Charged EVs | Webinar: Growing battery cooling system reliability and security with engineered fluids and polymers

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Charged EVs | Webinar: Growing battery cooling system reliability and security with engineered fluids and polymers


How can science assist OEMs to fulfill electrical car security rules and enhance cooling system reliability?

This webinar will look intimately at how engineered fluids and polymers may help OEMs to fulfill these new rules. Offered by Lubrizol, a group of consultants will talk about how dielectric fluids can be utilized instead of water glycol fluids in chilly plate cooling methods. Sharing findings from their work with electrical automobile racing groups, they’ll talk about how dielectric fluids carry out in chilly plate cooling methods and share the explanation why it is a safer and extra dependable fluid alternative on this software for not solely EVs but in addition hybrids.

We may also talk about how modern chemistry may be assist suppress fireplace in battery electrical automobiles and hybrids. It will contact on the battery cooling system as an entire, from the formulated dielectric fluids that can be utilized to immerse and funky the battery to the thermoplastics that can be utilized to assemble the casings throughout the system. We may also talk about the elements that OEMs want to contemplate when designing a system that can be dependable akin to materials compatibility. Choosing the proper parts will allow a safer and extra dependable system.

Lastly, security and system reliability doesn’t cease on the car itself. How will we be sure that the system is protected and dependable while being charged? Enabling further quick charging goes to be essential within the adoption of electrical automobiles. We are going to talk about how immersion cooling fluids can be utilized on this software in addition to how charging may be enabled by flame-retardant thermoplastic polyurethane (TPUs) which are optimised to be strong, versatile and thermally steady

Reserve your spot—it’s free!


Different classes at our Fall Digital Convention embody:

Battery Modeling With COMSOL Multiphysics®

Designing high-performance, sturdy, and protected batteries requires an in depth understanding of battery know-how and the underlying bodily processes. Modeling and simulation software program helps designers look contained in the battery in a manner that isn’t attainable utilizing experiments. Battery methods are studied by numerous stakeholders with distinct objectives and functions. Relying on the aim, modeling and simulation initiatives may be executed with completely different scopes.

On this webinar, we are going to talk about battery modeling at three completely different design scales: the microscale, cell scale, and pack scale. Then, we are going to present a fast overview of the COMSOL Multiphysics® software program person interface and the overall Mannequin Builder workflow. Lastly, in a stay demonstration, we are going to present how battery designers can use the options out there within the COMSOL® software program to judge and optimize completely different thermal administration methods for battery packs.

Reserve your spot—it’s free!


See the total session record for the Fall Digital Convention on EV Engineering right here.

Broadcast stay on September 16-19, 2024, 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.