Estimating battery SOC with an Arduino and EKF

[@sarankarthikb]

love your content sasha, expecting some more content regarding batteries

[@akinadepraise2020]

I love you and your content Sasha 😘
I have been looking for a beginners video about the kalman filter model and your video just met my expectations

[@GavinRemme]

Great video! Haven’t seen other info like this on TH-cam. Subbed.

[@Uwais_aman]

Great video! Thanks a lot :) Subbed!
Could you please share which N-channel Mosfet you used?
Also, some documents where I can learn how to determine the values of R1, R2, and C1 from pulsed discharge test?
Thanks a lot :D

[@sashaprzybylski]

Thanks! It was a 2N7000 I used. And for determining the values, if you scroll down in this readme, there is a graph that shows the equations for how to calculate it! github.com/sashaprz/Estimating-Battery-SOC-with-an-Extended-Kalman-Filter/blob/main/README.md

[@BhavyaJain_13]

Very informative video Sasha...keep going!

[@MykelOkuboyejo]

i learnt a lot watching this

[@kareemamr3211]

Keep up the good work❤

[@prosperchidera7]

Keep it up. Am motivated.

[@tanvireddy4676]

amazing sasha 🔋

[@sashaprzybylski]

thank you so much tanviiii, appreciate you so much

[@ryanjhi2224]

wow. very informative. how did you gain so much industry knowledge? very impressive

[@sashaprzybylski]

Thanks! I'm self taught - google scholar, perplexity, and youtube are my best friends!

[@CharitySma]

What method did you use to calculate ?? Coulomb counting ?

[@sashaprzybylski]

extended kalman filter! which uses a voltage-based model of the battery

[@cctgiselle]

🔥🔥🔥🔥🔥