Hello all,
Cool idea/concept! Having to watch video to get the relevant information is annoying, though, so I poked around. If you search on "eCOPO Camaro" you'll get a bunch of articles.
Here's a decent one.
The upshot is two Borg-Warner HVH 250-150 motors plus a controller in a package that is a bolt-in replacement for a GM LS-series smallblock.
Note that Remy and Borg-Warner use suspiciously similar model numbers for their motors, they are likely the same motors.
Batteries are in 175-lb 200V modules, the demonstrator is running 4 modules for
32kwh at 800V.
I wonder how much tweaking they plan on doing in terms of trying to mimic an engine's power-band, so that using all the gears in the transmission makes sense, and you don't need to run a ridiculous final drive ratio.
I'd like to see this "crate motor" repackaged to mimic a *transmission* rather than an engine, and have it be single-speed. Offer RWD and 4x4 tailshaft/tailhousing versions, to offer a driveshaft mount or transfercase mount. Mimic a common GM transmission. The motors themselves are small, and GM has already squeezed them into a 4L80e case before - see the older GM Two-Mode Hybrid system 2ML70 transmission that incorporated two HVH 250 Remy motors, in a package that is a drop-in replacement for a 4L80e transmission.
With planetary reduction gears (again, set up to not require a ridiculous final drive ratio) and no need for shifting and associated clutches, etc, it should make for a very slim design. Standard fittings for external transmission cooler lines, too. Since most transmissions only have the one rear mount, it'll need some sort of front "cradle" structure to link up to the motor mounts. With the right design, they could easily offer multiple variations cheaply, designed to drop in for anything from a small-block/Powerglide up through a big-block/10R90 combo. Different power outputs can potentially be obtained with different numbers of motors. The front mounting "cradle" can hold the controller, too. They can either integrate a cooling package on that same cradle, and have the installer provide ducting, or leave it up to the installer to choose an approprate radiator/cooler combo to put in the traditional location. A standard V6 radiator with integrated trans cooler would probably be overkill, given how efficient these motors and controllers are.
Similar idea could be done to do a drop-in FWD unit that replaces a transaxle/engine assembly, though it will have the final drive in it as well, and there's a lot less "standardization" in that market, so probably not very attractive from a market size standpoint.
Sure wish I had a lump of working capital, a cheaper cost of living, and a better head for business...