Very nice build. Something to note is that when calculating peak power you should factor in the internal resistance of the cells and the corresponding voltage drop you are going to see when drawing 67 amps. I've found the P42A's have about 30 mOhms of resistance, so your pack resting at 3.75V a cell will probably sag to around 3.1V at 67 amps. This is close to 4200W peak.
Thank you! The graph at the end of the video shows the voltage drop at 20 amps per cell. That's where I got my 3.7V number since the battery was fully charged, and I am running 3 cells in parallel.
I feel like watching a UA-camr with over a million subscribers.Damn man nice work!
Thank you, I think I am going to start making more consistent videos and learn a bit about the process.
I feel like you could be up there with the bigger creators who have over 1mil+ keep it up you make great videos!
Dude, this is AMAZING 🤯🤯🤯🤯🤯
Thank you!
I recommend you driving your builds and e.t.c. A bit more with more footage .
Keep it up
Good idea! I plan to get some more video going forward on current and future projects.
Very nice build. Something to note is that when calculating peak power you should factor in the internal resistance of the cells and the corresponding voltage drop you are going to see when drawing 67 amps. I've found the P42A's have about 30 mOhms of resistance, so your pack resting at 3.75V a cell will probably sag to around 3.1V at 67 amps. This is close to 4200W peak.
Thank you! The graph at the end of the video shows the voltage drop at 20 amps per cell. That's where I got my 3.7V number since the battery was fully charged, and I am running 3 cells in parallel.
You stole my name
@@Chris-pg9ex 👀
@@BootlegBarry I see, makes sense.
this channel is fucking crazy
State?
Washington
So nice!!