PythonTwitchBotFramework VS ASI_AmpyDisplay

this is probably my favorite project so far: https://github.com/sharkbound/PythonTwitchBotFramework

72v/50ah battery and it can't do >8.5kW? Do you know what cells it uses?? Must be E-rated. I pulled 24kW from my 72v/42ah of 18660-30Q cells. Sags too much for that now, after some years. Also I have a lot of experience with BAC controllers and developed my own pi-based display for power profile switching and statistic tracking; https://github.com/cwkowalski/ASI_AmpyDisplay They are great controllers, but also a bit unique and finicky. Also very easy to crack the parameter access level restriction. They literally store level 1/2/3 codes in open modbus addresses 😂

I actually developed my own Pi-based display to do just that, and more including BMS management, with my ASI controller; https://github.com/Xenodius/ASI_AmpyDisplay

Depends on the highway. 98% of the time I use an "efficient" tune power profile on this bike. It's a BAC8000 controller and I developed a custom Pi-based display for it, primarily out of a desire to monitor my battery pack via BMS and easily set charge termination, and to quickly swap controller tunes for drag racing/showing off, efficiency, or legal configurations. I've done a few other mods to it since I made a detailed post about it.

I learned python over the pandemic to create an all-in-one Pi display for my 24kW electric bike, that I could use to retune my motor controller on the fly, monitor the battery and adjust charge limits (for conservation I typically only charge it to 70-80%) and much more. The readme is kinda huge and trash cause it's a very very niche project, and the code is definitely not PEP8, but it works great and it's on git; https://github.com/Xenodius/ASI_AmpyDisplay

This probably doesn't apply to you but my bike is a DIY build with an ASI controller. They have an antitheft feature that can be enabled by a digital switch-- I designed my own display for it which enables this antitheft function and requires a PIN code to unlock the bike. I expect a thief scoping this bike would be deterred by the "TRACKING ENABLED" warning and pinpad... No problems yet.

I recently finished programming my own pi-based display for it, and one thing on my to-do list of additions is to add a serial line to the BMS for onboard monitoring and cell-level voltage faults-- should work for any JBDTools-compatible 'smart' bms. And shouldn't be necessary as long a the pack is kept balanced. I'm pretty religious about that-- had a faulty BMS with no monitoring capability blow up a 1.5kwhr pack before. The only battery I didn't build =) It caused a surprising amount of damage.