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An in depth understanding of battery know-how and the underlying physics processes is critical to design high-performance, sturdy, and secure batteries. Physics-based modeling is getting used for constructing correct simulations of batteries, incorporating totally different elements via predefined physics-based interfaces, from detailed buildings in a battery’s porous electrode to the battery pack scale, together with thermal administration methods.
In this webinar on the Fall Digital Convention on EV Engineering, we are going to talk about and exhibit how COMSOL Multiphysics and the Battery Design Module present totally different options and functionalities for battery design and evaluation, which can assist within the growth of the following era of batteries and facilitate the mixing of those batteries into closing electrical gadgets.
Different classes at our Fall Digital Convention embrace:
Exploring a Thermally Insulative Coating for Fireplace Safety of EV Battery Packs: Safeguarding the Future
On this presentation, we are going to present a complete overview of our thermally insulative coating, EV Defend 1000, and its potential affect on fireplace safety.
Uncover how this cutting-edge answer acts as a safeguard, mitigating thermal runaway dangers and enhancing the general security of electrical automobiles. We’ll discover the important thing rules behind this coating, together with its thermal insulation properties, flame retardancy, and sturdiness.
See the complete session record for the Fall Digital Convention on EV Engineering right here.
Broadcast reside on October 2-5, 2023, the convention content material will span the EV engineering provide chain and ecosystem, together with motor and energy electronics design and manufacturing, cell growth, battery methods, testing, powertrains, thermal administration, circuit safety, wire and cable, EMI/EMC and extra.
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