marcusluvsvols
Blue collar skoller
- Joined
- Jan 7, 2012
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Induction charging would be much easier to implement. Where I used to work had dozens of AGV's to move product around the plant and they used induction charging in different areas to recharge. They used opportunity charging while they were running and once the battery got to 30% they would find a parking spot and take themselves out of service and recharge to 80%.That’s actually not a bad idea mcdaddio. A twist on the ole electric street car I like it!
Now they need to do the comparison chart that shows how much generating capacity that will require ... and how they plan to do it. Gonna be interesting when they get to the thing about charging vehicles at night and realize the sun isn't shining. If you really add in all the thermal losses for electric power generation and the transmission losses ... and do it honestly, I'd bet EVs don't really pan out.
Ah. Ok yeah then something is up. I’ve had the a/c worked on three times on my truck it’s the Achilles heel of that vehicle. Last time it shelled out the compressor which honestly I think has been the issue all along. But now it finally works great!![]()
Induction charging would be much easier to implement. Where I used to work had dozens of AGV's to move product around the plant and they used induction charging in different areas to recharge. They used opportunity charging while they were running and once the battery got to 30% they would find a parking spot and take themselves out of service and recharge to 80%.
Think of it like proximity charging. A coil of wire embedded in the floor and a coil of wire on a device, when they're close to each other a current is induced. It's the same principle of how transformers work. A lot of cars are coming out with this for phone charging, for vehicles it's a much larger scale.What is induction charging?
Think of it like proximity charging. A coil of wire embedded in the floor and a coil of wire on a device, when they're close to each other a current is induced. It's the same principle of how transformers work. A lot of cars are coming out with this for phone charging, for vehicles it's a much larger scale.
Now they need to do the comparison chart that shows how much generating capacity that will require ... and how they plan to do it. Gonna be interesting when they get to the thing about charging vehicles at night and realize the sun isn't shining. If you really add in all the thermal losses for electric power generation and the transmission losses ... and do it honestly, I'd bet EVs don't really pan out.
Is that similar to how the electromagnetic field in induction stovetops work?Think of it like proximity charging. A coil of wire embedded in the floor and a coil of wire on a device, when they're close to each other a current is induced. It's the same principle of how transformers work. A lot of cars are coming out with this for phone charging, for vehicles it's a much larger scale.
And the the potential deleterious health effects have not been studied either. Such concentrated magnetic fields are potentially harmful to humans.Think of it like proximity charging. A coil of wire embedded in the floor and a coil of wire on a device, when they're close to each other a current is induced. It's the same principle of how transformers work. A lot of cars are coming out with this for phone charging, for vehicles it's a much larger scale.