Category Archive for: Press Release

Faraday Institution commits a further £22.6m to battery research to deliver commercial impact

Integrated project on battery safety launched.

Faraday Institution Strengthens Board of Trustees

Distinguished leaders in energy innovation, analysis and distribution will help guide energy storage research programmes for automotive and other sectors

New facility accelerates battery recycling research

The new battery testing and storage facilities represents an investment of about £590,000.

Step forward in mechanistic understanding of oxygen-redox processes in lithium-rich battery cathodes

Informing practical strategies towards higher energy density batteries.

Cambridge Cleantech and the Faraday Institution to support energy storage companies through STEPS programme

Harwell Campus and Allia will be testbeds for SMEs demonstrating new energy storage innovations

Pam Thomas Appointed Chief Executive of Faraday Institution

Accomplished scientist and leader in research portfolio management to drive forward scientific breakthroughs in energy storage.

Faraday Institution announces six Industry Fellowships to foster relationships between industry and academic researchers

Enabling academics and industrialists to undertake a mutually beneficial, electrochemical energy storage research project that aims to solve a critical industrial problem

The Faraday Institution launches new programme to research battery technologies for developing countries and emerging economies

Scientific, socio-economic and techno-economic studies to advance the use of energy storage to provide access to clean, sustainable and reliable energy.

Faraday Institution publishes 2020 update to its study “UK Electric Vehicle and Battery Production Potential to 2040”

UK at risk of falling further behind Europe for battery manufacturing

Researchers virtually ‘unwind’ lithium battery

An international team led by researchers at UCL has revealed new insights into the workings of a lithium battery by virtually “unrolling” its coil of electrode layers using an algorithm designed for papyrus scrolls.


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