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Bring Back the Electric Car
Californians are being taken for a ride by state clean-air regulators, who arebringing the rest of the country along. Decisions made by the California Air Resources Board early next year will determine whether we get the option of driving zero-emission, non-polluting cars soon, or whether we'll see smoggy business as usual from the car companies for another decade.
Many consumers would love to drive cars that reduce greenhouse gases and our addiction to oil, but the auomakers resist. Fortunately, the Air Resources Board has the power to compel them to make the clean cars society needs. Progress through regulation is nothing new: It took laws to get seatbelts, airbags and catalytic converters. It took laws to get average mileage standards up from 12 mpg to 27 mpg. It will take regulations to get clean cars.
The air board's first attempt to compel clean cars -- the zero-emission-vehicle mandate of 1990 -- put thousands of gas-free electric cars in the hands of consumers, who loved them. In 2001, however, the board started giving car companies partial credit toward meeting the mandate if they sold hybrids and other gasoline-dependent cars. Bad move. Automakers sued, asserting that because the 2001 standards included gas-burning cars, they were, in essence, fuel-efficiency standards. And only the federal government can set those.
At the same time, automakers were making inflated promises to build zero-emission hydrogen fuel cell vehicles -- if they could just have a few years more. So the board gutted the zero-emission-vehicle mandate in 2003 and essentially turned it into a hydrogen research program. General Motors dangled claims that hydrogen fuel cell cars would be competitive in showrooms by 2004. Daimler-Chrysler predicted that it would sell 100,000 fuel cell cars by 2006.
But since 2003, automakers have produced fewer than 200 hydrogen fuel cell cars, each costing about $1 million, with a fuel cell lifespan of two to four years and many technological challenges left to overcome.
A few major automakers are trotting out their hydrogen hardware this week at the Los Angeles Auto Show, claiming they'll lease small numbers of them to handpicked drivers in the next few years. In a deja vu to 2003, automakers are hyping the promise of hydrogen just as the air board is again revising the zero-emission-vehicle mandate. Behind the scenes, car companies have convinced the board's staff that they can't meet the goal of producing 25,000 hydrogen fuel cell vehicles after 2012, so the staff is suggesting that the board ease that requirement.
There are signs, however, that the bloom may be fading from the hydrogen rose. This month, one of the biggest fuel cell companies, Ballard Power Systems, bailed out after pouring millions of dollars into fuel cell vehicles. A Toyota official predicted that fuel cell cars won't be mass commercialized until after 2030.
That's not soon enough to avoid global warming, thousands of deaths from air pollution and wars over oil.
Meanwhile, the battery electric cars produced until 2003 have shown that they can do the job. Some have passed 100,000 miles on the odometer, and the batteries are still going strong. A few hybrid owners have added batteries and converted their cars to plug-in hybrids that drive mostly on electricity but retain a gas engine for long-distance trips. Building a network of fast-charging stations would cost a fraction of the tab for building hydrogen fueling stations.
The persistent bias in favor of hydrogen among state regulators defies logic -- and yet it could once again distract from fair treatment of more-realistic electric cars. Examples:
* On Thursday, the air board adopted a state alternative fuels plan that suggests using plug-in hybrids and biofuels would be cleaner than scenarios that rely on hydrogen fuel cell cars. But the plan largely ignores battery electric vehicles. That's foolish, especially in light of a study done for the state Energy Commission that found that electric cars -- which use the existing power grid -- reduce overall greenhouse gas emissions by 68% compared with conventional cars. Hydrogen fuel cell cars -- for which there is no infrastructure -- would achieve only a 54% reduction.
* State-funded studies starting soon at UC Berkeley and UC Irvine will compare plug-in hybrids with conventional hybrids and with hydrogen fuel cell cars -- but not with battery electric cars. That makes no sense, especially because right now several major automakers are expressing interest in resuming production of electric cars. The air board should provide state-owned electric cars for the studies, if necessary, for complete comparisons.
* The board's current zero-emission-vehicle regulations favor hydrogen by granting one fuel cell vehicle the same amount of credits as 10 electric vehicles in meeting state goals; the proposed regulations for 2008 give three fuel cell cars the same credits as four electric vehicles. Narrowing that credit gap isn't enough. The board should insist on one-to-one technological neutrality and not push back the deadlines just because hydrogen cars aren't ready. Treat hydrogen and electric vehicles equally, and let the market decide.
There's no time to waste. Only California can pass clean-air laws that are stricter than federal standards. But many other states adopt California's requirements, so what the board does has national implications for our health, for the environment and for national security. A slower drive away from gasoline is a ride we don't want to take.
Sherry Boschert is the author of "Plug-in Hybrids: The Cars That Will Recharge America."
Copyright 2007 Los Angeles Times
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34 Comments so far
Show AllActually, the air car looks like a great option as well. But the article fails to mention this revolution in transportation.
See: http://www.theaircar.com
and search "air car" at YouTube.com and see the eight-minute movie there. This appears to be for real: a non-polluting motor that gets 140 miles for four passengers for $2 of electricity by compressing air.
If anyone can find evidence tha this pneumatic motor is a scam or fraud, let me know below.
The push by the auto industry for hydrogen cars insteead of electric, does not defy logic, it is about making money at the expense of the environment!
Electric cars have way fewer moving parts and electric motors can easily last a century, so the auto industry will lose the lucrative replacement parts that is their bread and butter.
The only way we are gonns get electric cars is from new businesses like Tesla, and not from the old guys.
BTW: the air car is not a fraud but it requires electricity to compress air and store it, which is orders of magnitudes less efficient that just putting that juice directly into batteries!
Free public ground transportation would make cars unnecessary for most of us.
Although I like the idea of electric cars on many levels, There's nothing magic about them, and the overall efficiency gain is not as much as one would think. Every time you make energy change its form, you lose some of it. The charger loses some (10%), the battery itself loses some (10%), the motor controller loses some (up to 20%) and the motor loses some (up to 10%). The only reason we gain any efficiency at all (10% if we're lucky) is that the fuel is burned more efficiently at the power plant, which still produces greenhouse gasses (or nuclear waste). Note: if you are charging your car from your own solar panels or wind turbine, you can disregard everything I just said.
I submit to you that I am doing just as well in my Geo Metro with a (very well maintained) 1liter engine. But if you really want your efficiency to go up, rethink your buzzing around, plan trips more wisely, carpool, ride puiblic transportation or a bike.
Criticalthinker, you said "BTW: the air car is not a fraud but it requires electricity to compress air and store it, which is orders of magnitudes less efficient that just putting that juice directly into batteries!"
The air car people say they can get 100 miles or more in a four-person or five-person car for $2 worth of electricty. If you have actual data comparing actual air cars and battery-powered-electric cars, show it to me.
Bring back the horse and buggy.
I'm with stepfour, but unfortunately most people don't want to use public transportation. It's also not useful for shopping. In the old days everyone had little corner grocery stores or delivery services for milk, ice and maybe other products. I'm afraid we'll have to wait well past peak oil for those days to come back. Who knows? Maybe in 2100 horses will be once more fertilizing mud streets.
The oil companies and auto manufacturers effectively gutted public transportation in this country. There used to be trains and trolleys; most cities ripped out tracks and got people to buy into the "freedom" of the automobile. I was in the UK this summer, and rode public transportaion nearly everywhere, and got within a few blocks of where I needed to go. Try doing that in most areas of the US. I would gladly give up a car if I had affordable, convenient public transportaion. But the solution here has been to build more roads, more lanes.
every type of transportation other than the gas car has been attacked by the auto /oil industry. Air car if I remember has a large tank under high pressure. The auto industry said it could explode if in a car accident sending pieces of the tank into the air killing innocent people. (I guess they have not heard of the propane or natural gas powered car that also uses a large tank) The electric car was fire fighters and policemen trying to rescue you in an accident could be electrocuted. Then it was trying to get the tree huggers on side with the extra nuke/ coal power plants to supply the extra electricty to recharge the batteries would pollute more than a gas car. Bla bla bla. I have driven electric cars and would buy one tomorrow if we had the option something we don't have. Europe is light years ahead of the US/NA as electric cars are sold to the public. The SMART car electric is being tested in England right now. I have driven the diesel powered SMART in Canada and at 80 MPG is a treat but it still pollutes.
As for public transit, movies and the American dream have also killed that. Every public transit you see in a movie is low life people who can't AFFORD a car,(ego). It isn't safe you will get robbed or attacked. I used public transit in Toronto that has a very clean safe, bus, train and subway system. I could go from the burbs to downtown Toronto in about an hour for far less than a car. Time to start making calls to the people and remind them you have a vote, for now that is.
I tried riding my bike to work but the kids kept slipping off the handle bars.
Why don't we follow Cuba's lead and decimate our transportation system so we are forced to walk. Or we could get the Air Resources Board to mandate a walk-only workforce. Government and Parody always merge.
Earthian,
I share criticalthinker's opinion on the air car approach, though I'm sorry that I also don't have comparison data: the website you offered is a twisted maze of dimly lit passages, and the Wikipedia entries on the air car are downright awful.
But as esarge pointed out, it's relatively simple to make a good comparison on first principles alone: Newton's 2nd law is (as always) where it's at, folks. You've gotta compress the gas somehow or another, and chances are it's a fossil-fuel (bad) or electric (unnecessary extra step through the garden of Entropy) motor doing that compression.
I will grant the air car a possibly saving grace: if conversion of kinetic energy (the compressor) into potential energy (the air tank) and then back to kinetic energy (the car) works out to a better overall efficiency than kinetic-chemical-kinetic (with an electric car) then it may be worth pursuing.
The limited range and the fact that engine power drops as tank pressure drops are things that can be improved, but the weight of the tank is always going to be a problem. And I'd sure rather plug my car into the grid at night than run a noisy compressor in the wee hours recharging the car for tomorrow. We've got the electric infrastructure already, after all.
Well, it still emits greenhouse-gases (albeit at less-egregious rates than standard autos/trucks), but a simple/small high-torque diesel (like the Jetta 68mpg jobs) make a lot of sense/cents -- when combined with agricultural/restaurateur-waste-cum-biodiesel [and a highway-spill of refined-grease is VERY unlikely to either explode or do much environmental-damage] as primary-fuel.
I know several-folks who pick up waste-grease (free) from greasy-spoons, filter through a few-rolls of toilet-paper, and put tens/hundreds of thousands of easily-maintained miles on older diesel-vehicles (the 'industry' has responded by making many newer-diesels so fussy in fuel-requirements that they 'get sick' often, even given a diet of petro-diesel). I like the notion (and even 'smell') of those vehicles.
The fly-in-ointment is when there is no investment in 'bio-waste' refineries for making these somewhat-better-than-petrol fuels, and the 'petro-addicted' promulgate turning varied food-crops into future bio-diesels (a ridiculous notion, on its-face). What should be employed is garbage/lawn-clippings/corn-STALKS, and other massively-burned/wasted organic-matters...
LP-conversions also would make some-sense/cents...but again, no panacea for GG's...(as is the case for any electric, btw).
I tinker with EV's myself in the form of electric motor scooters - which I use for nearly all my local transportaton 9 months out of the year.
I took some electricity consumption measurements and found that in terms of "equivalent miles per gallon" the electric scooter got:
285 equivalent mpg in terms of cost based on $3.00 per gallon.
395 energy equivalent mpg based on 130 megajoules per gallon for gasoline.
160 carbon-equivalent mpg based on US national average of 1.28 lbs CO2/kWh (about 50% of US electricity is generated from coal)
For comparison, an equivalent 50 to 150cc gasoline motor scooter gets about 80 mpg. So even with all the inefficiencies, and even with a large portion of electricity generated from rather dirty sources, the electric vehicle still emits only half the carbon.
But even an ordianry diesel bus running half full is still a bit ahead in terms of per-passenger carbon emissions.
Electricity can, and hopeflly soon will come from clean sources. I subscribe to wind energy offsets myself, so theoretically my transportation is completetely carbon free. But nothing can be done about liquid fossil fuels' carbon emissions aside from using smaller, more fuel efficient cars. Then there's peak oil considerations. So, we are going to have to move to an electric transportation infrastructure soomer or later anyway. We should make it sooner.
More details here:
http://visforvoltage.org/forum/motorcycles-and-large-scooters/1509
Everybody, rent Who Killed the Electric Car?, Netflix has it
MeAlsoToo,
The abundance (yes, I'm aware of "peak oil," but it really just means we've hit the "marginal" reserves and extraction costs will be outweighing the benefit derived) of petroleum coupled with the rampant (obscene) use of gasoline and diesel will continue to limit biodiesel as a general transportation "fix." That being said, every slimy drop of old fry oil oughta be put through the strainers because that carbon hasn't been safely locked out of our atmosphere for eons like petroleum has.
But give electricity a second thought here: the generation of electricity does not necessarily have to come from GG-producing sources. While we scramble to find replacements for the energy we consume (but much more importantly try to figure out how not to use such ridiculous amounts) there are--in my opinion--two options that can have major impacts on our GG crisis: nuclear energy (no freakin' way, thank you very much) and high-output renewable sources such as hydropower and wind power. I don't consider PV in that category--yet--but more importantly, hydro and wind are more readily technologically accessible.
Here's a fun activity before we all spend too much effort worrying about cars, though: take a trip to your local power company's website and try to find data/statistics/reports on who is using the electricity they generate. I did that for the national power company here in Taiwan last year and was pretty surprised: industries, and lights. That's where the electricity is going. Figure out a way to get these greedy bastards to stop sucking off the taxpayer-subsidized teat of public utilities, and there'll be plenty of electricity to power your electric car. Efficiency and conservation are really all that's needed.
It is kind of unavoidable that industry uses a large amount of electric power. I don't think the Taiwanese economy would be doing very well without all their manufacturing. So, there is a public benefit for subsidizing electric power for industry.
Here in the Appalacian region, utilities provide extra-low rates to coal mines - the mining equipment being electric - and no doubt get rewarded with cheaper prices for the coal they buy from the mine in return.
Wow...thanks for the link, PJD. Cool stuff...oh, how I wish all the millions of scooters here in Taiwan were electric.
Hey, just in case anyone out there is planning on checking out their power company's data, I dug up the article I wrote last year about Taipower and thought I'd share a few nuggets for comparison--but moreso to encourage you to take a peek at your own provider's stats. For the 5-year period I studied:
* Taipower's "industrial" customers represented less than 3 percent of their overall customer base. Now, granted that they're not really "people," but...
* That sub-3-percent share of their customer base consumed over 2/3 of all the electricity Taipower produced.
Now, the national power company here is heavily subsidized by tax money. The largest growth sector of their sales is and will continue to be "lighting" and "industrial" (I still don't know why "lighting" was a separate "customer" category!) buyers. But it got even more interesting to read about their generation sources, and where they intended to put their development focus over the next several years: the obvious plan was to lobby for the construction of Taiwan's 4th nuclear power plant, because it represented the largest bang-for-the-buck in terms of replacing CO2-heavy generation sources. Of course, it also meant that the Taiwanese people would largely buy the damned thing for them through tax money, and Taipower could go on happily watching their industrial sales increase.
This is the dirty secret of nuclear: those who would benefit most are not those who will be paying for it. And this is just the dollars talking, nevermind the ecological problems (go ask the aboriginals on Orchid Island what they think about being forced to turn their island into a waste dump!) of nuclear.
Electricity is the future, but be very careful about anyone telling you that nuclear power is good for anything except corporate wallets.
It is possible to have electric four wheel drive SUVs, that will hit 60mph in 6 seconds, with all of the toys and air conditioed too?
Hope so, or electric cars may not sell real well.
Yes, PJD, it is unavoidable that industries use large amounts of power, but it is reprehensible that they are such profligate wasters of energy. The Taiwanese economy is moving away from heavy manufacturing and into high-tech and banking (though they're not likely to beat out their more mature or bigger Asian competition) but to be honest, the economy is pretty sucky. As far as a "public benefit" goes, I'm sorry, but the Taiwanese just aren't benefiting much at all from manufacturing. Of course, they're really enjoying the dioxin..and the public health problems stemming from a toothless Taiwanese EPA, corrupt politicians, and the perennial BS bickering between Pro-KMT and Pan-Green camps.
Gives them a way of distracting the public...sound like any other country you know? ;)
KEM,
Dunno about the A/C, but give these guys some time to pare down the price and ramp up production and maybe they'll put out an SUV. I just hope that's after the last gas-guzzling SUV has been recycled to build mass transit for all cities that could benefit.
www.teslamotors.com
I hope so too. But I rmember when the Nash Metropolitan came out, a really neat commuter that got 45 mpg at 45 mph. It sold like rotton cabbage at a flea market. Then came the great Henry J and the Allstate. Another couple of dull duds, in spite of being very dependable and easy on gas. Remember the Austin Healey and the Go-Go-Mobile? That little four door had a tiny rear engine and tranny combined like the VW Beetle. __ No Sale.
We just completed a 6,000 mile trip across the country and saw exactly two Primus on the highways. In Atlanta, Georgia for just one incredible example, durng morning rush hour, or I should say, during the morning parking lot, almost all of the vehicles were piloted by one person and most were either SUVs, or pickups with dual exhausts. I'm amazed at the large variety of SUVs now, Cadillacs, Jeeps, Hyundais, Toyotas, Lincolns, Lexus, even BMWs. It's___ "look at me, see what I've got". This is America and we got it. __ Actually, ___ I fear we're gonna get it.
The technology for hybrid and electric cars already exist's. Many places in our country have enough sun to charge electric vehicles eliminating the need for most oil use. For longer trips either hybrids or charging stations for electric's would suffice.
I see the main problem being elected [some fraudulently] officials beholding to special interest's [oil,manufacturing,financial] steering the country away from progress. Also they are just not up to the task mentally, they are just plain stupid. Most of your Congressman seem to know less on any given topic than your average person on the street.
Given the right leadership we could hugely cut our oil consumption without any sacrifice in our living standard. Less air polution, less money going out of country for oil, more good domestic jobs building the infrastructure.
We are being slapped around like a red headed step child. The people running this place don't have our interests in mind, in fact their intent seems to be to destroy the place. In that they are succeeding and are killing a lot of innocent people in the process.
thewonderingyou,
I understand that in some mainland Chinese cities, electric scooters now make up half of all the scooter traffic now. The problem is the demand for batteries - most still using conventional lead-acid - has driven the price of lead, and batteries, through the roof... I'm hoping that, once all these batteries start entering the recycling stream, the prices should moderate.
I'm still waiting for lithium ion batteries to come our in standard sizes and at lower prices - these could increase the range per charge from 25 miles to at least 80-100 miles. The problem is, a lot of the Li-ion or LiFePO4 battery manufacturers are engaged in monopoly-trust type behavior by making their batteries avaiable only to manufacturers that they can make cozy agreements with, and in "deliberately odd" sizes, so they are of no use for other generic purposes. One specific Taiwanese company even prohibits use of their LiFEPO4 battery except for pre-approved purposes - i.e. ones they have invested in, as an "intellectual property right".
So, thanks to modern capitalism, home-tinkerers like me are stuck with 200 year old technology. Even the Wright Brothers would have been out of luck if they were building their flyer nowadays.
Déjà vu.
This is exactly where we were ~15-years ago with the same characters.
Rip Van Winkle (a.k.a., GM Ford Chrysler), loyal subject of King George XLIII, tried to escape his nagging wife, "California," and went to sleep for years. Upon awakening, GM Ford Chrysler finds that the world has change, he has not, and his close friends have died in a war. Like the story, his daughter, "California," once again takes him in and nags him while Rip Van Winkle resumes his habit of idleness in the world village.
Will this village idiot, GM Ford Chrysler, ever change?
Experience tells me, Rip will never change. He will die an old man set in his ways.
It is unfortunate that in the pursuit of solutions to the pollution and energy crisis such idiotic "solutions" capture the imagination of the public. The electric car is an extremely impractical "solution" which displayes the typical California approach of offloading their problems on other states. To service the electric car demand, huge additional generation capacity and transmission capacity would be necessary... that goes without saying. That generating capacity is subject to the typical "not in my backyard" mentality....... meaning that it would be generated in places like Colorado, Idaho, Montana, Oregon, or Washington. Huge amounts of fuels........ will need to be burned to create the electricity needed, and a large percentage is lost in transmission..... Multiply the transmission losses, by the storage losses, by the efficiency of the systems, and the result is abysmal to the point of being laughable. Of course Californians would enjoy local clean air..... at the expense of the air in other places. Vast mining operations would rip up Wyoming and other places to service the new demand........ or of course uranium mining and processing, etc.... not to mention waste disposal.
Now it would seem to appear from the above that I totally oppose the electric car....... and realistically I do...... But is see in it a golden opportunity for alternative energy. Imagine each electric car being sold along with alternative generating capacity equivalent to it's projected consumption.... and that alternative energy being required to be generated within 100 miles of the home base of that vehicle. Imagine millions of homes with solar roofing....... huge wind farms, tidal generating capacity, etc...... all a result of the electric car. Further imagine the snowball effect....... as cars are taken out of service, the generating capacity remains....... the cost of solar and wind systems plummets due to mass production. Imagine the huge transmisson grid being mostly torn down because there is so much local capacity that it serves only to level out the demand / production ratio.
Realistically I don't see any of this happening...... it is somewhat impractical... though not completely. What is lacking is political will, imagination, and courage.
The hydrogen fuel rage is a total scam....... it is completely impractical, and probably always will be. With a peak electrolysis efficiency of 60% using high dollar electrodes and solutions, and the problems of handling hydrogen, and transporting it, the probability of it becoming a significant part of the solution is almost zero. Today most hydrogen is made from natural gas...... which is already in a supply crisis.
Biofuels are by far the worst of the "solutions"...... I would drive across town to avoid patronizing this industry. Not only does the math not work in terms of acres of farm ground as related to fuel needs, but the actual NET yield when ALL the energy going into the production is taken into account is near zero.... in the 1-3% range. That is to say that 97-99 gallons of fuel (equivalent energy) goes into producing 100 gallons of biofuel. Add to this the degradation of farmland...... an ongoing problem... simply to produce fuel, the pollution of our water, loss of soil, etc..... and then add the cost of producing and shipping in food from remote places to replace what we cannot grow here....... Then the icing on the cake is the collective guilt of condemning people in other parts of the world to starvation so we can drive our cars and eat.......... The whole biofuel enterprising is criminal beyond description in it's irresponsibility.
In a few "demo projects" "amazing" results are obtained....... they are largely deceptions in that they take only a small portion of the actual cost into account...... and they DO NOT SCALE.
Call it "negativity" if you will......... but bogus solutions are bogus no matter how you look at them. I do NOT have solutions to offer...... and least not acceptable ones....... But we must find REAL answers and direct our energy to the pursuit of those answers as a society or we are doomed to perish. Most of us will not feel the full weight of the consequences of our actions and our wasteful and irresponsible lifestyle....... Let us assuage the guilt we should all feel in sacrificing the birthright of future generations for our own comfort by developing REAL answers to these problems rather than dwelling in a world of fantasy and illusion. No purpose is served by self deception.
Howard
Stonetool,
Actually, it has been estimated that very little additional generating capacity would be needed to meet the needs of electric cars. This is becauee there is already excess capacity to meet peak demand and most of the charging would mostly be done at night and other low demand periods.
Also the amount needed to charge the cars is also not as large as it would seem. the electric usage of my two electric motor scooters, when used 20-30 miles daily, isn't even norticable above the "noise" on my other electric usage. The scooters certainly used a tiny fraction of the electricity my neighbors used for their continuously running A/C this past summer.
I agree, with your skepticism of emphasing the personal car over more energy efficient solutions, but for some additional reasons. There are so many other horrible aspects of cars besides their pollution - the noise and poor quality of life in cities, stupendously expensive highway infrastructure and the hundreds of thousands injured or killed anually, that call for a move away from the car. Emphasis instead needs to be placed on a return to car-free urban design and public transit.
I drive an electric car. I love the savings but I've been sued twice because the extension cord keeps strangling my neighbor's dogs. We NEED to go solar!
Stonetool,
As PDJ says, EV will be charged at night when there is excess capacity.
Transmission loss is generally around 10% only.
The ideal would be to use wind, PV and solar thermal to generate electricity sustainably. (not that this would actually happen....)
I agree that hydrogen doesn't seem like it is going anywhere soon. Too many problems.
Ethanol from sugarcane in brazil is about 800% efficiency. So it is not the same as the US corn based stuff which does have low rate of return as you state. 2nd generation methods may do better.... I agree that we should not use food for fuel, but it will happen anyway... EVs could stop this trend.
The oil companies in cahoots with the automakers will fight EVs as they have in the past. The only way that we can fight back is by buying EVs from little non-Detroit makers.
PS* I think there already is an electric SUV maker somewhere....
PS* I think there already is an electric SUV maker somewhere….
Toyota's entry in the California EV market was the electric RAV4 (2 wheel drive) - back when the RAV4 was a rather small SUV rather than the current bloated version. It used a nickel-metal hydride battery pack that proveded about 120 miles or range and has lasted over 100,000 miles. they are the only EV that was sold outright - so they couldn't be seized and crushed like the GM EV-1 or the Ford Ranger EV. There are even a couple of them running here on Pittsburgh.
Unfortunately, the Texaco Oil Company has bought broad "licensing rights" over most types of large-format NiMH batteries - so these batteries are no longer avaiable.
I know this sounds like the old "100 mpg carburator" stories but in this case the story is true.
But as far as a home EV conversion, most SUV's would be poor choices because of their heavy weight and very poor aerodynamics.
My wife uses an electric broom.
I would kike to see carpoolers get a tax break. car poolers would be registered with their employers.. That info would be entered into a computer data base. For every mile they drive to and from work during the year, they would recieve a set amount of gasoline tax refund right off the top when they file their income tax, then another $800 deduction right off of the top. I'd bet we'd see a lot more car pooling. A system to insure no cheating would have to be figurd out also. It could be done.
I just drive my little hybrid and wait for something better, which I'll buy.
I saw the air car on TV, they did not mention how much energy was necessary to compress the air, but that's a failure of journalism, not the concept.
You cannot walk out your door in Falmouth, MA, without tripping over a Prius. I mean there are a lot of them. Since I'm a contrarian, I got a Civic Hybrid. In Florida, where I also spend considerable time, you cannot pull into a parking spot without being surrounded by behemoth SUVs. Not many hybrids around.