April 19, 2022
Date: Tuesday, June 14, 2022
Time: 11:00 AM Eastern Daylight Time
Duration: 1 hour
Electric vehicles (EVs) are essential for lowering CO2 level and achieving net zero emissions by 2050. The automotive and transportation industry is now on the verge of transforming their fleets to electric cars, buses, and trucks. Safer, long-lasting, fast charging and energy-dense batteries are highly demanded. This need must be met rapidly, but also affordably and with sustainability in mind. Auto OEMs, battery manufacturers and materials companies are all investing large amounts of resources for ground-breaking innovations. Time is of the essence and accelerating innovation is key.
During this webinar, you’ll hear about case studies that will reveal insights on design, optimization and innovation of battery cell materials and components, as well as design-for-manufacturing.
Webinar highlights:
State-of-the-art capabilities from Dassault Systèmes with 3D Chemistry modelling and simulation
Validated use-case examples covering challenges, solutions and results
Contract research and how it enables the innovation of lighter, cheaper, safer and better batteries for EVs
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Dr. Lalitha Subramanian, Science Fellow and Director at BIOVIA, DASSAULT SYSTEMES
For over 25 years, Lalitha has leveraged digital technology and successfully delivered energy savings, enabled sustainable solution, remediated product and process failures and driven innovation for her customers resulting in patents and awards. With a Ph. D. in Chemistry from IIT Madras and Post doc with Prof. Roald Hoffmann (Nobel Laureate) at Cornell University, Lalitha combines her expertise in computational science and data science to enable her customers make faster, better, cheaper, and safer batteries.
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