PV is using nanotechnology to print solar panels using perovskite crystals. They produce thin layers of solar cells that are somewhere near one of the thickness of a single human hair, potentially reducing the cost of producing solar energy while transforming any surface into a solar panel, from walls and road-side barriers to the surface of your smartphone. " In all Saule Technologies technologies and devices, we put some nanotechnology", said Prof. Martin Curley , from PV . "You need to store when you are over-producing and release when you are under-producing," Prof. Bergen explained. "If we want to move to devices with higher functionality, lower weight, higher flexibility, different colours, then we need to integrate more nanotechnologies into their materials and architecture."
PV is using nanotechnology to print solar panels using perovskite crystals. They produce thin layers of solar cells that are somewhere near one of the thickness of a single human hair, potentially reducing the cost of producing solar energy while transforming any surface into a solar panel, from walls and road-side barriers to the surface of your smartphone. "In all Saule Technologies technologies and devices, we put some nanotechnology", said Prof. Martin Curley , from PV . "If we want to move to devices with higher functionality, lower weight, higher flexibility, different colours, then we need to integrate more nanotechnologies into their materials and architecture."