Apologies in advance as I am trying to understand battery capacity vs motor output concepts.
I am in the early stages of building/converting a vehicle to electric. A build log will be created in the proper forum in the coming weeks. But first, there are a few basics I need to understand & review before jumping into this project.
Ideally, I would like to use Tesla battery modules as the size & modularity of these untis will work perfect for my needs.
Additionally, I am would like to use a 400kW Tesla large rear drive unit in my build
I do not seek long range capabilities... Something between 50 & 80 miles will be more than acceptable (at crusing speeds, not full tilt).
If I use 4 Tesla battery packs, will I have the ability to run a Tesla motor at full output capabilities or is there a lack of discharge to fully power the motor? How do I calculate the output capacity based on the number of Tesla battery modules?
Thank you in advance.
I am in the early stages of building/converting a vehicle to electric. A build log will be created in the proper forum in the coming weeks. But first, there are a few basics I need to understand & review before jumping into this project.
Ideally, I would like to use Tesla battery modules as the size & modularity of these untis will work perfect for my needs.
Additionally, I am would like to use a 400kW Tesla large rear drive unit in my build
I do not seek long range capabilities... Something between 50 & 80 miles will be more than acceptable (at crusing speeds, not full tilt).
If I use 4 Tesla battery packs, will I have the ability to run a Tesla motor at full output capabilities or is there a lack of discharge to fully power the motor? How do I calculate the output capacity based on the number of Tesla battery modules?
Thank you in advance.