Hay Dude
Super Star Member
- Joined
- Aug 28, 2012
- Messages
- 18,691
- Location
- A Hay Field along the PA/DE border
- Tractor
- Challenger MT655E, Massey Ferguson 7495, Challenger MT535B, Krone 4x4 XC baler, (2) Kubota ZD331’s, 2020 Ram 5500 Cummins 4x4, IH 7500 4x4 dump truck, Kaufman 35’ tandem 19 ton trailer, Deere CX-15, Pottinger Hay mowers
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.
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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