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I love the idea but I can’t imagine it working well. If I can do some math 🤣, just imagine you’re going 60mph (a mile a minute), you’d have to have 5 miles of very expensive road just to get a 5 minute charge, and I’m sure you’re not getting a high power fast charge from it. Im all for spending some money for R&D for it, in the hope that someday it might make sense, but im not too hopeful to see it in the next decade.
 
I love the idea but I can’t imagine it working well. If I can do some math 🤣, just imagine you’re going 60mph (a mile a minute), you’d have to have 5 miles of very expensive road just to get a 5 minute charge, and I’m sure you’re not getting a high power fast charge from it. Im all for spending some money for R&D for it, in the hope that someday it might make sense, but im not too hopeful to see it in the next decade.
But you don’t need a high-power charge. If I’m driving 6 hours, a 25 kW charge for those 6 hours would give me 150 kWh. That’s more than an entire battery (plus some) of recharge for the day, which means range more than doubles.

While road tripping, that’s huge.

If I normally stop every 2.5 hours, that’s a total recharge of about 62 kWh for that leg.

If in those 2.5 hours, I drive 80 mph and get a really bad 2.0 miles/kWh, I use 100 kWh for the 200 miles I drove.
So I have a net loss of ~38 kWh.

Let’s assume I’m in one of the middle legs (so I started that leg with 80% state of charge) and my battery size is 130 kWh.
That means the end of the leg I’m down to 0.8*130 kWh - 37.5 kWh = 66.5 kWh = 51% state of charge. So for the next leg, I only need to charge up from 51% to 80%, or ~38 kWh. On a 350 kW charger, that will take less than 10 minutes (assuming lower than peak average charge rate), instead of about 15-20 minutes.

The developers claim a charge rate of 200 kW. Which is way more than you use while driving at 80 mph.

All of that said…I don’t think it will work in the US. It could maybe work in the EU where they spend up to 5-6x more on their roadway infrastructure maintenance and improvements than we do. It would likely work in China where they spend nearly 10x on their roadway infrastructure.
 
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"Lucid targets industry-first self-driving car technology with Nvidia"
Just to be clear, Lucid is looking to buy off the shelf AV tech from NVIDIA that itself is an industry first, nothing of what Lucid is doing is industry first. I've been seeing the NVIDIA AV test vehicles driving around Silicon Valley for a handful of years now. They work pretty well except recently I saw one of these S-Classes suddenly think the outside line of a bike lane was the edge and it swerved right to line up and almost went into a restaurant parklet before the driver pulled it back. Whoops.
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But you don’t need a high-power charge. If I’m driving 6 hours, a 25 kW charge for those 6 hours would give me 150 kWh. That’s more than an entire battery (plus some) of recharge for the day, which means range more than doubles.

While road tripping, that’s huge.

If I normally stop every 2.5 hours, that’s a total recharge of about 62 kWh for that leg.

If in those 2.5 hours, I drive 80 mph and get a really bad 2.0 miles/kWh, I use 100 kWh for the 200 miles I drove.
So I have a net loss of ~38 kWh.

Let’s assume I’m in one of the middle legs (so I started that leg with 80% state of charge) and my battery size is 130 kWh.
That means the end of the leg I’m down to 0.8*130 kWh - 37.5 kWh = 66.5 kWh = 51% state of charge. So for the next leg, I only need to charge up from 51% to 80%, or ~38 kWh. On a 350 kW charger, that will take less than 10 minutes (assuming lower than peak average charge rate), instead of about 15-20 minutes.

The developers claim a charge rate of 200 kW. Which is way more than you use while driving at 80 mph.

All of that said…I don’t think it will work in the US. It could maybe work in the EU where they spend up to 5-6x more on their roadway infrastructure maintenance and improvements than we do. It would likely work in China where they spend nearly 10x on their roadway infrastructure.
Gotta love mathematics and facts.
 
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