If you could convert your iPhone to run on gasoline I think you’d really have something.
Any iphone converts to a useless POS on a regular basis.....
If you could convert your iPhone to run on gasoline I think you’d really have something.
Our electric grid is in troubleThat's charging at 44kw, way less than the tesla superchargers but that would be 183 amps on a standard 240 volt connection, that would be too much for even a 200 amp household service.
Our electric grid is in trouble
Our electric grid is in trouble
If the future is everyone running a 200amp charger every night our infrastructure isn't setup for this....Why is that?
If the future is everyone running a 200amp charger every night our infrastructure isn't setup for this....
No one needs a 200amp charger. A 30amp dryer plug is enough for 2 EV.
2 questions..... how long would it take to charge 2 Ev's on a 30 amp dryer plug, and how can these 250kw fast chargers you refer to run on a 30A circuit?
2 questions..... how long would it take to charge 2 Ev's on a 30 amp dryer plug, and how can these 250kw fast chargers you refer to run on a 30A circuit?
Home charging (ac) is a slower overnight charge. Dc charging is fast and more suited for someone travelling a long distance.
How long it takes is a huge variable compared to how far you are driving but in my case about 3 hours charging for 90km drive. So think of it this way.. drying 4 loads of laundry is the energy equivalent to pushing a 4100lb car down the highway for 90km at 110km/h.
DC charging at home would take the same time as AC charging as you’re still using the same 30 amp service.
If I was walking out of high school today I'd become an electrician or linesmen, they are going to have a lot of work to do in the coming decade.
You can't DC charge at home, AC at home uses the cars onboard charger to convert to DC for the battery, DC fast charging is high output and specific to superchargers. No one has a home service with enough power to run a supercharger. Being the reason DC fast charging is faster.
He meant if you used a converter.
Because it would still only be the same amperage.
jhurkot, have you looked at any of the hybrid vehicles? Especially the plug in hybrids? Considering our recent vehicles issues we have been looking at possibly getting an SUV, in particular the Toyota Rav4 Prime, looks like it has 60km EV range and should come with a heat pump cabin heater good to -10 like the Prius Prime has.
Not really. I don’t see the point of having an ICE in 2020. The volt was a good car but the thing that bugged me the most was that if the battery was just bigger it didn’t need the engine.
I see. For us full electric isn't quite practical yet, the charging infrastructure doesn't exist up here yet. I'd be pretty much landlocked, I don't think I'd quite make the Edmonton supercharger from here in a model Y. Not to mention the nearest service center is in Calgary would be an issue for us.
For the $25k difference in purchase price I can go a long ways paying for fuel in a PHEV. The cool thing I like is 60km EV range will cover 90% of our around town driving, plus the range of gas with service stations on the highway. Also in really cold weather it will run the ICE for cabin heat instead of electric heat.
And maybe then I can justify putting another 10 solar panels on the roof...