Cranfield is partnering in a £7million European research and development project to develop high energy, safe, lithium-sulfur batteries for electrified vehicles. Improving lithium-sulfur technology could be a key factor in stimulating the adoption of electrified vehicles at mass scale.
The project ‘Lithium-sulfur for safe road electrification’ (LISA) ,which is being led by Leitat in Spain, will last for 43 months and features a total of 13 organisations from across Europe.
LISA aims to develop high energy and safe lithium-sulfur (Li-S) battery cells with hybrid solid state no-flammable electrolytes for automotive integration. A target has also been set for production cost, as it is the main selection criteria for batteries in electrified vehicles.
Li-S technology has three main advantages over the commonly used lithium-ion (Li-ion) batteries:
- A Li-S battery can be twice as light, which impacts vehicle weight.
- A higher theoretical energy density.
- A low environmental impact technology, fully compatible with mass production by green and low-energy processes (the use of natural graphite, cobalt and nickel is discarded), delivering a technology free of critical raw materials and toxic components.
Dr Daniel Auger, principal investigator for Cranfield’s work packages and Senior Lecturer in control and vehicle systems, said: “LISA will allow us to continue to advance Cranfield’s specialist battery management technologies, which are vital in lightweight Li-S batteries. We will be able to extend our systems for an even wider variety of operating conditions, giving improved range and better insight into battery health.”
The project has received funding from the European Union’s Horizon 2020 research and innovation programme.
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Cranfield University is a specialist postgraduate university that is a global leader for education and transformational research in technology and management.
