Thanks 👍

I want to do a project similar to your system about lithium battery cooling. I have some knowledge on the heat exchanger. I have never seen the cooling system used in the system. Can you help with mathematical calculations and methods related to this ?

Thanks...

Hello Cindy, i am interested in understanding cell heat generation profile..

Hi I like the design and the modular option of the product. I just want to confirm is this product still available?

We are undergrad students working on a project named "EV thermal management system" for two wheeler batteries like Ola's scooter contains. Can you help us for designing a simulation in matlab for both cooling and heating purpose for li-ion batteries?

this products available in china ?

I like this

Do you force air through the tube or some kind of coolant fluid? Is it properly sealed and withstands the internal pressure when the system is functioning?

I designed and prototyped it but was not able to find a good manufacturer back when I was working for an EV company. Alas

This is what Tesla uses and they have been very successful. However, considering that real-world Li-On cylindrical cells have thermal conductivity anisotropy, wouldn't cooling them axially with a cooling plate be more efficient just like Lucid?

but the silicone layer is a insulator. its better to use a thermal adhesive because even in this video one cell was still moving in the silicone system. that cell will degrade faster and without per cell fusing the pack itself will fail. this is a good product but without a thermal adhesive its pointless.

Where can I purchase this .

A deserved technology to solve cooling problem for battery packs.

You haven’t shown us how much heat exchange has occurred, this is important the battery’s get hot 🥵, the motor gets hot 🥵 how much heat is exchanged. My money doesn’t exchange with just hype. Seriously 😒.

Invented by Tesla Motors. Open patent.