The company has stated that his development will aid the widespread adoption of battery electric vehicles [BEVs] across the world.
Shell Lubricants collaboration with RML Group, a UK-based automotive company, has built a 34 kWHr battery pack using Shell EV-Plus Thermal Fluid featuring proprietary Shell Gas-to-Liquid (GTL) Technology.
This battery has been developed in way to make it capable of charging from 10% to 80% capacity in under 10 minutes.
According to Shell, ‘the thermal fluid reduces thermal stresses very significantly allowing much higher cell charging currents to be tolerated’.
Shell EV-Plus Thermal Fluids are electrically non-conductive fluids, which facilitate better heat transfer.
In an efficient electric vehicle, operating at an energy economy of 10 km/kWh, the system could achieve a charging rate of 24 km per minute of charging time.
This represents a substantial improvement over the typical 5 km per minute seen in many current battery electric vehicle (BEV) designs, according to Shell’s research.
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Jason Wong, Global Executive Vice President, Shell Lubricants commented: “We are thrilled to demonstrate that Shell EV-Plus Thermal Fluids can help to significantly improve battery thermal performance, paving the way towards higher charging efficiencies, enhanced safety, convenience and cost-effectiveness – to support the widespread adoption of BEVs demanded by legislative initiatives around the world.
“This evolution is a testament to our commitment to collaborative innovation towards enabling more value with less emissions.”
According to Shell, the electric vehicle market has grown significantly, with sales increasing 14% in 2024 compared to 2023.
The Shell Recharge Survey showed that EVs in both Europe and USA are driven further than ICE vehicles with over 52% of EVs in Europe and USA driven over 15,000km a year vs 22% of non-EVs in Europe and 42% in USA.
However, among those not driving an EV, over 44% in Europe, USA and China cited concerns about EV range anxiety or lack of public charging points in their region.
Robert Mainwaring, Shell’s lead engineer on the project, commented: “Consumers are in pursuit of better energy efficiency, longer driving range and faster charging. Our ambition within this project was to show how Shell EV-Plus Thermal Fluids can support significant reductions in charging time without compromising cell integrity and lifetime.
“By embracing advanced thermal management solutions, we believe this will open the door to a new generation of more sustainable, efficient and cost-effective battery electric vehicle solutions.”

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