Battery based electric vehicles of today and tomorrow.

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   / Battery based electric vehicles of today and tomorrow. #3,141  
What if in the future, several hundred, if not thousands of electric cars are on the GW bridge, Lincoln tunnel or the capitol beltway in DC and there’s a accident in front of them and an hours-long traffic jam develops?
Now we all know, just like ICE vehicles low of fuel, plenty of the EVs will be low on battery life. Once dozens of EV batteries go dead in the traffic jam, how will you get to them to get them up and running to unblock traffic? If it’s on a bridge, tunnel or multi lane highway where there’s no access to them, how do you recharge them?
With an ICE vehicle, you can literally walk to the vehicle with a gallon of gas and get moving.
Not so with an EV.
Sounds like a nightmare waiting to happen in congested cities all around the world.
 
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   / Battery based electric vehicles of today and tomorrow. #3,142  
Out here, in spite of our humidity/rain, a 1993 vehicle would not be rusted out. That said, a 2003 leapfrogs you past my 1999. :cry::cry::cry:
You spoiled kid, always have to have the newest and best :cool:
If it makes you feel any better, the first 3 buttons on the radio have the numbers worn off, and, oh my, the seat heaters don't work (yet). :)
 
   / Battery based electric vehicles of today and tomorrow. #3,143  
What if in the future, several hundred, if not thousands of electric cars are on the GW bridge or the capitol beltway in DC and there’s a accident in front of them and an hours-long traffic jam develops?
Now we all know, just like ICE vehicles, plenty will be low on battery life. Once dozens of EV batteries go dead in the traffic jam, how will you get to them to get them up and running to unblock traffic?
With an ICE vehicle, you can literally walk to the vehicle with a gallon of gas and get moving.
Not so with an EV.
Sounds like a nightmare waiting to happen.
I'd be more concerned with an ICE running out of gas in that scenario since EVs use essentially no power at all when 'idling' (since they don't idle). An EV could probably sit in a traffic jam like that for days and use about the same amount of power as if there was no jam at all. Nonetheless, there are companies today that offer mobile EV charging where they come to you in just such emergencies. A few minutes and you have plenty of juice to get to a charging station.
 
   / Battery based electric vehicles of today and tomorrow. #3,144  
Which brings up the question:

If an EV runs out of battery power, can you put it in neutral to push it off the side of the road?

I guess the same could be asked of an ICE vehicle with an electronic shifter. How would that work?
 
   / Battery based electric vehicles of today and tomorrow. #3,145  
I'd be more concerned with an ICE running out of gas in that scenario since EVs use essentially no power at all when 'idling' (since they don't idle). An EV could probably sit in a traffic jam like that for days and use about the same amount of power as if there was no jam at all. Nonetheless, there are companies today that offer mobile EV charging where they come to you in just such emergencies. A few minutes and you have plenty of juice to get to a charging station.
Not me, an ICE could sit there all day turned off and use no fuel.

So explain how they get a mobile charging station to an EV stuck in a group of a thousand cars holding up traffic miles ahead in a tunnel or on a bridge?
 
   / Battery based electric vehicles of today and tomorrow. #3,146  
Which brings up the question:

If an EV runs out of battery power, can you put it in neutral to push it off the side of the road?

I guess the same could be asked of an ICE vehicle with an electronic shifter. How would that work?
Just turn key to “on“, depress brake and put in neutral.
 
   / Battery based electric vehicles of today and tomorrow. #3,147  
Just turn key to “on“, depress brake and put in neutral.
Hhahahaha.

Here's a pretty humorous story about a guy testing a Jag with electronic shifter and a dead battery. I promise you, this link is worth the read, as it's a great laugh and a picture of frustration, and makes you wonder how many other vehicles are similarly hard to make towable with a dead battery.

 
   / Battery based electric vehicles of today and tomorrow. #3,148  
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   / Battery based electric vehicles of today and tomorrow. #3,149  
My point is not that Bill should pay more road taxes.

My point is lower income people have to pay a much higher percentage of their income for all BASIC needs just to survive than higher income people. Food, clothing, rent/mortgage, utilities... everything.

Life isn't fair. We all know that. How do we make it more fair for all?
That is not unfair, it is most fair.

If food, clothing, housing, etc, was the same percentage of income for one with $10,000/year as for one with $100,000, as for one with $1,000,000, then why would the poor bother to try harder? Why would the rich bother? Marx thought the rich could be broken with a 25% income tax.

The whole point of increasing one's earnings is to be able to do more than the bare essentials. If a hamburger was $1 for you but $100 for me, why should I try?

As for the Leftist teaching of jealousy of "the rich" for supposedly low tax rates? Almost nobody would be employed were it not for capital investment. "Low tax rates" are due to Capital Gains Tax. The ignorant do not understand "the rich" pay capital gains on inflation. Buy an acre today for $2,000 then in 10 years if it didn't increase in real value it will sell for $2500 in 3% inflation and you have to pay capital gains on that $500 "profit" no matter $2500 is only worth $2000 of yore.

Another inconvenient fact is dividends are paid after-tax. "The rich" get paid dividends out of funds corporations have already paid tax on. Then the recipient pays tax yet again. In a "fair" world only one or the other would pay tax on dividends.
 
   / Battery based electric vehicles of today and tomorrow. #3,150  
Consumption taxes, VATs, flat taxes etc should all be explored, but again, rich people driving EVs should not get roads subsidized by taxpayers way below them on the income scale.
IMO, even the poorest should pay a little income tax, to have skin in the game. Paying a “mileage driven” tax sounds better than a per gallon gas tax.
Taxing a corporation making electric cars is like adding another layer of expense to the consumer and the corporation shareholders and owners still make the same money! Lol
Alabama levies a $200/year tax on EVs over and above the license plate. That is the equivalent of 25,000 miles of gas tax.

Not at all fair at more than double to tax of a gasoline/diesel vehicle.
 
   / Battery based electric vehicles of today and tomorrow. #3,151  
Or this...

Step 2​

Locate and engage the shift lock override. Vehicles with electronic shift lock have manual overrides. Look for a tiny, removable panel on your shift selector. Pry this panel up with a flathead screwdriver. Insert the screwdriver into the hole to engage the manual shift lock override.

Dad on cell phone... "Ok sweetie, now look for the shift lock override and pry the cover off..."

:rolleyes:
 
   / Battery based electric vehicles of today and tomorrow. #3,152  
Getting back to EV vehicle owners paying road tax to me that will take care of itself. As we see more EV vehicles you'll see an increased power demand with a power grid to match demand. It has to... whether hydro, solar, gas, wind, etc. Larger and more towers. That's passed on to consumers.
The US grid has 50% excess capacity at night which is exactly when EVs need it. Besides, if 10¢/kWh is enough to build our current capacity then why would it cost more than that to build additional kWh capacity?

All taxes always increase and eventually EVs will be taxed for road use same as gas/diesel is today.
Alabama, $200/year. Double the gas tax rate per mile.
 
   / Battery based electric vehicles of today and tomorrow. #3,153  
The US grid has 50% excess capacity at night which is exactly when EVs need it. Besides, if 10¢/kWh is enough to build our current capacity then why would it cost more than that to build additional kWh capacity?


Alabama, $200/year. Double the gas tax rate per mile.
And luckily, ALL EVs charge at night!
Never during the day at peak demand. Batteries always fully charged during the day lol

Are you including state gas tax? In CA .63 cents/gallon. PA .58 cents/gallon.
Poor folks gotta pay those taxes, too.
 
   / Battery based electric vehicles of today and tomorrow.
  • Thread Starter
#3,154  
12v battery is very important in an EV.
 
   / Battery based electric vehicles of today and tomorrow. #3,155  
Hey, I found the answer to my dead battery park-to-neutral on a vehicle with an electronic shifter question.

It's as simple as that on a Dodge Ram.

 
   / Battery based electric vehicles of today and tomorrow. #3,156  
Range extenders.
They're on it!
A small suitcase range extender for emergencies and a trailer range extender for long trips.
From the article:
“Other potential solutions included a mobile charging pack, an adaptor to make all electric vehicles compatible with the most common charging station, and options to transport more battery replacements. The “wild” concept was a new service offering in which a recharging service provider brings a portable recharging station to drivers. The drivers could schedule recharges anywhere, on-demand.”

If this is the solution, how does a rescue vehicle drive to the dead battery EV possibly miles ahead in congested traffic? One can walk a gallon of gas to an ICE vehicle. What will the recharging pack weigh? I bet a lot.
Maybe a new business opportunity in the offing? Linebacker sized non-birthing/birthing persons with jumper backpacks waiting for helpless EV drivers to be stranded in endless backups in the Lincoln Tunnel? Lol
 
   / Battery based electric vehicles of today and tomorrow. #3,157  
I'd be more concerned with an ICE running out of gas in that scenario since EVs use essentially no power at all when 'idling' (since they don't idle). An EV could probably sit in a traffic jam like that for days and use about the same amount of power as if there was no jam at all. Nonetheless, there are companies today that offer mobile EV charging where they come to you in just such emergencies. A few minutes and you have plenty of juice to get to a charging station.
I think they use energy to run the AC /Heater.
 
   / Battery based electric vehicles of today and tomorrow. #3,158  
I think they use energy to run the AC /Heater.
Ouch! Imagine no AC and unable to lower the windows! Cant even run the emergency flashers!
People would have to get out and stand in traffic.
Not a good scenario in tunnels or on bridges.
 
   / Battery based electric vehicles of today and tomorrow. #3,159  
Ouch! Imagine no AC and unable to lower the windows! Cant even run the emergency flashers!
People would have to get out and stand in traffic.
Not a good scenario in tunnels or on bridges.
EVs should be equipped with manual crank windows. :ROFLMAO::ROFLMAO::ROFLMAO:
 
   / Battery based electric vehicles of today and tomorrow. #3,160  
Alabama levies a $200/year tax on EVs over and above the license plate. That is the equivalent of 25,000 miles of gas tax.

Not at all fair at more than double to tax of a gasoline/diesel vehicle.
Idaho is similar- from the state code:

ELECTRIC VEHICLE
FEE — plug-in HYBRID VEHICLE FEE. (1) An electric vehicle fee of one hundred forty dollars ($140) shall be collected in addition to all other registration fees assessed pursuant to this chapter on each electric vehicle registered.
 
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