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On Monday, April 22, 2019 at 8:59:23 AM UTC-4, tra...@optonline.net wrote:
I'm sorry if the math confuses you so. I may have posted those numbers, but you need to be able to comprehend the context if you want to apply math.
> "About right. 120 volts, 12 amps and more like 60-70 hours if starting near zero charge."
Yes, and what was the context? Try actually reading what people write rather than what you want to see.
There's the problem. You keep assuming the car isn't charged. That's a huge difference between an ICE and an EV. The ICE is reliant on being driven to a fueling station to get fuel. An EV can be charged nearly anywhere. When I have a wife, I will keep my EV plugged in at all hours of the day and night and will never be short on fuel. As it is, I am away from home and still keep more than enough fuel in the car to reach any hospital in the are. At home I keep enough fuel in the tank to reach chargers and hospitals..
Not correct for the reasons I've given several times in this thread.
--
Rick C.
--++ Get a 1,000 miles of free Supercharging
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On Monday, April 22, 2019 at 12:16:13 AM UTC-4, gnuarm.de...@gmail.com wrote:
On Sunday, April 21, 2019 at 4:31:27 PM UTC-4, tra...@optonline.net wrote:
On Saturday, April 20, 2019 at 5:18:50 PM UTC-4, gnuarm.de...@gmail.com wrote:
On Saturday, April 20, 2019 at 4:47:38 PM UTC-4, bitrex wrote:
On 4/20/19 3:58 PM, gnuarm.deletethisbit@gmail.com wrote:
Longest was in 1985 during Hurricane Gloria, about three days, I have a
vague memory of it. The most recent was last April after an unusually
strong late season noreaster with 90 mph wind gusts, it was out for just
a little more maybe 26 hrs.
The grid around here seems to be pretty well-maintained and even large
blizzards have trouble knocking it out for any significant length of time.
Regardless, events like this don't catch us unaware. With a fully charged EV you can get safely away easily. People just like to spread FUD about things they don't understand.
Right, hurricanes don't just pop up out of nowhere and knock the grid
out before you know what's happened in the 21st century.
AFAIK all current EVs and plug-in hybrids for sale can do a "Level 1"
fallback-fallback 120 volt 8 amp charge that more-or-less any regular
outlet connected to any home or business wiring system should be able to
support with little stress, and charge up something like a Model 3 to
full range in prolly 50 hours or so.
Even a million of them plugged in and charging at that rate in a certain
region prepping for a possible evacuation wont stress the grid.
About right. 120 volts, 12 amps and more like 60-70 hours if starting near zero charge. It's around 3 to 4 miles per hour of charging depending on the model of car. Model 3s are more like 4 miles per hour. So an overnight gives you around 50 miles.
Most people who have an EV install a 240 volt connection and can get a full charge overnight, just like a level 2 charger at a hotel or other facility.
Charging issues are overstated usually. In an emergency you need to be prepared just like in an ICE. Once the gas stations run out of fuel a gas car isn't going anywhere either. In many situations it will be easier to get electricity than gas.
Electricity that, per your calculation takes 3 days to fully charge the car
and then it goes 175 miles. I can put gas that will do twice that into
a car in 10 minutes. They are good for a second car, but only if you have
a real car for when you need it.
Your math is faulty. Again, perhaps you should just not live in an area prone to evacuations.
It's not my math, it's YOURS. You posted this, or did someone hack
your account?
I'm sorry if the math confuses you so. I may have posted those numbers, but you need to be able to comprehend the context if you want to apply math.
> "About right. 120 volts, 12 amps and more like 60-70 hours if starting near zero charge."
Yes, and what was the context? Try actually reading what people write rather than what you want to see.
Evacuations are not the only issue. Any incident where you need to drive
your car somewhere UNEXPECTEDLY is a potential problem. Your wife has
an accident, your EV isn't charged.
There's the problem. You keep assuming the car isn't charged. That's a huge difference between an ICE and an EV. The ICE is reliant on being driven to a fueling station to get fuel. An EV can be charged nearly anywhere. When I have a wife, I will keep my EV plugged in at all hours of the day and night and will never be short on fuel. As it is, I am away from home and still keep more than enough fuel in the car to reach any hospital in the are. At home I keep enough fuel in the tank to reach chargers and hospitals..
You get a call that your vacation
house has a water leak in the basement. You have a rental property,
renters are there and they say there is a problem. Your mother just
had a heart attack. In all of those, with a gas car, even if the tank
is near empty, I just get in it, start out and I can have it full in
10 mins and I have an unlimited limited range. If you rely on only
an EV, in any of those
situations, you're at a big disadvantage. And if you're away from
home when that happens, 125 miles off to nowhere, it all just gets worse.
Not correct for the reasons I've given several times in this thread.
--
Rick C.
--++ Get a 1,000 miles of free Supercharging
--++ Tesla referral code - https://ts.la/richard11209