With graphene it’s possible for us to place layer upon layer to create different transparencies and electricity levels generated from the sun. It’s an extremely thin layer and can I theory be applied to any surface and is able to generate a moderate to high amount of power from the sun. The only drawback is the visibility of the glass that it’s applied to, but this can also be a positive thing, in all the cases you have a dim window, there is no reason not to get some energy from it.
Key Advantages of Solar Glass:
Energy Efficiency Meets Design: Solar Glass turns every surface exposed to sunlight into an energy source, reducing reliance on grid power without compromising modern design.
Sustainable & Eco-Friendly: By harnessing solar energy, buildings can significantly lower their carbon footprint, supporting global efforts toward cleaner, greener cities.
Space-Saving Innovation: Ideal for urban environments where roof space is limited — Solar Glass makes use of vertical surfaces like windows and curtain walls.
Cost Savings Over Time: Reduce long-term energy expenses and benefit from potential tax incentives and energy credits.
Durable & Low-Maintenance: Engineered for strength and weather resistance, Solar Glass requires minimal maintenance and offers long-lasting performance.
Smart Integration: Works seamlessly with building automation and energy management systems, providing real-time monitoring and optimal efficiency.
Solar Glass isn’t just an energy solution — it’s a vision for the future of sustainable architecture. By turning everyday glass into a source of power, it redefines how we think about buildings, energy, and our environment.
There are many use cases. Like in a car as toned windows or one side of the glasshouse, and so on…
One place where we use a lot of sun blockers on windows and use a lot of energy, is in big offices, one side of an office building covers in our ITO Electrical Glass could easily cover half of the energy spend. A very typical payback time on investment would be 2 – 5 years.
With the focus on green energy and saving on the
electricity bill, we believe this is a no-brainer to
implement in almost every construction out there!
Different levels of transparency
20% → 40% → 60% → 80%
Depending on needs of sunlight through the glass gives
different amount of green energy and generates – From 40W
to 160W per M²
The use of the ITO Electrical Glass in a normal house will give
you the option to run without being connected to the grid.
