SemperVee
Well-known member
- First Name
- Dar
- Joined
- Jul 11, 2022
- Threads
- 11
- Messages
- 88
- Reaction score
- 72
- Location
- Seattle wa
- Vehicles
- 2022 Lariat V8
- Occupation
- Happily Retired - USMÇ
- Thread starter
- #1
I'm glad I read your response first.So let me get this right:
What a privileged, incompetent, whiney child. I'm dumber for having read that article.
- He bought an electric vehicle and didn't research to know that in order to fill it up quickly, he needed a charger. (He could slow charge overnight with an extension cord)
- So he bought two chargers, one for his house and one for his office. Then whined about the cost of that decision.
- He then also whined about the cost of the installation of those chargers.
- Then he "planned" a 1400-mile road trip with a vehicle range of 300ish miles and complained that filling up his vehicle took time and money.
- Then when some public infrastructure was broken, and no one was there at the snap of his fingers to fix it, complained about that too?
I guess I'm the unicorn. 2 vehicles, both of us retired. I have an F-150 PB used mostly for hunting, towing and trips, averaging about 8000 miles a year. My wife has a 2013 Subaru Impreza with a massive 14K miles on it in 10 years used for around town. We can run her car till the day we are both gone from this earth. The nearest charger, and town, is 40 miles from my hunting area. To top it off I'm in an older home that has limited electrical service so I could see adding a decent charger would be fairly costly. I can't see any scenario that it makes sense to replace either vehicle with an EV. EV does NOT work for everyone and probably never will.Don't feed the corporate presstitutes. This message has been brought to you by pfizer.
Big oil went after nuclear like mad and look where that got us. Their propaganda division will do the same for EVs. Which with their numerous faults, are still the best option for an overwhelming number of vehicle owners. One would even be foolish to not have an EV in a 2 vehicle household today. Once the charging infrastructure gets better as well as battery tech / charging time, it'll be a whole lot easier to transition completely.
The idea of being able to literally free your mobility from countries and companies that hate you by charging via the sun is really priceless. Some will try and sell others on it being "green", which it is not. What it is however is being smart. Gas doubling or tripling (again) will have little impact on your ability to move about. It'll still raise the cost of other goods, but you can literally operate a vehicle on sunshine. Crazy
very true. I really wish all sides of the spectrum would see this/openly admit it/work towards a reasonable and realistic future.EV does NOT work for everyone and probably never will.
you and me bothI guess I'm the unicorn. 2 vehicles, both of us retired. I have an F-150 PB used mostly for hunting, towing and trips, averaging about 8000 miles a year. My wife has a 2013 Subaru Impreza with a massive 14K miles on it in 10 years used for around town. We can run her car till the day we are both gone from this earth. The nearest charger, and town, is 40 miles from my hunting area. To top it off I'm in an older home that has limited electrical service so I could see adding a decent charger would be fairly costly. I can't see any scenario that it makes sense to replace either vehicle with an EV. EV does NOT work for everyone and probably never will.
There's some rather inaccurate info right there that you've been led to believe. EV batt sizes range from 60 to 131kWh usable. A 40a EVSE will provide 9.6kWh worth of charge using a 50a breaker. This is what an electric range uses, less than the heating coils for an old resistance style HVAC . It can also be set to charge at any time, overnight is common 10 or 11 till 7 or 8 in the morning. For context the powerboost can run a 30a EVSE. Your 250a service can EASILY support an EV, and anyone saying otherwise is blowing smoke up your rear. (The EVSE is the device that takes the power from the building to the vehicle - some mistake them for chargers but they're not, they simply take the split phase AC and deliver it to the vehicle)our power lines are older and our home is 250 amp service
i did math for a mach e or lighting and the power coop said we needed to be 300 amp or add a power pole meter. plus it would require them to add a transformer on the feed pole across street.
we are 7 miles to town and closest charger/s are at the ford dealers. one is 32 miles from home, the other is 27 and the last one is 34.
That is your take, and that’s fine, but an EV doesn’t work for everyone.Don't feed the corporate presstitutes. This message has been brought to you by pfizer.
Big oil went after nuclear like mad and look where that got us. Their propaganda division will do the same for EVs. Which with their numerous faults, are still the best option for an overwhelming number of vehicle owners. One would even be foolish to not have an EV in a 2 vehicle household today. Once the charging infrastructure gets better as well as battery tech / charging time, it'll be a whole lot easier to transition completely.
The idea of being able to literally free your mobility from countries and companies that hate you by charging via the sun is really priceless. Some will try and sell others on it being "green", which it is not. What it is however is being smart. Gas doubling or tripling (again) will have little impact on your ability to move about. It'll still raise the cost of other goods, but you can literally operate a vehicle on sunshine. Crazy
thanksThere's some rather inaccurate info right there that you've been led to believe. EV batt sizes range from 60 to 131kWh usable. A 40a EVSE will provide 9.6kWh worth of charge using a 50a breaker. This is what an electric range uses, less than the heating coils for an old resistance style HVAC . It can also be set to charge at any time, overnight is common 10 or 11 till 7 or 8 in the morning. For context the powerboost can run a 30a EVSE. Your 250a service can EASILY support an EV, and anyone saying otherwise is blowing smoke up your rear. (The EVSE is the device that takes the power from the building to the vehicle - some mistake them for chargers but they're not, they simply take the split phase AC and deliver it to the vehicle)
8 hours on a 40a EVSE in a lightning is 144 miles range. Let's say you only want to use the 32a option instead on a 40a breaker, that's something you can run 12hrs a day picking up ~190 miles per charge, which is about the same as running the 40a for 10 hours which should be really easy on a 250a service. Multiply the stated ranges by 1.5 and you have an easy compact SUV like the mach-e. I run a 40a at the office EVSE on a 200a panel with 2 heat pumps each on a 50a breaker. While charging the EV w/ both ACs set to 71 degrees the 30 minute average is a whopping 14kW. The building is 3ksqft on that panel. The 32a option is great for 125a services or 150a on older homes. This whole concept of needing some huge power reserve just because something that pulls dryer to stove level current is just poo.
When I charge the MME at 40a, it's often once a week for a few hours, 40-50% up to 90% in under 5 hours.
Not sure of any 80% rule for space in a Main Panel. I think the 80% rule is the amount of continuous load you can put on a circuit breaker. So for a 50A circuit breaker, one can only go up to a 40A EVSE (electric vehicle service equipment, usually just a on-off relay talking to the vehicle).80% rule for space in breaker box ?