power of graphene for solar cells
Why We Are here
Over 12% of worldwide silver production is consumed by the solar industry; a figure that is predicted to increase dramatically as we transition to net-zero carbon electricity production. Predictions for silver usage between now and 2050 equate to 85-113% of the known global silver reserves.
Silver and other metals already account for over 10% of the manufacturing cost of a photovoltaic module and contribute to its embedded carbon content.
A lower cost and more sustainable electrode material is urgently required.
A new electrode material is also needed to commercialise the latest generation high-efficiency perovskite solar cells. Research grade cells use gold electrodes, which are too expensive for volume production. Other metals cause reliability issues due to metal induced migration.
A single solution
Graphene offers a solution to all of these problems, but only if it can be integrated into the solar cell with sufficient reliability and with a lower resistance than currently available graphene electrodes.
Solve the coming crisis
GraphEnergyTech highly conductive graphene electrodes bring the solution to solve the coming silver crisis in established solar cells technologies and represent an enabling technology for the industrial development of the emerging perovskite solar cells.
Who we are
We’ve assembled a unique team that brings together expertise in high-efficiency solar cell design and low-cost high-conductivity graphene production.
Dr. Thomas P. Baumeler
Dr. Nick Rimmer
Business Development Advisor
Pr. Michael Grätzel
Pr. Andrea Ferrari
Professor Andrea Ferrari is the Founder and Director of the Cambridge Graphene Centre and the EPSRC Centre for Doctoral Training in Graphene Technology. He is recognized internationally for his work on graphene production methods and applications. He chairs the management panel and is the Science and Technology Officer of the European Graphene Flagship programme.