Enabling the most scalable, resource efficient and affordable solar module in the world
Indoor Energy Harvesting: The first phase we’re focusing on the trillions of connected sensors and similar that are on their way through the tremendous Internet of Things development.
The industry says that replacing batteries is NOT an option.
Our solar cell already now has the market’s best efficiency indoors and material conditions optimal for integration with tiny things.
Areas where conventional solar cells don’t work:
As we develop our organic solar cell the next step will be to use it in building material integration and other areas where conventional solar cells don’t work.
This will be interesting while we still are more expensive than traditional silicon solar cells because of our material conditions – light, thin, flexible, semi-transparent.
Large Scale Energy production: When we reach the markets best price per kWh we will get real usage of our vastly scalable manufacturing process and the planet will benefit from the most resource efficient solar cell ever seen.
Then we will build printing machines in the size of news paper presses that will produce solar cells on a roll at a nuclear plant equivalent per month.