5 years of R&D needed for its realization, the PV Gel has highly elevated absorption qualities
suitable for both low-intensity light and the emission spectrum of fluorescent and LED lamps.
CO2 neutral footprint
Paired with opacifying and connected technology (up to 90% black), the PV Gel enables superior solar production compared to current solar panels.
Current applications and development focus on commercial, BIPV, Agricultural Greenhouses, Shading structures, Embedded Systems – mobility and Connected Mobile Objects.Flexible and adaptable, the PV Gel is inherently versatile.
The patented e-Mergence device represents the future of the Photovoltaic market. It comes in the form of a transparent gel containing the latest generation solar cells. Independent of cell choice, the PV Gel will incorporate tomorrow's solar cells.
The PV Gel is dielectric and conductive, making its environment optimal as a storage and conduction medium for PV electricity. It generates energy savings on all materials benefiting from its integration. Its application areas are extensive.
The Gel has solidification capabilities. Placed on a flexible film, it becomes a next-generation Photovoltaic film applicable even on non-flat surfaces. It has thermobonding capabilities, making it the most suitable generator for glass and Plexiglas integration.
The cells used are treatable in solution, offering the possibility of using coil-to-coil printing methodology to apply layer by layer, enabling high-speed production, controlled investment costs, and low CO2 footprint.
