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Edited Date/Time
4/10/2022 8:26am
The Japanese OEMs agreed to an universal battery configuration but how will factory machines be different to their production electric bikes? Runnng different software for performance gains or extended battery life? Next generation battery packs that are lighter and more powerful?
On a related issue, when pro racing stops focusing on ICE machines this will result in seismic changes in the aftermarket industry. I know the future is coming but I hope it takes forever to get here.
On a related issue, when pro racing stops focusing on ICE machines this will result in seismic changes in the aftermarket industry. I know the future is coming but I hope it takes forever to get here.
True. Just like with electric cars, there’s not much left to do for aftermarket companies. Suspension and brakes (edit: and wheels of course). That’s it.
Also much less maintenance to do on electric cars and bike compared to the ones with an engine. That will kill a lot of shops and garages.
The Shop
Honda CR-E
Is voltage locked? If not... Different cell designs result in higher per cell voltage..
Also... cells put out optimal voltage at a certain temp... let's say 130f... keeping the cells at their preferred temp is good for a lot of power compared to ambient, or too hot (hotter than 150ish)
As far as raw cells... expect at the factory level for them to be using the top 5 percent of cells... or maybe even top 1 percent of those tested... only the best cells will be used to make their packs.... no duds...
And or you can use a transformer to take a 100v pack to 200v... at a massive loss of efficiency of course...
Or you can simply overcharge a pack if voltage isn't locked.... reduces cell life, but at the factory level, packs will probably be used a max of 10 cycles... packs only put out their best ever voltage one time .. usually around the 5th cycle, but that varies a bit on the chemistry design of the cell... the factories will want the pack being used in the main to be on its best cycle...
I think the motor side of things is where it will get real esoteric.... so many different styles, sizes, and winds of motors (unless that is locked).. and if getting an extra 500 watts costs an extra 10 grand on the motor, the factory will spend it... a fully hand built and hand tuned outrunner doesn't come cheap
I have no idea about rules for timing... but you can get a lot of free power be upping the timing... either mechanically at the motor, and/or electrically.... the factories shouldn't have any advantage via timing... other than they will be willing to completely de mag a 20k motor every moto and not worry about it because of use of extreme levels of timing...
But here is my guess- other than overtemping and not worrying about replacement costs.... and having raw dollars to only use the very best raw cells... I would think a works bike wouldn't be a bunch faster than a full aftermarket built bike... maybe 5 percent more power at most... unless they have a good cheat.... Ala f1
That said, most motorcycle sales globally are to continents with no ICE stoppage mandate, so any electric development is targeted truly at North America, Europe and China, where buyers are affluent enough to spend $$ for these machines.
https://www.visordown.com/news/new-bikes/yamaha-reveals-new-ty-e-20-ele…
Kawasaki going electric by 2035
https://www.youtube.com/watch?v=vJO7zXT1Qmk
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