouses. As part of the Help2Grow project, funded by the POR Piedmont Region, Glass to Power, in collaboration with Enerbrain, a company based in Turin, will test its transparent photovoltaic windows for theFarm of the Future. The project envisages […]