Eurac Research visits NanoFarm Glass to Power
Glass to Power SpA at SAIE Bari 2021
Glass to Power a Key Energy | Ecomondo
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
The new CIS plant in Rovereto
The first industrial plant for the production of CIS nano particlesis already in the start-up phase in Rovereto. Recall that the latter are the key players for the conversion of sunlight into infrared radiation within Glass to Power’s photovoltaic double-glazing unit. The design of the plant took place in several stages through careful and in-depth […]