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[1] http://www.irishtimes.com/opinion/china-s-climate-change-pla...
61–70 of 218 posts
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[1] http://www.irishtimes.com/opinion/china-s-climate-change-pla...
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Well battery tech will be a roadblock for some time but deadlines as far out as these make it look like something is being accomplished but provide enough time to not actually be a deadline. Converting off peak electrical power into hydrogen is getting more and more viable and frankly, I don't mind storing and transporting hydrogen versus stuffing the planet with li-ion batteries replete with their hazards. GM should…
I don't mind storing and transporting hydrogen Spoken like someone who has never tried to store or transport hydrogen. It's much less convenient than li-ion and has its own hazards.
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I think they would, since they're killing their citizens through pollution. First world ignorance at it's finest. Since she's talking with several cities, I think has a shot of exporting something. China is far below our current environmental standards, so raising the standard isn't something 'environmental', it's more like self preserving pragmatism in the short run.
California also has the worst electrical infrastructure in the nation, and is not doing something like "requiring the EV people who will stress it" to pay a tax for improvements, or if they wanted to be punitive, a tax on gas cars to pay for it, or anything other than saying what a great idea this would be and pushing for it on the environmental side. Given that converting all cars in CA to electric would seriously s…
It's odd that you think private companies who own and operate the Grid need public support to expand it. If demand increases they make more money which can pay for upgrades directly or in the case of large shifts pay down loans. PS: A 2% change per year is actually well within normal variations.
Here is a two page CPUC brochure (PDF) about it: http://www.fishnick.com/pge/Decoupling_Explained.pdf
What is the comparison between using energy to generate liquid fuels from atmospheric CO2 (which would be carbon neutral) and trying to electrify the entire transportation sector? Those Los Alamos guys [1] said in 2007 they could get it down to $3.40 a gallon. Okay, maybe they were wrong and/or optimistic. But, still, there is some price point at which it is break-even. What is it? Five dollars? Ten? The advantages o…
Where's the electricity coming from? If your answer is natural gas, or oil powered generators, then no, there isn't a price point where it will break even. Now if you can answer that question with nuclear reactors or renewables of any kind, then your logic probably applies. Yet, I doubt it will ever be the main fuel powering our transportation.
"We have limited our studies to nuclear power because its capital costs are lower than wind and solar-electric power, and it has significant environmental advantages over fossil energy sources, which are not carbon-neutral."
The reason I like electric, on other hand, is that makes the power-source neutral and could spur investment into our strained grid + battery tech. Yet, it has its own environmental consequences that should be carefully considered by anyone claiming the moral high ground. The environmental impact of manufacturing has a nice summary:
https://en.wikipedia.org/wiki/Electric_car#Environmental_asp...
Or, we can just look at a picture of Nichols' "green" and "clean" vision...
http://www.dailymail.co.uk/home/moslive/article-1350811/In-C...
...then guess what a 2000+% increase of that would entail.
Earlier quoted context omitted.
There's also that you have to burn fuel in the tank trucks to get the fuel to the consumer. Centralized generation is vaguely like dependency injection, or loosely coupled modularity in general, you can put what you want into it. My only concern with electric vehicles is battery end of life. What do I the consumer do? Will I be able to sell my 25 year old EV? Have we gotten far enough to see what that end looks like?
You use/lose some of the energy in transport, either way. I forget exactly, but high voltage power lines lose something like 1% of their energy every...100 miles? Another way to look at it would be: How much electricity would it take an electric truck to deliver that gasoline?