Your point is moot. Don't you know that if we all drive EVs there wouldn't be anymore hurricanes? Global warming….
geoag58 said:Teslag said:
A Tesla uses 1.6kwh of power to run the AC while not moving. That means the typical Tesla will be able to idle in traffic for approximately 45 hours before needing a charge.
You guys really don't even try anymore.
You need to drive to Galveston as a cat 5 approaches and prove your point. Oh and wait until the traffic stacks up. Don't forget to bring an extra battery for your phone.
Teslag said:geoag58 said:Teslag said:
A Tesla uses 1.6kwh of power to run the AC while not moving. That means the typical Tesla will be able to idle in traffic for approximately 45 hours before needing a charge.
You guys really don't even try anymore.
You need to drive to Galveston as a cat 5 approaches and prove your point. Oh and wait until the traffic stacks up. Don't forget to bring an extra battery for your phone.
Emotional arguments are fun.
geoag58 said:Teslag said:geoag58 said:Teslag said:
A Tesla uses 1.6kwh of power to run the AC while not moving. That means the typical Tesla will be able to idle in traffic for approximately 45 hours before needing a charge.
You guys really don't even try anymore.
You need to drive to Galveston as a cat 5 approaches and prove your point. Oh and wait until the traffic stacks up. Don't forget to bring an extra battery for your phone.
Emotional arguments are fun.
And talk is cheap.
Rockdoc said:
Salute the Tesla! (Not)
Teslag said:Rockdoc said:
Salute the Tesla! (Not)
Stimulating, hard hitting analysis, with great information and explanations of battery life and power use.
I don't give a crap what you say.Teslag said:
Teslas don't idle. They are either delivering power to the motors or not. If it's only using AC it's using 1.2 to 1.6 kWh of power. Do the math with an 82kwh battery.
I'm too busy still Saluting the Vaccines. eh.... Marines....Rockdoc said:
Salute the Tesla! (Not)
TheEternalPessimist said:I don't give a crap what you say.Teslag said:
Teslas don't idle. They are either delivering power to the motors or not. If it's only using AC it's using 1.2 to 1.6 kWh of power. Do the math with an 82kwh battery.
I want a combustion engine and that's that.
So get your government out of my car hood.
and it also takes more energy to stop, and that goes back into the battery.AustinScubaAg said:I guess you don't understand physics any better than Economics. The energy need to take a car from 0 to 1 Mph is greater than the energy needed to maintain 1Mph. Even Tesla on their own web page says stop and go traffic reduces battery life.Manhattan said:TAMU1990 said:Except you are moving. Just real slow. And I hope these people charge up before they hit the road.Teslag said:
A Tesla uses 1.6kwh of power to run the AC while not moving. That means the typical Tesla will be able to idle in traffic for approximately 45 hours before needing a charge.
You guys really don't even try anymore.
Have you evacuated before? Most people are going almost 100 miles away. It all depends on if you have family somewhere after 50-60 miles or where you can get a hotel.
Stop and go uses very little energy due to regen..
Evacuating in the path of the storm, excellent idea!Funky Winkerbean said:
The problem will be the return trip after the power goes out for three weeks.
You are scary ignorant.Manhattan said:Evacuating in the path of the storm, excellent idea!Funky Winkerbean said:
The problem will be the return trip after the power goes out for three weeks.
C@LAg said:
Thank you captain obvious..
Hence why i stated "with a computer" and mentioned my XJ wrangler.
We have examples of gas cars out of gas, and gas stations out of gas (all over the state), we don't have any examples of power outages out of the path of the storm...Funky Winkerbean said:You are scary ignorant.Manhattan said:Evacuating in the path of the storm, excellent idea!Funky Winkerbean said:
The problem will be the return trip after the power goes out for three weeks.
Manhattan said:We have examples of gas cars out of gas, and gas stations out of gas (all over the state), we don't have any examples of power outages out of the path of the storm...Funky Winkerbean said:You are scary ignorant.Manhattan said:Evacuating in the path of the storm, excellent idea!Funky Winkerbean said:
The problem will be the return trip after the power goes out for three weeks.
Manhattan said:
Or everyone not evacuating can plug in and be a net exporter to the grid....
I think Ag08 just exposed you as never having evacuated for a hurricane.Teslag said:Ag_of_08 said:
It took my grandmother and mother driving from beaumont, to near Dallas, then back to college station and over 30hrs on the road during Rita.
40hrs at idle is great.... now do 30hrs with a several hundred mile drive.
I dont think you've ever been in a hurricane evac, much less a two week stint living on an accidental island with no power...
So we have now moved the goal post from the OP's 10 to 50 miles to several hundred miles.
TAMU1990 said:
Anyone who has lived on the coast knows how HORRIBLE it is to drive out of Houston area when a hurricane approaches. Can you imagine EVs in this 10-50 mile traffic backup trying to get out of town and breaking down? Running out of a battery charge because it takes 10 hours to go 10 miles? Just the visual of this is a nightmare.
HollywoodBQ said:I think Ag08 just exposed you as never having evacuated for a hurricane.Teslag said:Ag_of_08 said:
It took my grandmother and mother driving from beaumont, to near Dallas, then back to college station and over 30hrs on the road during Rita.
40hrs at idle is great.... now do 30hrs with a several hundred mile drive.
I dont think you've ever been in a hurricane evac, much less a two week stint living on an accidental island with no power...
So we have now moved the goal post from the OP's 10 to 50 miles to several hundred miles.
10 miles ain't an evacuation.
10 miles is an example. 100-200 miles is the real requirement.
Teslag said:
A Tesla uses 1.6kwh of power to run the AC while not moving. That means the typical Tesla will be able to idle in traffic for approximately 45 hours before needing a charge.
You guys really don't even try anymore.
I just figured out why Teslas are so
— PUNS (@ThePunnyWorld) September 24, 2022
expensive.
It's because they charge a lot.
In 2005 it took us nine hours to get from West Houston to college station. Then the regular time to get from college station up to McKinney, about 3 hours, where we were going to stay with my brother. (I was still living at Houston at the time, have lived in college station then Bryan since 2006)FCBlitz said:
Let's look at the Rita Hurricane Model. Folks spent 8 hours, burned 3/4 of a tank and turned around and returned back to their houses because they had only traveled 20 miles.
I would love to Calc out the amount of power required to drive an AC in 102 deg heat with a full load and pulling a trailer. I seriously doubt a TESLA can idle and push an AC for 48 hrs in humid/hi heat conditions.
You do realize that the evac was for 20+ miles and that's what? 1/4-1/3 of a mile?Teslag said:
Picture from Rita evac. Internet is full of them. Barely a trailer in site.
And how long would it take you to charge at the station if there's a backup of say 20 cars? And I don't know how the charging stations work but if the electricity goes out will they still charge?Teslag said:geoag58 said:Teslag said:geoag58 said:Teslag said:
A Tesla uses 1.6kwh of power to run the AC while not moving. That means the typical Tesla will be able to idle in traffic for approximately 45 hours before needing a charge.
You guys really don't even try anymore.
You need to drive to Galveston as a cat 5 approaches and prove your point. Oh and wait until the traffic stacks up. Don't forget to bring an extra battery for your phone.
Emotional arguments are fun.
And talk is cheap.
But numbers and power use is not. If the EV has the battery capacity to support the power draw then it works. No amount of emotionally flailing will change that.
Teslag said:Ag_of_08 said:
It took my grandmother and mother driving from beaumont, to near Dallas, then back to college station and over 30hrs on the road during Rita.
40hrs at idle is great.... now do 30hrs with a several hundred mile drive.
I dont think you've ever been in a hurricane evac, much less a two week stint living on an accidental island with no power...
So we have now moved the goal post from the OP's 10 to 50 miles to several hundred miles.
He makes the silliest jokes on his thread but they usually make me laugh.Teslag said:
Not bad
annie88 said:In 2005 it took us nine hours to get from West Houston to college station. Then the regular time to get from college station up to McKinney, about 3 hours, where we were going to stay with my brother. (I was still living at Houston at the time, have lived in college station then Bryan since 2006)FCBlitz said:
Let's look at the Rita Hurricane Model. Folks spent 8 hours, burned 3/4 of a tank and turned around and returned back to their houses because they had only traveled 20 miles.
I would love to Calc out the amount of power required to drive an AC in 102 deg heat with a full load and pulling a trailer. I seriously doubt a TESLA can idle and push an AC for 48 hrs in humid/hi heat conditions.
I seriously doubt the starting and stopping and idling would've made it in an electric car.
And the starting and stopping and sitting in traffic doesn't affect the charge?Teslag said:annie88 said:In 2005 it took us nine hours to get from West Houston to college station. Then the regular time to get from college station up to McKinney, about 3 hours, where we were going to stay with my brother. (I was still living at Houston at the time, have lived in college station then Bryan since 2006)FCBlitz said:
Let's look at the Rita Hurricane Model. Folks spent 8 hours, burned 3/4 of a tank and turned around and returned back to their houses because they had only traveled 20 miles.
I would love to Calc out the amount of power required to drive an AC in 102 deg heat with a full load and pulling a trailer. I seriously doubt a TESLA can idle and push an AC for 48 hrs in humid/hi heat conditions.
I seriously doubt the starting and stopping and idling would've made it in an electric car.
EV's don't idle. The motors are using power or they are not.
torrid said:
Teslas are great for evacuations because you can nap while it drives itself.