Me too ! Whats this max current based on ?
Motorcurrent max was 119A on this LOG
Dont understand
Not sure how metr.at calculates amps.
On Ackmaniac, motor and battery amps are multiplied by the number of motor (set in the settings tab).
Maybe you drew 110A. That case, I’m not dsappointed anymore.
Yes, all the data is for the single VESC. @Nowind 55A is battery current (constant current flow), 119A is motor current (short pulses, that’s why it’s higher). I plan to collect data over CAN for both VESCs in the future, this is on my TODO list.
~30Wh/km this is 3x consumption for average mortals on this forum. In 20 years when everything is electric this will be considered as polluting environment! Definitely not ECO-driving
When I play in the mountain my average is 35Wh/km dual 6374 10S.
Not surprised my Jens consumption.
And about being ECO-friendly, this topic is a bit more complicated than just comparing numbers.
What if I charge my battery pack with solar panel and riding 100Wh/km and you 10Wh/km charging your pack with fuel power generator ?
Sorry im new to this! so if I resume you have a 4x 6s setup in series that goes to a parallel connector to your vesc? I wanted to do just that but was unsure if it was ok. I was plannig to use 10ga wire with xt90.
Batteries are graphene 5k 6s 45c.
Vesc 6 x2
Fuse 80a
Thanks for your help
hi guys great to see the builds I’m curious to know what speed is the danger zone I just road my koowheel board down a slight hill and got upto 34 ks on gps with no helmet or pads and was sorta scary being on the road the road wasn’t 100% smooth so was sorta a bit sketchy was waiting for some speed wobble never happened just wondering what the speeds are with the mountainboards when they start getting a bit squirelly
Crazy is the stored energy compared to size and wheight :
Lipo : 545 wH with 3800 gram
18650 : 1056 wH with 4800 gram
Okay on the new pack they are missing the seriel connections and battery wires/plug and heatshrink
Actually have connected the parallel taps with my Sunko… 5 taps a 7mm X 0.15mm… should be good for about 80A continiuos current maybe 100A … hope that will be enough
Could add more… but its really a boring work … would like to prefer some screw terminals like seen on ebikes