FlexiLEDs with printed graphene based thermal management
Lead Participant:
NANO PRODUCTS LIMITED
Abstract
A new Uk based mass manufacturing technology will create flexible plastic sheets with embedded electronics
and microscopic light emitting devices. High compressed graphene flakes connected to the devices will allow
heat to be drawn away from the devices so they carry on working efficiently. Formed into many shapes and
sizes the devices could be placed anywhere. They could form part of the exterior of cars and vans to provide
advertising or indicator and brakes lights. On the inside they could provide efficient video displays for
passenger. In the home the devices could be built into the walls, ceilings and floors to allow endless
opportunities for lighting the home. By using graphene to remove the heat these devices will use less energy
and last for longer.
and microscopic light emitting devices. High compressed graphene flakes connected to the devices will allow
heat to be drawn away from the devices so they carry on working efficiently. Formed into many shapes and
sizes the devices could be placed anywhere. They could form part of the exterior of cars and vans to provide
advertising or indicator and brakes lights. On the inside they could provide efficient video displays for
passenger. In the home the devices could be built into the walls, ceilings and floors to allow endless
opportunities for lighting the home. By using graphene to remove the heat these devices will use less energy
and last for longer.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
NANO PRODUCTS LIMITED | £53,323 | £ 37,326 |
  | ||
Participant |
||
UNIVERSITY OF STRATHCLYDE | £34,694 | |
NOTTINGHAM TRENT UNIVERSITY | £82,109 | |
PLESSEY SEMICONDUCTORS LIMITED | £44,962 | £ 26,977 |
INNOVATE UK | ||
THOMAS SWAN & CO.LIMITED | £34,060 | £ 20,436 |
People |
ORCID iD |
Bob Stevens (Project Manager) |