Photovoltaic Films
Integrating graphene to design photovoltaic films using the technology developed by Graphenaton Technologies SA offers significant potential for producing energy in a variety of applications:
Improved solar cells:
Improved light absorption, charge separation and electronic conductivity. This leads to improved solar cell efficiency, particularly in photovoltaic conversion.
Flexible solar cells
Manufacture flexible, lightweight solar cells, suitable for mobile applications or on curved surfaces.
Capturing sunlight:
The plasmonic properties of graphene and the ability of photonic films to concentrate light can be used to increase the absorption of sunlight in energy conversion devices.
Light detectors:
Photonic films containing graphene can be used to create highly sensitive light detectors, which convert light into electric current...
Thermoelectricity generation:
Exploiting temperature variations to generate thermoelectric power using the Seebeck effect.
Optoelectronic conversion applications:
Converting light into electrical energy by exploiting graphene's optoelectronic properties, such as the photoelectric effect.
Solar energy sensors:
Creation of solar collectors that detect and convert light into electrical energy, used to power a variety of stand-alone devices.
Applications for the Internet of Things (IoT):
Use in the creation of solar energy sensors for the IoT to enable autonomous wireless monitoring solutions.
GTSA film helps improve the efficiency of light-to-energy conversion, whether in more efficient solar cells, sensitive light detectors or other energy-generating devices, in a sustainable and renewable way.
5 strategic application sectors
Among the many opportunities offered by GTSA film, Graphenaton Technologies SA has selected 5 strategic application sectors
