Oil is awesome it will be cheap forever How much of the 54 billion pounds did BP give you to say that? :D |
Scrapheap challenge is great. I want an Aussie version though. Not like The Aussie version of Top Gear because that sucked, a good version please.
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they basically set out to fail when building an electric car, clarkson doesn't even try to hide his contempt for hybrids and anything that has less than 11ty billion horse power
I'm not sure why this guy was surprised to see it, it's typical top gear hating they start off with an electric motor and two batteries, they run out of juice then they put a diesel generator inside the car and put a few more batteries in, this obviously causes problems because now they're relying on diesel and the fumes fill up the cabin etc you can imagine the rest |
im with teq, greenies on the bus, leave me oil to run my car until i retire plz.
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of course they set out to fail, if they built an electric car and drove from Surrey right up to Inverness on a single charge it'd be a stupidly boring show!
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Top Gear don't like electric cars because they take 12 hours to recharge, and rely on new infrastructure which is yet to be built.
Top Gear like hydrogen cars (Honda FCX) because it takes 5 minutes to refill the tank, and the only new infrastructure is an extra bowser nozzle at your local servo. |
The guy sure doesn't sound like a nut... and admitting to accepting gifts from electric car companies sure doesn't question his motives.
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I don't really get how someone can take anything on top gear seriously... this dude is so easy to troll, wonder if he uses a forum.
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Top Gear like hydrogen cars (Honda FCX) because it takes 5 minutes to refill the tank, and the only new infrastructure is an extra bowser nozzle at your local servo. Well, except for all of the infrastructure needed to produce, transport and store the hydrogen, none of which currently exists? |
That's true, but the average motorist doesn't need to worry about that.
Yes, Hydrogen is hard to produce, but is it really much harder than drilling for oil, or mining, transporting and consuming coal, gas or uranium at a power station? We'll have to make the switch eventually when oil and coal become scarce and prices shoot up. Don't think the energy industry can't adapt. In QLD right now we're seeing the coal seam gas industry exploding because we've suddenly realised there's a fortune sitting underneath land which isn't much good for anything. If there's a market for hydrogen, you just watch the number of companies scrambling to fulfill it. |
scrapheap challenge is pretty awesome sometimes. other times the challenges are boring and s***e.
the host's poetic alliteration gives me the s**** but the chicky co-host is a lot hotter than the original dyke haired minger. more news on the hour |
Top Gear don't like electric cars because they take 12 hours to recharge, and rely on new infrastructure which is yet to be built.like what? I thought things like the Tesla Roadster you could just plug into any old wall socket? |
Which you can only use at your house, currently. What if I want to take my car out to Roma. I can find petrol and diesel there, but I can't charge my car, and if I do charge it, I'm stuck there for hours.
With hydrogen you will still just pull up to a servo, fill up and be off. And if electric cars are no good for long distances, I'd need an extra petrol car. And if petrol gets too expensive? |
I dint know topgears pov but I always thought hydrogen made more sense. We already have a system of distributing flamable fuel to vechicles it makes sense to leverage that infrastucture. Having to increase power infrastructure so that every household can charge their 2-3 vehicles is a much larger investment, and less likely to be easily achieved since many areas already have power difficulties thanks to privatised providers who invest the bare minimum in their peak load capacity.
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Which you can only use at your house, currently. What if I want to take my car out to Roma. I can find petrol and diesel there, but I can't charge my car, and if I do charge it, I'm stuck there for hours.But it's not like adding that infrastructure into gas stations is challenging, surely - throw down an extension cable, throw on a power board, whap a power meter on it and bam - done |
Charging batteries is pretty slow currently. Will you want to sit at a servo for 6 hours to recharge your car? Will the servo have room for all these cars to sit there charging?
You'd have to charge your car at a hotel overnight, or servos will have to be able to swap out your flat batteries for fresh ones. |
But is it really much harder than drilling for oil, or mining, transporting and consuming coal, gas or uranium at a power station? Yes, much harder. And excessively energy intensive, comparitive to all of the alternatives you have suggested. Biofuels are similar in this respect, in that they take more effort to produce and refine into a useful fuel than they are worth in returns overall - at least, so far. Natural gas and petroleum would not be worth using as fuels either, if gathering and refining them cost more energy than the product generated by the process. |
Charging batteries is pretty slow currently. Will you want to sit at a servo for 6 hours to recharge your car? Will the servo have room for all these cars to sit there charging?I was sort of being facetious; surely wherever you end up parking your car while you're anywhere will have electricity, and thus everywhere becomes a gas station almost immediately. So unless you're driving to Roma and staying for 5 minutes you should be covered (unless they don't have electricity there - possible). I think the primary use case for electric cars is commuting.. there's a bunch of (anecdotal) stories I've read from people in the US (mostly Californians) who are already driving electric cars. I read one story about a dude who commutes 100 miles a day in his Roadster. Clearly, if you are doing long trips with no time for long stops, then electric cars are inferior to gas. But I can't believe that they are anywhere near the majority. |
power meter on it and bam - donemore like "BA wait for it" several hours later "AM!" Can't quickcharge them with more amps because the batteries will explode |
I was sort of being facetious; surely wherever you end up parking your car while you're anywhere will have electricity, and thus everywhere becomes a gas station almost immediately. Switching private transport to the electricity energy grid as you describe would immediately cause massive blackouts. Its just not set up to handle that sort of demand, so there is a tremendous implementation cost that you are glossing over. Electricity isn't magic energy over the wire, there are supply constraints. Additionally it would require installation of power meters and transaction processing pretty much everywhere, as your motel charging 80 bucks a night sure as s*** isn't going to take your car's expensive recharge on the chin! last edited by Hogfather at 16:59:56 28/Nov/09 |
To be fair, producing enough electricity to produce enough hydrogen to supply the world's cars will probably require more power supply too.
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I don't know anything about the infrastructure required for electric cars because frankly I don't give a f*** about them but this thread has me wondering.
What would happen if everyone suddenly had electric cars and the electricity consumption went way the f*** up. How do they plan to generate the electricity to support these greener solutions? And is the electricity used by the cars that much less than the amount used to generate molecular hydrogen - I assume the idea is electrolysis of water still? |
To be fair, producing enough electricity to produce enough hydrogen to supply the world's cars will probably require more power supply too. I'm not advocating hydrogen as it stands, either. And is the electricity used by the cars that much less than the amount used to generate molecular hydrogen - I assume the idea is electrolysis of water still? Most hydrogen produced today is (ironically) from fossil fuels. Hydrogen via electrolysis is nowhere near an option, unless something like controlled, net-generating fusion becomes available and energy itself is significantly cheaper. last edited by Hogfather at 17:13:33 28/Nov/09 |
Switching private transport to the electricity energy grid as you describe would immediately cause massive blackouts. Its just not set up to handle that sort of demand, so there is a tremendous implementation cost that you are glossing over. Electricity isn't magic energy over the wire, there are supply constraints.I can believe that happening if everyone woke up tomorrow and their cars had transformed into Tesla Roadsters! But I suspect any large scale deploy of electric cars won't happen overnight so there'd be time for people to display adaptability. People are actually driving actual electric cars right now and they don't appear to be having too many problems with charge issues, or at least I haven't read any any.. admittedly most of what I've read are a few anecdotal stories about Tesla drivers that post on Slashdot... so it's quite possible I'm missing something. This is pretty interesting too - current (ahaha pun intended!!) charging options for Tesla Roadsters: http://www.teslamotors.com/electric/charging.php The absolute minimum one draws 15 amps, which is quite a lot, but plugs into any socket.. the other ones draw more but you need a special socket type installed. If I could buy a Roadster right now for a reasonable price I happily would even with the current charging situation, because I know it'd match my use cases quite happily (I barely drive though) |
I can believe that happening if everyone woke up tomorrow and their cars had transformed into Tesla Roadsters! But I suspect any large scale deploy of electric cars won't happen overnight so there'd be time for people to display adaptability.But we need solutions NOW, because the world is being f***ed RIGHT NOW by carbon, right? Its that serious that we can't delay ETS legislation and NEED TO DO SOMETHING RIGHT NOW ... right? Because if that is NOT the case, and we have time for 'gradual' uptake, then we can wait for oil production to peak and alternatives become attractive (and developed) as required and through the normal industrial research and development process, with economics and demand as the boring old driver rather than needing to save the f*****g world by 2012. last edited by Hogfather at 17:17:56 28/Nov/09 |
I dunno what the rush is, the world goes to s*** in 2012 anyway. You can go to the movies and see for yourself.
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Fair enough if you live and work in an office in a city, electric cars might suit you.
However anyone who lives or works outside a city (ie. I live in Brisbane but work in western QLD in 14 day blocks) will have no use for an electric car. So once petrol becomes unfeasible, we need another option. Interestingly, the reason I work in western QLD is to extract natural gas, which is the current best method of producing hydrogen! |
Fair enough if you live and work in an office in a city, electric cars might suit you.But that is the vast, vast majority of users, surely.. the guy in my example above, his commute was a 100 mile round trip. That is a f*****g long way to commute!! So if the rest of us city-dwellers are on electric cars then it leaves plenty of cheap petrol for you guys that have to work out in the nether-world :) |
I only started recently watching Top Gear cause of BBC channel that has it on every arvo around when I'm getting home, anyway I'm not really into cars for starters but didn't really mind the show at first....until I realised how contrived and over the top every single show is, these guys are annoying tossers after a while..
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haha that top gear episode was hilarious, and they absolutely were not taking the piss out of electric cars - they do the exact same thing with every single one of the projects they do. it's completely over the top, far-fetched, unrealistic and just good fun to watch
this guy is a total douchebag for taking offence at it |
haha that top gear episode was hilarious, and they absolutely were not taking the piss out of electric cars - they do the exact same thing with every single one of the projects they do. it's completely over the top, far-fetched, unrealistic and just good fun to watch Yeh Top Gear is very much an entertainment show I don't think it pretends to be informative. |
imo ... bring back horses and riding goats.
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But that is the vast, vast majority of users, surely.. You're making a habit of making silly blanket statements lately trog. What about industrial users - freight, waste removal, tradies, the farm machinery that produces our food supply? What about all the everyday people who don't fall into your 'vast majority' of sub-100k per day commuters - couriers, pizza delivery dudes, taxis, sales reps, non-city dwellers? What do you propose that they do? last edited by Hogfather at 18:55:43 28/Nov/09 |
But that is the vast, vast majority of users, surely.. Trog went on in his post to qualify his statement by explaining that moving this majority of moter vehicle users to an alternate energy powered motor vehicle leaves a cheaper supply for other users who still require petrol vehicles. I'd presume he meant until the technology developed for one type of consumer can be applied to others. |
Trog went on in his post to qualify his statement by explaining that moving this majority of moter vehicle users to an alternate energy powered motor vehicle leaves a cheaper supply for other users who still require petrol vehicles. I'd presume he meant until the technology developed for one type of consumer can be applied to others. But motor vehicles only account for 15% of emissions, so we need a complete solution. The problem with industrial carbon production isn't cars, its the infernal combustion engine. Why bother at all (and spend so f*****g much money forcing the technology development) if we aren't going to make a meaningful dent in emissions? Where is all this electricity coming from anyway? Coal power stations? :) last edited by Hogfather at 19:11:28 28/Nov/09 |
"meaningful"
.25% is meaningful with an interest rate, yet 15% with emissions is not ? And this is not just about emissions, it's also about oil being a finite resource. Random red herring, if oil wasn't so valuable would we have bothered with regime change ... errr... I mean WMDs in Iraq ? |
The batteries in those roadsters last at best 7 years they reckon and since li-ion batteries decay faster with heat I'd say it'd be quite a bit less than they claim. Although they do have a cooling system that runs when switched off chewing up 150watts it stops working when the charge drops below 90% so if you drive it to work and park it out in the sun the coolant system won't help you.
$12000USD to replace the half a tonne of batteries in the car if you pre-purchase them 7 years before you need them, $36 grand if you don't. Batteries are still the biggest hurdle for electric cars. The motors are fantastic but until they come up with a way of delivering power to them as easy as pumping fuel they will remain impractical for mainstream use. Electric cars are most certainly the future, that doesn't mean they are ready for the present. |
kryty was legend, now iz greeny whinger
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What about industrial users - freight, waste removal, tradies, the farm machinery that produces our food supply? What about all the everyday people who don't fall into your 'vast majority' of sub-100k per day commuters - couriers, pizza delivery dudes, taxis, sales reps, non-city dwellers? What do you propose that they do?well, I don't have any statistics to back this up.. but on the rare occasion when I drive in peak hour, I see lots of people driving to one place at the start of the day, and assume they drive home at the end of the day, and at other times of the day there's a lot less people on the road you're doing the classic "why bother" routine - if it can't fix everything in one go, why bother? baby steps |
well, I don't have any statistics to back this up.. Statistics aren't proof of anything anyway |
the battery charge issue is easily rectified.
Swap out battery service. Make the battery compartment easily removable and swapped via automatic machinery. Everyone leases batteries instead of buying them. As part of the registration you pay per year, goes to the battery suppliers who in turn supply the service stations with fresh batteries when they reach their end of life. And as for the grid, we'll just have to go nuclear or one of the many green ways to increase energy output. last edited by Vash at 22:06:08 28/Nov/09 |
natural gas is an immediate alternative to oil that springs to mind for the >100 K per day crowd . It has comparable energy density, can be easily refilled, has existing infrastructure in place, burns cleaner, has 2/3 the emissions of oil half of coal, and we've got loads of it. It's also cheaper to tack on some carbon capture mechanism than by burning coal, and, it's more efficient in electricity generation.
There is rapid urbanization going on in the world today (I think something like 80% live in cities now?). Some monstrous statistic. Electric cars = functional. It may only be 15% now but there are millions of NANO TATAs or whatever they are coming online, which are of course fuel efficient, but there will be so many of them! Mumbai has 18 million people. They all want cars, and will get them. T Boon Pickens is trying to do the same thing, with his US $40B wind farm in Texas, backed by natural gas. With the offset from wind, and since they've like us discovered huge deposits, he's pushing to convert the trucking / fleet networks to natural gas, and reduce the half trillion annual outgoings in oil consumption. Buffet is betting big on coal however. Coal is and always will be the elephant in the room.. |
Natural Gas is a step backwards, because once everything is developed around its use, again there will be huge waste when we have to ditch technology to move on to something else.
We should do it right the first time and use a renewable source. |
I think his point was Natural gas could bridge the divide between moving to electric vehicles for the vast majority of the population
for most of us moving to electric wouldn't have any real impact - we just commute like normal and never really notice the difference until we did a long trip but you can't just convert a semi to electricity, it wouldn't work (unless its carrying f***tons of b82rez also) so lpg as an interim step between moving away from oil to a more permanent electric solution is a logical step in my opinion electric motors can be incredibly powerful, less moving parts and easy to service/maintain etc nothing stopping us from using them in heavy industry right now except for the power requirements - which is where a hydrogen/fuel cell idea comes in anyone whos whinging and saying its too hard is in for a real surprise when, one day the powers that be just say "look, there is no more oil for the general population - we're keeping whats left to protect the country and you guys are pretty much on your own from here" I predict looting |
well, I don't have any statistics to back this up.. but on the rare occasion when I drive in peak hour, I see lots of people driving to one place at the start of the day, and assume they drive home at the end of the day, and at other times of the day there's a lot less people on the road So when u drive from were you live (which I assume is pretty close to the city) to the city you see alot of other people driving to the city, wow what a suprise. You have a very small perspective on this subject and I can tell you there are alot of other people that drive alot further, maybe not everyday, but frequently. But im sure you will just say why not move closer to the city, becuase house prices for family homes (not s*** little units) are unnafordable for most people. |
Oh yeah, Autocar really did review their car:
http://www.autocar.co.uk/News/NewsArticle/AllCars/245199/ |
So when u drive from were you live (which I assume is pretty close to the city) to the city you see alot of other people driving to the city, wow what a suprise.My point IS, that a big chunk of the people that are on the roads are commuters driving in or around morning and afternoon peak hour on their daily commute to and from their work place. Not all those people work in the city; it is merely a convenient example as it serves to illustrate my point - peak hour traffic is most noticable on inbound city routes in the morning, and outbound city routes in the evening. You have a very small perspective on this subject and I can tell you there are alot of other people that drive alot further, maybe not everyday, but frequently.Yes, we already covered that, and seen that electric cars do not suit everyone, every time. My perspective is small because I basically never drive anywhere unless I have to - but it doesn't mean that commuter traffic doesn't exist and isn't a big chunk of traffic! |
My perspective is small because I basically never drive anywhere unless I have to - but it doesn't mean that commuter traffic doesn't exist and isn't a big chunk of traffic! Oh yeah of course it is, and most of those people could probably do there trips to work with small electric cars, but what happens when you do need to go further? You sit around and wait for the car to charge? What happens when you want to go further than 100k? like for a weekend drive to noosa or up north to the zoo or something, theres no public transport to these places. How much does it actually cost in electricity to "fill" the car for a 100k trip? An economical car will do about 7.5lts per 100k's, so thats $9.75. Could the current grid cope with hundreds of thousands of cars being charged each night/during the work day? Wouldnt it just cause the price of electricty to go up even further with the power companys saying that they have to spend money on extra infrastructure to cope with the extra power demands? Government corporations with large commuting workforces should be leading the way, equiping there car parks with charging outlets and making deals with a couple of electric car companys to supply the cars. Supply the cars and the electricity as a package that the workers can salary sacrific with no frige benefits tax. |
Oh yeah of course it is, and most of those people could probably do there trips to work with small electric cars, but what happens when you do need to go further?You take a form of transport that is not an electric car? You sit around and wait for the car to charge? What happens when you want to go further than 100k? like for a weekend drive to noosa or up north to the zoo or something, theres no public transport to these places.Well the "real world" range of the Roadster, according to the FAQ, is 244 miles (390.4km). So if you need to drive further than that, then yes, you'll need another car. Fun fact: Internode ISP CEO Simon Hackett just set the world record for long distance driving in an electric car: 501km (313 miles), on a single charge!! Awesomesauce. I claim some credit for that record as an Internode customer. How much does it actually cost in electricity to "fill" the car for a 100k trip?From the Tesla Roadster FAQ: "It costs most customers roughly 2 cents per mile or $5 to fully recharge their Roadster, although the exact price varies depending on your utility rates and the time of day you charge. By contrast, other premium sports cars cost about $2 per mile." That is obviously US-based, not sure what we get charged for electricity. Could the current grid cope with hundreds of thousands of cars being charged each night/during the work day? Wouldnt it just cause the price of electricty to go up even further with the power companys saying that they have to spend money on extra infrastructure to cope with the extra power demands?no doubt, just like the price of oil went up recently when it was in greater demand Government corporations with large commuting workforces should be leading the way, equiping there car parks with charging outlets and making deals with a couple of electric car companys to supply the cars. Supply the cars and the electricity as a package that the workers can salary sacrific with no frige benefits tax.Sounds good to me, though I'd prefer they start on a small scale in a study and see how it goes to evaluate it carefully |
You can't setup a battery swap system when they weigh 450kg and cost $36,000. Nor would it be feasible with every manufacturer having their own different battery system. The best solution would be to deliver mains power directly to the car while it was running like slot cars, with smaller batteries for short commutes when not on the main grid. That of course requires massive infrastructure investment and isn't likely.
Even the battery in a regular car is pretty heavy and wouldn't be removable by some people, I doubt anyone could change the batteries of even the most basic electric car by themselves which would mean some sort of mechanical aid would have to be installed at every station and it would have to work quickly or massive queues would occur. Plus when you fill up at the bowser you only pay for what you need, if you were able to swap batteries you'd have to pay for a full charge even if you still had half a charge left in your old batteries. Not to mention the shear amount of space storing batteries for swapping would require and all the infrastructure to keep them cool and charged. |
Also, I have no doubt that they government would eventually put a tax on electricity used to charge car's just like the current fuel excise. They wouldnt do it soon, but eventually when electric cars start to outnumber petrol cars.
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The Chevy Volt that will be released 2010/2011 in the U.S should solve all of the same old, often repeated problems that electric cars have, many of which you guys have pointed out in this thread.
The Volt is a mid sized Serial Hybrid Plug-In Electric car. Wtf does that mean exactly? Well basically it's a Plug-In Electric Car with a smaller 16kw Lithium Ion battery and a 1.4L petrol engine that acts purely to recharge the battery when the charge drops below 50%. The Car can travel 60klms on Battery only power before the backup engine is turned on. The engine is NOT connected to the wheels. In other words you get all the benefits of an Electric car i.e low maintenance, smooth torque, Recharge at home cheaply for your daily urban commute, Reduce your Fuel Bill dramatically, No emissions smug++. You also eliminate most of the Electric Cars' shortcomings i.e low range, long recharge times, battery life (LifePo4 Pack lasts 10 yrs) The first 10,000 Volts will cost US$40k. GM will make a loss on the first batch but they will no doubt get cheaper and cheaper as I reckon the Volt will be a massive seller in the U.S. The Volt really is the game changer. last edited by sLaps_Forehead at 23:28:51 29/Nov/09 |
Chevy volt does seem pretty cool, pretty simple solution to most of the problems as you said.
The first 10,000 Volts will cost US$40k So we will see it in 3 years and it will cost double cause Its Australia. |