200 rpm tops ... my guess is that they'll be mainly used for golf carts or forklifts.Interesting that their website makes no mention of using their motor design for EVs.
200 rpm tops ... my guess is that they'll be mainly used for golf carts or forklifts.Interesting that their website makes no mention of using their motor design for EVs.
So then how is your post pertinent to the subject of this thread?200 rpm tops ... my guess is that they'll be mainly used for golf carts or forklifts.
You mean, the thread titled EV's ?So then how is your post pertinent to the subject of this thread?![]()
That's the thread your post is in, no?You mean, the thread titled EV's ?![]()
Fair enough.Ok, now I'm officially confused ... I thought that the intent of my post was obvious. But this being your thread, the least I can do is have the courtesy of explaining myself.
Although said motors' rpm's are rather low for direct application on moving vehicles, their extremely high efficiency, plus their use of conventional and inexpensive materials make them candidate for adaptation into EVs by simply adding a gearbox to increase their output speed. The decrease in efficiency due to the presence of said gearbox could be justified by their higher power to weight ratio, and their manufacturing cost. Which may result in a better alternative than the PMSMs currently being used in most EVs.
the problem is that the average vehicle is operated during prime charging periods. The stars would have to line up, but, any generation toward EV charging is a bonus with todays fuel prices.How much vehicle travel-distance/year is that time based upon?