Setting Power Requirements | BMS Design Series Part 01 | Battery Managment System
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- เผยแพร่เมื่อ 7 มิ.ย. 2024
- This is the first video in my non-smart BMS design series. I will be designing a replacement Li-Ion battery pack for some old nickel based milwaulkie power tools.
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#battery #engineering #bms #pcb - วิทยาศาสตร์และเทคโนโลยี
Ha, no one has commented on it, but love your sense of humor
I like your explanation, it is interesting and funny
Gran trabajo, también tengo ese tipo de herramientas y revelas los consumos. Éstoy empezando a explorar el tema de los BMS para graduarme de ingeniero eléctrico en costa rica. Gracias por tus vídeos.
Hi EET. Excited to start the series !
Thanks for watching.
Good start waiting for more
Looking forward to the next episode, cheers!
Looking forward to next video
Waiting next video ❤
Hi Alex, very nice video, thank you for posting! Does those current spikes actually happen because you have put a large capacitor bank in between power supply and the tool and does that actually happen in "real life" environment of the tool?
Yes, those spikes will happen during normal tool operation. The capacitors were to support the power supply so that the spike current was not limited.
HI alex, I am using a 48V battery pack for my electric vehicle. The BMS came with the battery pack. I wanted to know if I could design a BMS by firstly understanding its algorithm ( firstly on softwares like MATLAB). Could you provide some resources from where I can get a roadmap of the complete process. I am an undergraduate.
Hi Alex, first episode is quite informative and good for beginners like me (learning to design BMS). Please provide some guidance for useful resources(if possible), I hope after watching your BMS design series I will be more confident in the BMS design domain.
I have one question also, how to select the capacitor and number of capacitor required in series or in parallel to overcome this spike current in early start.
Hello, there isn't much guidance for BMS design. Texas Instruments have some good design guides for their chipsets but nothing really application specific.
The cells can handle the large spike in moderation. I'll be covering that in a later video.
Hi Alex, what's meant by unloaded current here ?
Unloaded is running the tool at full speed without using it on a object. Just the tool spinning freely in the air.