Keep it up with the great work! Recently I landed a job as a Battery Systems Engineer and to be honest your videos helped me a lot preparing for the interviews.
would you be kind enough to share some of your battery knowledge as I have done a research project on one but who knows you might give some info that is useful to me and vice versa :)
I am not sure if you are Dr but from the knowledge and the way you explain I am feeling like addressing you as a Dr. Thank you so much for such explanation to things.
Hi Erik, I am going through all your videos, as you have produced some very good content. But there is one statement you made in this video regarding the pouch cells which is in line is what I can find generally on the internet, that this particular form factor will expand and contract that requires special attention as well as kind of disadvantage it with respect to the 2 other form factors. But does the materials in the cylindrical and prismatic cells also do not face the same constraints? How do these 2 other form factors mitigate the growth in size while charging and contraction while discharging? Wish you were posting more content on UA-cam. Thanks for the great work.
Excuse me but at 2:00 you state you can use different manufacturers cells so long as the physical size is similar. Incorrect as different manufacturers have different capacities and amp discharge
A graduate course packed into a single video. Love it!
Keep it up with the great work! Recently I landed a job as a Battery Systems Engineer and to be honest your videos helped me a lot preparing for the interviews.
would you be kind enough to share some of your battery knowledge as I have done a research project on one but who knows you might give some info that is useful to me and vice versa :)
I am not sure if you are Dr but from the knowledge and the way you explain I am feeling like addressing you as a Dr. Thank you so much for such explanation to things.
This series of lectures are very good and clearly structured and explained. Thank you for making them.
I watch this every time I design a battery application. Very informative
I'm learning More Than My Clg🥰🥰 We Want More Videos
So helpful:) first time seeing you but I already subscribe and have notifications because this deserves to watch. Thank you
It's really useful keep going man want more videos
We have more videos on the way! Check back here tomorrow.
We miss you!
Hi Erik, I am going through all your videos, as you have produced some very good content. But there is one statement you made in this video regarding the pouch cells which is in line is what I can find generally on the internet, that this particular form factor will expand and contract that requires special attention as well as kind of disadvantage it with respect to the 2 other form factors. But does the materials in the cylindrical and prismatic cells also do not face the same constraints? How do these 2 other form factors mitigate the growth in size while charging and contraction while discharging? Wish you were posting more content on UA-cam. Thanks for the great work.
very good explanation
Thank you for your insights 😊
Which architecture is the best for EV cars, In terms of BMS challenges energy density and charging time?
Excellent video! Kill the background music (IMO).
Excuse me but at 2:00 you state you can use different manufacturers cells so long as the physical size is similar. Incorrect as different manufacturers have different capacities and amp discharge
wikipedia bullshit! should summaries at the end