No problem, I've put it on my calendar so hopefully you'll post photos shortly thereafter.Bob, you have asked me that multiple times, Its still October 19th.
Bob Wilson
No problem, I've put it on my calendar so hopefully you'll post photos shortly thereafter.Bob, you have asked me that multiple times, Its still October 19th.
I hope you've seen this: https://insideevs.com/2019-chevy-volt-gets-7-2-kw-charger/My first EV experience was a 2013 Volt, drove it 28K miles in 3 years and only used 18 gallons of gas.
I hope you've seen this: https://insideevs.com/2019-chevy-volt-gets-7-2-kw-charger/
My Prius Prime has a 3.3 kW charge rate and I often find myself pissed waiting at a pay-for-parking, L2 charger. Because it has air cooled batteries, most of the energy powers the AC before the battery can take a serious charge:
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Our BMW i3-REx has a 7.7 kW rate on an L2 charger and CCS for fast DC. My measurements show the cooler only takes ~2 kW.
Bob Wilson
Let's celebrate the improvements. David has experience with an earlier Volt and I'm sympathetic because our Prius Prime has the same limitation. The bigger issue is the question, "What should the minimum J1772 charger rate be?"It's great that the Volt is finally getting a more powerful onboard charger, . . .
Let's celebrate the improvements. David has experience with an earlier Volt and I'm sympathetic because our Prius Prime has the same limitation. The bigger issue is the question, "What should the minimum J1772 charger rate be?"
My experience is all EVs should be at least 10 kW and better still, 20 kW (80A). I'd like to see fast_DC up to 150 kW. But then I have two plug-in hybrids which I drive daily.
Bob Wilson
That's actually what Tesla do at the moment - they parallel the Superchargers so that two adjacent unused chargepoints can feed one car at 120kW, or a pair of cars, one car at 34kW and one 102kW (or two cars at 68kW ea).... It would be trivial to parallel them so two adjacent, unused stations can feed one at 3 times the current rate. Bob Wilson