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This series of lectures are very good and clearly structured and explained. Thank you for making them.

Nice video sir

Very nice thanks for teaching great work

Excellently explained sir

what is this SOE ?

How can we get it

Super clear explanation, Thank you!

Do we have a full circle recycling system?

Спасибо бро!

It comes back to 1st of system response in control system. Interesting stuff😊

hi very interesting, but what about cooling and serviceability ?

6:00 Optoisolators are your friend for this application. Usually use a combination of 3 types of switches for HV Li battery arrays, a single use fuse for safety, a Mosfet for soft disconnect, and a heavy duty relay for enable and disable main power to subsystems. ❤

Nice video i love it brother

why is the gnd of the slave of the two integrates connected by the daisy chain connected to the last cell of the master

I appreciate it so much😀

What are the parameters of the cells/batteries you are using to derive the SOE (Safe Operating Environment)?

Nice and excellent video

Very good content and in depth coverage of the subject, you have been able to condensed so much information in just in eight minutes. I have been watching so many videos on RUclips where the creators will produce hour length videos but are unable to convey so much knowledge in so little time. Keep it up, wished this would kind of become a guideline for posting content on RUclips.

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 RUclips. Thanks for the great work.

Thank you. Clear my explained

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Sir, charger why not on without bms?? How to on for testing without bms??

A complex topic explained so well !

excellent explaination

OK, excellent information. Do you have a SoC code using C++?

Good explanation. How does one bypass a BMS and charge a low cell via current controlled power supply at say 20% of the Ah rating rated current.

Excellently explained

These videos are amazing

Love your engineering knowledge . Thank you !!!

It's really very good video

foxBMS PCBA, ruclips.net/video/wvT09qzAMdk/видео.html

This is a great explanation that help me understand the top level of BMS.

Thank you sir....

Lto is a different kind of anode while the rest are all cathodes.

I wish I had a teacher like him in college.!!!

Thank you

Interesting

Which architecture is the best for EV cars, In terms of BMS challenges energy density and charging time?

Thank you for your insights 😊

Sir Erik, how did you derive the 160Miles from the current max range I am a little bit confused? Can you help?

Very Nice Explanation. Lots of information. Please do more videos

What a great way to explain to a beginner. The concept is very clear with this presentation and will help understanding the next levels. Thank you Sir

Wow, that was amazing. I would request you to please upload more detailed topics like you mentioned for future videos. Thanks again for sharing the knowledge

so if u unplug the battery does ot stop the cell catching fire?

Hi, I have a left over 48 volts BMS and charger from an E-bike. And I wanna use the 58 Volt charger to charge a 24 Volt 18650 battery pack. Can I use half of the BMS to charge the smaller Battery pack???

Sir please explain about DCDC/ESC converter.

Your explanation beats what my professor has covered.

Cathode is negative side not positive

Usually master disconnect possible at negative side