ideas. this allows us to have free-form printing, so we i ideas. this allows us to have | free-form printing, so we can free form printing, so we can print free form printing, so we can print a free form printing, so we can print a solar cell for you in the print a solar cell for you in the shape of a circle or a triangle the shape of a circle or a triangle lips as any device. these triangle lips as any device. these cells have been shaped to fit a headphone band, and this robot is responsible for squirting electrolytes on them to enable conduction. it looks like it is going on between. it is more efficient than predictable, that makes it interesting. predictable, that makes it interestinu. ., , , , interesting. the final step is lamination interesting. the final step is lamination to interesting. the final step is lamination to give interesting. the final step is lamination to give the - interesting. the final step is lamination to give the cells| lamination to give th
the extra efficiency means that those silver strips that usually run through solar panels are no longer needed, freeing up new design ideas. this allows us to have free form printing this allows us to have free form printing. printed in the shape of a circle printing. printed in the shape of a circle or printing. printed in the shape of a circle or a printing. printed in the shape of a circle or a triangle. these cells have been shaped to fit a headphone band and this robot is responsible for squirting electrolytes on them to allow conduction. it looks like it s going to drip bits in between. but it s actually doing very precisely? it s more efficient and predictable and for sure doesn t make any mistakes. the final step is lamination to give the cells custom textures. and into the press it goes. and here s the finished product. a1.3 a1 .3 millimetres thick solar cell. giovanni, tell me about the prototypes you ve got here?
the extra efficiency means that those silver strips that usually run through solar panels are no longer needed, freeing up new design ideas. these cells have been shaped to fit a headphone band and this robot is responsible for squirting electrolytes on them to allow conduction. it looks like it s going to drip bits in between, but it s actually doing it very precisely. it s more efficient and predictable, and for sure, it doesn t make any mistakes. the final step is lamination to give the cells custom textures. and into the press it goes. and here s the finished product. giovanni, tell me about the prototypes you ve got here. what you see here is a fully self powered, sustainably powered headphone. it has a leather structure to it. and it will actually absorb any kind of light and convert that light into electrical energy and charge the battery. if you go to the gym, whatever you do, they will always charge during the day.
panels are no longer needed, freeing up new design ideas. these cells have been shaped to fit a headphone band and this robot is responsible for squirting electrolytes on them to allow conduction. it looks like it s going to drip bits in between, but it s actually doing very precisely. it s more efficient and predictable and for sure doesn t make any mistakes. the final step is lamination to give the cells custom textures. and into the press it goes. and here s the finished product. giovanni, tell me about the prototypes you ve got here. what you see here is a fully self powered, sustainable powered headphone. it has a leather structure to it. and it will actually absorb any kind of light and convert that light into electrical energy and charge the battery. if you go to the gym, whatever you do, they will always charge during the day. but the luxury of not needing conventional charging will add a chunky $50 to devices, several of which have already been created.
something this solar cell factory in sweden is taking to the next level. this machine is printing custom nano ink onto solar panels, and they don t even need the sun to charge. we have developed our own nano inks, and in this machine, we print that ink on the proprietary substrate. how is the end result and the usage of it different to other solar cells? it actually harvests all kinds of light. it s sort of like artificial photosynthesis, so it will work under any light conditions. led, normal light bulbs, even in the shade any kind of light. you re sort of using electricity, but i guess it s just electricity that is being used anyway? we re recycling light. the extra efficiency means that those silver strips that usually run through solar panels are no longer needed, freeing up new design ideas. these cells have been shaped to fit a headphone band