Except that's trying to include current car prices. That £10k more off course squeezes the figures. Batteries and controllers are getting cheaper and power storage density is increasing.
If you had bothered reading, of course they'll tax it, it's silly to think otherwise. Not only is electricity cheaper, it's also far more efficient from "well to motor"
Massive subsidy of 5k.
I don't think you'll find me saying once, they are current cheaper.
It's like saying petrol would never take off as cars were stupidly expensive and no infrastructure. With time these things change. Not only that but technology advances, manufacturing process improve and of course economy of scale.
Massive subsidy of 5k.
See I thought I had already covered why that isn't going to be the silver bullet but you haven't seemed to have grasped it?
Needed to pressed 10x battery cases doesn't mean the stuff you put in the cells becomes any cheaper does it.
Raw materials will increasingly become the choice of stocks as people wake up to us needing the limited supply materials.
Envia’s next-generation rechargeable battery has achieved the highest record energy*density*of 400 watt-hour/kilogram for a rechargeable lithium-ion cell. The industry standard for EV batteries is around 125 watt-hours/kilogram and costs upwards of $250 to $350 per kilowatt-hour to operate, Envia CEO Atul Kapadia told me in an interview. Envia has developed a battery that can deliver 2.5 times more energy than what’s currently in electric vehicles at a projected cost of*$150 per kWh, Kapadia said.
Envia developed a low-cost cathode material using inexpensive materials including manganese. It also designed a silicon-carbon anode and a high-voltage electrolyte, Kapadia said. All of these innovations resulted in a 50 percent reduction in the cost of battery packs used in 300-mile range electric vehicles.*The upshot? An electric vehicle for around $30,000 — a price that’s more closely in line with gasoline-powered cars and within reach of the average consumer.
Envia isn’t relying on economies of scale to reduce its manufacturing costs, Kapadia said. The $150 per kWh is achievable today, not once it becomes a large-scale manufacturer, he said. Instead, the company delivers its technology via partnerships with automakers. Kapadia wouldn’t give names, but he did say the company’s customers include automakers in Japan, Korea and the United States.
You ignore reality even when it's shoved in your face repeatedly.
There's a subsidy of about 65% of running costs for every single inch travelled and you ignore it. You know it's there, you just ignore it.
Your position is faith-based. I'm not going to keep wasting my time arguing against faith with reason. That's pointless.
Likewise, the British consultancy Element Energy, in a report for the UK’s government advisory body The Committee on Climate Change, sees price reduction as a long-term game. It reckons that the current cost of $800/kWh could be cut by 70%, but only by 2030.
Thats a poor article.
Running costs of products available today based on conjecture of the future of what they might do with electricity with fuel still at £1.42 per litre?
Ignoring duty and VAT on diesel,
then using a high electricity tariff with what I consider high electricity use. Total BS to fill a webpage I guess.
For some facts, I used 0.24 kWh/mile average in a Leaf doing 153 miles.
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It's actually far more appropriate to consider now and the next two years rather than guessing a new road tax system like you are suggesting. It's not plausible to assume anything other than today's fuel prices.
Really? Where? I don't recall doing that. Can you tell me what post of mine you saw it in?I'm not sure why we have the angry tone from you again, it was your suggestion to ignore purchase price anyway,
No, that popped into my head at the time as a suitable example of the absurdity of the argument. I wanted "supercar" and "ordinary workhorse car" and those are the ones that popped into my head.unless you're were trying to lead the conversation this way to pull the MP4-12c and Mondeo card?
That would be an interesting question, maybe not as obvious as it might first seem. But I hadn't thought about it at all.What depreciation curve were you citing for the cost comparison anyway?![]()
You can get any numbers you like when the government is shovelling public money into propping up completely unsustainable and impractical things for political gain.I bet you the average EV driver isn't average 13.2p for obvious reasons, a lot with be FIT... Careful that figure doesn't go negative on you.
Domestic, average price at the moment.Is your figure retail for broad UK or domestic?
I now have an image of people peeing in their tanks.Like I said its a poor article. This future look at EV 'tax' has ignored urea filling for 2015 EU6 compliant cars and the increase in their purchase prices aswell whilst we are digging detail.