Graphene enabled next generation battery technology

Completed

Other Power and Storage Technologies(Energy storage)

Applied Research and Development

PHYSICAL SCIENCES AND MATHEMATICS (Chemistry)
PHYSICAL SCIENCES AND MATHEMATICS (Physics)
PHYSICAL SCIENCES AND MATHEMATICS (Metallurgy and Materials)

Not Cross-cutting

Project Contact
Sharp Laboratories of Europe Limited

Feasibility Study

Innovate UK

01 April 2015

31 March 2016

12 months

£88,068

South East

Competition Call: 1404_DEVL_FS_GR - Realising the Graphene Revolution. Activity Realising the graphene revolution (FS)

Project Contact, Sharp Laboratories of Europe Limited

Project Contact, Thomas Swan & Co. Limited

Project Contact, University of Manchester

The project team Sharp Laboratories of Europe Ltd, Thomas Swan and Co. Ltd and The University of Manchester are developing Graphene based materials and sodium ion battery technology that will give improvements in sodium ion batteries for application in a range of enhanced electrical energy storage devices. The devices will have a significant impact on the introduction of local energy generation and consumption where improved energy storage and lower device cost are crucial to their future acceptability, and contribute towards reducing the UK s reliance on fossil fuels for domestic energy.The project team Sharp Laboratories of Europe Ltd, Thomas Swan and Co. Ltd and The University of Manchester are developing Graphene based materials and sodium ion battery technology that will give improvements in sodium ion batteries for application in a range of enhanced electrical energy storage devices. The devices will have a significant impact on the introduction of local energy generation and consumption where improved energy storage and lower device cost are crucial to their future acceptability, and contribute towards reducing the UK s reliance on fossil fuels for domestic energy.The project team Sharp Laboratories of Europe Ltd, Thomas Swan and Co. Ltd and The University of Manchester are developing Graphene based materials and sodium ion battery technology that will give improvements in sodium ion batteries for application in a range of enhanced electrical energy storage devices. The devices will have a significant impact on the introduction of local energy generation and consumption where improved energy storage and lower device cost are crucial to their future acceptability, and contribute towards reducing the UK s reliance on fossil fuels for domestic energy.

20/08/15