ALSO what happens when the first generation hits end-of-life... will there be a clear path to recycling? I want to believe these platforms will last more than a subscription cycle...
BUT I guess we won't know until we see a teardown...
[1] https://www.reddit.com/r/SelfDrivingCars/comments/mqijd2/riv...
Funny how (possibly worse) anti-democratic massacres done by US allies (and much more recently) don't get continuous coverage US/Western/Business/Tech press.
Are the Germans biasing toward their companies? Or am I underrating VW’s quality?
Teslas never get serviced, and they don't really use their brakes either due to regenerative braking, so stuff like "rust on brakes" counts as a strike against their "reliability" in this study even though it's harmless.
In reality, owning a Tesla is way more painless than owning a VW.
I sort of remember some of the older MediaWiki desktop themes looking worse than the mobile theme, but it was never enough for me personally to try always using the mobile site at the time. I do still strongly prefer old.reddit.com... For as long as that portal continues to exist.
Kind of. EREVs are what locomotives have been doing for a century (and to a lesser extent barges), which is called diesel-electric in that field. I agree the terminology is lacking, but EREVs are quite compelling (and their high market share in China supports consumer demand).
Hybrid: * ICE must run during regular operation (except for ~very short distances at ~very slow speeds) -- this increases operational costs (oil changes, economy, engine designed for torque and wide RPM range). * Complex drivetrain with wheels moved by electric motors and ICE, axles, etc. * Generally 10-40 miles of EV range
EREV: * Basically an EV with a short range, and whenever you want to charge the battery on the go (or use the waste heat from the ICE) it can use an efficient (Atkinson cycle) engine to do so. (Though american EREVs have used poorly suited engines for parts availability and enormous towing numbers) * Generally 50-200 miles of EV range * Think "EV for daily commute; ICE for road trips (and heating)"
IMO EREVs would've been a better development path than hybrids or pure EVs.[0] Immediately lower TCO in various interest rate environments via highly-flexible battery sizes, no cold or range anxiety issues, technically simple drive train and BTMS.
[0] I mean the Prius made a lot of technical strides given the battery technology/costs and familiarity the industry had with ICE at time. Tesla went full EV which is a very optimistic approach, and works well enough if you stick around the charging network, but the batteries are still expensive and heavy compared to a small ICE + tank.