Understanding Battery Thermal Management System | From basics to advanced-1

[@毛珉]

很好的学习材料

[@jithinlw]

Thanks a lot for the effort s to pull out such an informative content..❤. Much appreciated 👍👍👏👏

[@prashantbr9343]

Very informative, Thanks

[@dipakwaykar41]

Thanks for the insights on BTMS

[@alaaelsharkawy751]

Good job

[@siddheshnerurkar8011]

Thank you for this video

[@TechLanz_original]

Thank you :)

[@hngtng1]

Thank you for the video!!

[@travelconfidently]

thanks for this video, very well explained..

[@Mad-v3d0n]

Great vid!

[@abhishekjati893]

Nice explanation , thanks for sharing valueable information.

[@vasushanmugam9072]

Thank you for great video. Very informative education video.

[@TechLanz_original]

Thank you :)

[@nonaturenofuture6021]

Very good

[@monishkumar459]

I am looking forward to this

[@dineshsivaraman5998]

Very impressed.

[@utkarshahuja236]

At 2:20: Can you please rationalize using resistances in parallel. Heat transfer through the (battery case - TIM - heat sink) appears to be in series.

[@TechLanz_original]

The parallel circuit is for conduction through metal to metal contacts. You need to break down the total cm2 heat flux area to small small patches even while considering TIM. Feel free to send me your query in detail on [e-mail]

[@rohitpauriyal]

Very nicely explained.

[@TechLanz_original]

Thank you :)

[@abhishekjati893]

How did you calculated total resistance R=4.9? What is L , and A you considered for this calculation? Could you please explain ? Thanks

[@samarthtubachi]

Very informative 👍🏻

[@TechLanz_original]

Thank you :)

[@crunxTV]

Nice Explanation. I got one question: Where did you get the figure from 06:58 and the equation Nu = 0.0059 Re^0.09238 * Pr^0.4 from? I can't find those in any literature. Can someone help?

[@kizilyilan95]

When will come next part of this lecture ?

[@ayubbaloba2846]

👍