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Originally Posted by ToothSayer
No, you clown, no. EVs built without subsidies buying electricity at market rates have substantially cheaper total cost of ownership.
Perhaps you'd like to quote actual studies instead of rhetoric? You're conveniently leaving out tax incentives for both consumers and producers in your metric. The basic fact is that if evs were less expensive than gas, the government wouldn't need to subsidize their ownership. They would simply take over the market naturally. The reason they are subsidized at all is for environmental motives, not cost.
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By 2022 they will also be cheaper to make than ICE cars. They're substantially simpler with far fewer components - it's purely down to battery cost, which is falling rapidly.
You're seriously going to compare the cost effectiveness of a nascent, heavily subsidized industry with a market efficient one that's been streamlined in every way from automation to machine tools for over a century due to market forces? I mean no one is this stupid. The gas industry is far more cost effective at the moment per car, it's not close, and your claim that the ev industry will ever be par with it is dubious at best. What forces beyond subsidization for short term adoption incentive are going to make it so?
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Hey since you "work in the energy industry":
- What's the efficiency of gasoline in a car engine, including all losses?
- What's the efficiency of coal burning going into a battery, including all losses?
Not good, and nowhere near ev in a vacuum, but only you live in a vacuum. When you take into account production, infrastructure, subsidization, and basic market forces the total financial cost per unit of producing and operating a gas vehicle is far far less than an ev.
This is why ev requires subsidization.
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Overall, energy usage for transportation will decline substantially with EVs, due to the far greater efficiency of the EV cycle in turning energy into motive power.
There you go, totally ignoring the motive power required to move turbines to generate electricity to recharge batteries again. Obviously cutting out the entire upstream electricity generation and you're right. But again, no one but you lives in a vacuum.
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Yes, and power plants will simply be built at the current cost to meet new demand, so no, the price won't increase as it will happen slowly and supply will meet demand. What's more, there's substantial unused spare capacity in the grid during charging times, which are flexible (for example, late at night). This is another source of efficiency in EVs due to the slow thermal cycle of baseload. EVs soak up the pure waste up to a substantial percentage of cars.
This is the most ******ed statement I've ever heard anyone make. Electricity generation plants cost hundreds of millions of dollars. If 90% of cars were ev, we'd need a whole lot more of them. This will undoubtedly increase the cost of electricity, and the amount of hydrocarbon burnt to generate it. There may be a small environmental advantage from switching from gasoline to methane, but there is less energy available in methane so well have to burn many factors more of it to meet the increase in electricity demand. So now because were burning way more gas and way less liquid, we have to reverse refine natural gasoline into methane or burn natural gasoline to generate electricity, since there isnt ab unlimited supply of methane. What does that do to the cost of methane? Oh right it goes up. So guess what happens during high demand times? Price goes up. That price increase, no longer subsidized by taxpayers, gets passed, as it always does, to consumers.
I mean seriously man this is basic basic stuff.
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You want to go a fourth round of utterly beclowning yourself? Why is everyone that argues with me incredibly ignorant?
That's cute. You think you've won and you still dont even know why you might be wrong.
Here I'll make it really simple for you. Your claim that evs are long run more cost effective is dubious for the following logic.
What will 90% ev useage do to the overall demand for electricity? Do you have any idea? What will that increase in demand do to the price of electricity? What will that increase in price do to ownership cost?
Last edited by Do0rDoNot; 09-18-2018 at 12:50 PM.