Forum Discussion
wapiticountry
Dec 24, 2020Explorer
pianotuna wrote:Since this thread is about pickup trucks in an RV forum you need to consider the fact that a pickup will take much more energy to travel those 100 miles (they are heavier and less aerodynamic than current electric cars). If they are being used to pull a travel trailer or fifth wheel that will greatly increase the energy consumption per mile and the distance traveled will likely be greater than 100 miles.ORbiker wrote:
Where are you going to get ALL the electric for 300,000 electric vehicles? That's a lot of Amp Hours. KEN
It takes 27 kwh to go 100 miles in a Bev. On a 30 amp service that is 7.5 hours of consumption. On a 50 amp RV service it is 2.25 hours.
How often do you drive 100 miles in a day in your car?
Now you will need much more than 2.25 hours on a fifty amp RV service to charge that EV. That brings into play the fact that RV service wiring is not designed for maximum draw at each pedestal. National electrical codes allow for 7 50 amp service pedestals on a 200 amp service. That is slightly under a 60% load factor. The EV charging times you calculate use a continuous 100% load factor. Even 1 EV pickup truck charging for say 5 hours would likely overload that 200 amp service when all the other RVs on that loop are running air conditioners, microwaves, hot water heaters etc (i.e. using their allotted 60% load). And this doesn't even take into account the fact the RV attached to that EV truck will be using services as well, effectively putting 8 users on that 7 pedestal loop. There is going to be a lot of infrastructure changes needed on the local level to accommodate large Electric vehicles.
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