SemiSalt wrote:TheOffice wrote:The NJ Turnpike has Tesla chargers at rest stops. We stopped once each way. Maybe 4 out of 10 chargers were in use.
So, how long to charge your EV on the NJ Turnpike on the Wednesday before Thanksgiving?
Key point right here ^^^^^
I think the biggest difference between an E-car and a G-car (E=electric) is similar to what used to happen when you drove a diesel car:
You have to plan! Many of us human types are
NOT good at planning and don't enjoy it.
(That gives the planning part of the population a massive advantage in everything from education to job advancement, but that's a different post.) With G-cars, there is almost always a gas station within a few miles, and rarely a line. We pay a massive premium for gasoline to amortize the cost of all that infrastructure.
(Estimates are that we have 5 times the number of gas stations we'd need if we knew how to plan.) But, there you have it.
With an E-car you need to plan your stops, potentially have to wait to fill up
(like the '74 oil embargo for G-cars), and may be forced to face the fact that you're one of those who can't or won't plan a trip.
Of course, there are times when planning won't solve a massive overload of the system. Thus, Semi's correct post above. But, those are outliers, and given they only happen to a tiny percentage of the people on a tiny percentage of the days each year, they should be ignored. But, we human types remember the outliers including only the peak boat speed and wind speed during a race. I am literally researching human memory of boat and wind speed in an attempt to get an accurate view of how far off humans are. So far, it looks like the "perceived average speed" is about 80% of the way to the peak and FAR above the actual mean or median, regardless of how rarely the peak occurs.
(Boat speed is particularly off as folks shout out the peaks with glee and never mention the speed when dogging it.) Finally, this queueing problem with E-cars is a temporary thing and one where Tesla has a MASSIVE advantage over any non-Tesla E-cars. They have sunk much more capital into the infrastructure across the globe and it is an extremely astute strategy as we lazy humans don't want to plan. Secondly, Tesla has proven itself to be vastly superior at software both within the car and on the internet. For example, they have been shipping queuing assist software for over a decade and the competition still hasn't got it. The guidance software will route you to the charger with the shortest queue. Therefore, we'll pay more for an E-car and more for electricity if we can only be relieved of the cognitive load of
"planning". It's akin to the success of the east coast shuttle airline. Just show up, there's one every hour. Despite the obvious higher cost, we humans sign up because so many of us can't plan.