83 comments on The House Energy Bill -- What You Can Do to Help Change Federal Energy Policy for the Better
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83 comments on The House Energy Bill -- What You Can Do to Help Change Federal Energy Policy for the Better
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The Good: The CAFE standard which came out of the Senate is surprisingly good policy by Washington standards. I would suggest keeping this intact. 35 mpg by 2020 is at the upper end of the range of what is doable.
The Bad: The proposal for 36 billion gallons of ethanol (15 billion from corn) must die. In 2006 we made a little over 5 billion gallons of corn ethanol and we can already see rising prices for steak and other things thanks to the soaring price of corn. Food has become a major contributor to inflation. Imagine how much worse things will get if we triple ethanol production from corn. Rising food prices hit everyone, but are especially noticeable to poor people and women.
On an energy basis, corn ethanol already costs 40% more than gasoline (July wholesale futures). Yes, ethanol does presently cost less per gallon, but a gallon of ethanol contains much less energy than a gallon of gasoline. A gallon of ethanol only has 68% as much energy as a gallon of gasoline. Driving on ethanol costs more. A vote to force us to use more ethanol is a vote to raise the price of driving.
As for cellulosic ethanol that is still experimental. The estimates I have seen indicate it will cost twice as much as corn ethanol. Requiring that 15% of our car fuel comes from this source is idiotic. Maybe there will be a breakthrough in this area, and maybe not. Making all that fuel will require 200 million tons per year of biomass. Maybe farms and forests can produce this sustainably, and maybe they can't. Why do we have to go so fast?
Congress is drunk on ethanol, and wants to drive at full speed across a bridge that isn't built yet. Better leave that sort of thing to the Dukes of Hazzard.
The Ugly: The price gouging stuff is American Socialism. Remember the gas lines of the 70s?
And what makes Congress think we have the power to enforce a NOPEC lawsuit? They'll tell us to get lost. They will sell US assets if they fear them being taken. The whole idea is American hubris on steroids.
I can see one use for the NOPEC act: informing the exporters (esp. Saudi Arabia) that they won't be able to use supply constraints to extract lots of wealth from the West and still keep it out of the hands of their restive masses.
In other words, keep pumping as fast as you can or you're toast.
Can I ask -- as politely as possible -- why you state that "35 mpg by 2020 is at the upper end of the range of what is doable." This is not in accord with anything that I hear / read that I take with a grain of salt. 35 mpg is, perhaps, only 'at the upper end' if we assume that efficiency gain priorities will focus on improved 'performance' rather than improved mpg (preferably is gpm, but will put that aside for the moment) and that American vehicles will simply continue to grow in weight and power.
I agree, 35 mph seems far from the upper end of the range of what is do-able, technically. Nevertheless, politically it may be at the upper end of what is do-able.
But, should TOD / energy specialists / people concerned about Peak Oil celebrate 35 mpg? (35 mph would probably get us far better than 35 mpg ...) We should be pointing out, imo, that "politically acceptable" is not adequate for dealing with real-world challenges like Peak Oil.
A, I am with you--but as you surely are well aware by now, politically palatable is all that MoC's CAN care about if they like their job.
That's why I am pushing for valuable insights inside the framework of the legislating process as it stands currently. We are not going to persuade any MoC's of much of anything in two weeks without a massive movement and events on our side.
All I am suggesting is that we help steer the rudder as much as we can without losing the bargaining game. That's ALL this is right now, a bargaining game--understanding which bills need improving/amending, which bills to support, and the interplay between pieces of legislation doing a lot of damage...
My view that 35 mpg is the upper end of what is doable is based on a couple of things. 35 mpg is a 40% increase over where we are today. In 2002 the National Academy of Sciences did a study which I think concluded that a 25% increase in fuel economy was possible using then current tech. It would add $1000 to the cost of a vehicle which would be paid back in gas savings over the life of the car. To get a 40% improvement we will need some new tech by 2020 which probably means hybrids.
Secondly, other countries are targeting 35 mpg or less except for Japan which I think is going for 40 mpg. They want to get there before 2020 but they don't have as far to go as we do.
Thirdly Americans have always demanded larger cars and will not accept the superminis that Europeans and Japanese ride around in. Also, Europeans use diesels to get their high fuel economy and US emmissions standards make diesels difficult.
Finally many Americans would like to give Detroit a chance of survival. Those companies are very weak, and if they fail the well paid union jobs and pension plans will be a thing of the past. If you set the CAFE standard too high then they are doomed. Of course if they get their way and do nothing on fuel economy, then they are also doomed.
I really hope you're talking about political feasibility, but the way you're saying it almost implies you're not. The technology is sitting around to pretty much easily do 60mpg cars - no hybrid required. That would be cars that would look "normal" on todays roads. Look at the VW Lupo...3liters per 100km, basically in the 80mpg range. Then there are zillions of cars that Americans have never heard of that are running around in Europe. Take a look at this link. There are four cars that they tested there that get 45mpg or better at 55mph and only one, the Prius, is available in the US. Hell, the Echo is available in the US and my friend that owns one usually pulls 40mpg real-world fuel economy and I know he doesn't drive slowly. After you look around Europe and see all the great cars they have over there that get fuel mileage that would easily exceed the lame 35mpg standard just put through the Senate you can turn your starry eyes to The Loremo and The VW 1 Liter. The Loremo is slated to be a production car and expected to get 140ish MPG, and the VW 1 Liter which was more of a concept car but also a proof of concept vehicle in the upper 200MPG's. Hat nod to The VentureOne (100mpg) and The Aptera (230mpg) and The Mercedes Boxfish (80mpg, and not at all small or slow)
If Detroit would put as much effort into engineering as it did into marketing and image manufacturing, it might actually build some decent cars. Todays cars are dime a dozen overglorified throw away toys meant to be cheap to manufacture and their aerodynamics are dictated by the marketing department. If the guys on gassavers.org can increase their fuel economy 15% with simple homebrew modifications to existing vehicles like fender skirts, grille blocking and body pans, imagine what an actual effort by engineers with CFD and wind tunnels might acheive. After years of lobbying for and promoting the status quo, Detroit's dug their own grave and it's high time they lay in it.
It's really a question of political and commercial feasibility. I've been travelling between the US and UK for years, and when I come back to the US all the US cars look huge. It's always been that way. US cars used to be super long and wide, now they are massive in every dimension compared to a typical European vehicle. I think it is a cultural thing. Also car parks and roads are about one third narrower in the UK than what we are used to here in the States. Large cars are not fun to drive over there. Europeans are quite happy with cars that are small, fast and corner well.
Your 80mpg Lupo is an impressive piece of engineering, but on a US road it would look like a toy car. Very few Americans would buy it willingly. In fact, there are plenty of Europeans who want something bigger and more powerful.
Sub--
I drive a Toyota Yaris and get over 40+ on the highway right now. With the new diesel hybrids coming on line in Europe, 40 will be a embarrassing small number shortly.
Getting the sheeple to give up driving the 4X4 to WallCrap for a case of Bud will be the big hurdle (during half time of course.
A key point you haven't mentioned is that the 35mpg requirement is for all passenger vehicles. That is, they are proposing to do away with the car/truck distinction. Recall that truck sales are more than 50% of American passenger vehicle sales (see Ward's Automotive most recent update.
The average US fuel economy is about 17mpg, since there are so many trucks out there. The average new vehicle fuel economy is about 22mpg. The proposal for a 35mpg new vehicle average by 2020 is quite a bit more impressive when you consider that it includes trucks.
http://www.nhtsa.dot.gov/cars/rules/cafe/overview.htm
The way CAFE is set up is interesting, for sure. The legislation is definitely a step in the right direction, though the idea of the "footprint" is a little disturbing as it's likely to form a giant loophole big enough to drive an SUV through. That link you provide actually shows sales about perfectly split, which is a little surprising as I'd imagined it more biased towards truck sales. The CAFE is calculated based on the fuel economy and fleet sales. So if you were to have an SUV/light truck rated at 20 mpg...on a 1 to 1 basis for CAFE purposes you would have to have a 50mpg vehicle to counter it. On a 2 to 1 basis to counter a 20mpg SUV/Truck the other vehicles would have to be rated at 42.5mpg. An SUV at 25mpg would require a 45mpg vehicle to counter it or two 40 mpg vehicles. Of course they can put out all the 35mpg vehicles they want. So that would, indeed, be impressive...but it'll be interesting to see how the "footprint" wild card plays out and the flex fuel credits. The only problem with it being impressive in comparison to today's standards is that it's still not going to be enough, the production decline is more than likely going to overrun its effect by a long shot. But considering the people who passed it (supposedly) aren't aware of peak oil makes it even more amazing that it got through. Through the re-introduction of the mini-truck, aero improvements, minor overall size reduction, and minor power reduction, increased diesel fleet, and possibly a few hyper-mileage cars thrown in, I think 35mpg would be achievable without hybrids and without a "holy s$h!t" dramatic change in the way things look.
Hi Sub
Ever had a semi on your tail for an hour because you made the mistake of flashing your brights when you passed? In your 3cylinder 50mpg car? Think Duel. Thats the kind of vehicle you're going to have to share the road with. And I don't see anything in the legislation improving semi fuel economy.(correct me if I'm wrong)
The main thrust of this legislation is aimed at the pick up. And that is going to affect the pocketbook of many Americans.
Hooboy! Skirts! As an automotive designer let me state catagorically that if skirts would sell they'd be on every damn vehicle we make!
Sure theres more to be got from aero and weight too but I was talking to some guys from the aero group the other day and they have made trucks that get great mileage. How? Carbon fiber and titanium! Is anybody out there willing to pay $100,000+ for a 40mpg pick up? Because if there are enough of you we sure as hell will make them!
"As an automotive designer..."
Ah, you are one of "they." Now that I've insulted you...
This is probably the worst argument I've ever heard. Even if you pissed off the driver of an 18 wheeler, and they started tailgating you...you could, my gosh!, pull off at the next offramp. It's exceedingly unlikely that they'd follow you and waste their time and money. They're professional drivers and they simply aren't that stupid.
Holy H311, you slipped in an actual point! 18 wheelers do have a ways to go, especially aerodynmically. Look at the designs of Luigi Colani, for example. Large improvements in efficiency using standard engines. A lower speed limit specifically for trucks would also help fuel efficiency and create jobs.
1957 Chevy Belair, 1956 Ford Thunderbird...these are classics, man. The fender skirts can live again. They just need the marketing departments behind them instead of "Got flaccid penis? Drive a NITRO!!! It'll perk that sucker right up!" Yes, a barn door will make you more manly.
Sounds like they're unimaginative, or as I said before...ruled by the marketing department.
"In 2002 the National Academy of Sciences did a study which I think concluded that a 25% increase in fuel economy was possible using then current tech."
I'm driving a '95 Prizm. Typically this car gets 25mpg in my mixed high/city use. Simply by driving more conservatively (max 45-50mph, slow starts at lights) I can bump the mileage up by 20%. With aggressive conservation I can get 33mpg.
Thus I question the idea that it would take technology changes to make a great impact on our fuel consumption. The weakest link in automotive efficiency is the nut behind the steering wheel.
Electric utilities have discovered that immediate feedback on consumption very quickly results in voluntary individual conservation. Perhaps what is needed is not technology changes to the cars, but instrumentation changes.
Many BMW's (and other cars as well I imagine) have a button on the console that puts the vehicle into 'sport' mode where the computer adjusts shift points and fuel mixture for maximum performance. Perhaps new vehicles should be required to have a software option that places strong performance limits to assist the driver's natural impulse to drive aggressivly. This could be as simple as a 'conservation' button, much like the 'sport' button on the BMW.
Along with this would be a consumption rate meter in a conspicuous location. Perhaps as a head-up display of some sort, so that drivers are aware of it during acceleration, when their attention is typically on the traffic around them. This would help them to understand which driving behaviors consume the most fuel. The indicator would provide both a quantitative measure (cc/s) and qualitative measure (e.g., green or red light of varying intensity).
These ideas do not require any changes to the technology in the vehicles and can provide a 25 to 35 percent increase in fuel economy, driver willing. Once a driver has learned the driving habits of conservation the gains extend to other vehicles he drives as well.
So, future legislation might pick the low-hanging fruit by requiring car makers to include a performance-limiting dash switch that limits the fuel consumption of the vehicle at the users option and a short-period moving average fuel consumption rate indicator. This allows car makers to very cheaply encourage conservative behavior without requiring them to invent new technology or to significantly reduce the performance characteristics of their offerings.
As an extension auto makers might include a very simple short range wireless communication module that would allow vehicles to share their consumption information. Each vehicle would compare it's own consumption rate with that of the vehicles around it and then display to the driver his ranking. This would be designed to encourage competitive conservation. (Some people would cheat by broadcasting false signals of course, but if widely deployed cheaters would have minimal impact)
Is that a bad thing?
More and more, I'm coming to believe that the big changes in fuel economy in the last energy crisis were caused by gas shortages, not high prices.
Leanan,
You may be right, that shortages are a necessary prerequisite for both consumer and legislative response. In my experience, the fear of shortages was much greater than the reality. For example, people with ski boats would put six five-gallon cans of gasoline on top of their station wagon so as to be assured of a weekend of high-speed boating--but the marina never ran out of gas.
People do change their behavior in response to fear, and the fear of shortages is a far more potent motivator than the reality of high prices.
Yep. Look at Europe - high prices no longer have any impact.
What has an impact are
- actual shortages - that hits home pretty directly
- brutal price changes - that works too, but only for a while (cf Katrina)
- regular price increases, each sufficient to be noticed, and frequent enough that the pain is real each time. That gets the message across slower, but more durably.
A simple test of what has an effect os to look at car ads - do they focus on fuel efficiency (or lower emissions), or on other features (price, security, room, luxury, whatever...)?
"Look at Europe - high prices no longer have any impact."
Wow, I had no idea people were buying so many V8 light trucks in Europe. Half of new vehicle sales there are trucks as well?
Gas lines will be a very bad thing for the politicians that cause them.
Shortages, high prices, what's the difference? If there are shortages a black market will form with gas available, but at very high prices. If prices are high enough, for many low income people it looks just like a shortage.
I think the big changes in fuel economy were due to 1) a decade of rising prices and 2) expectations of higher prices in the future. We haven't seen big changes yet because we've only had a few years of rising prices and people still believe that prices will come down when the middle east mess is straightened out. As more people understand that the quagmire in Iraq *is* the future of the middle east, expectations for higher prices in the future will change, and people will make decisions accordingly.
The price gouging stuff
Anti-price gauging measures do indeed walk over the line of socialism for many people - but as someone who's not afraid of the word, more importantly, they're horrible policy compared to what could be - a market-based energy incentive.
As oil supply diminishes, and before that diminishes in comparison to growing demand, the price will rise drastically, and continue to rise. If the US economy sees a total supply decline rate of 5% (not difficult to imagine for such a huge importer as us, if you take into account how possessive other nations will get when they discover their reserves will vastly appreciate over time), that means that 5% of consumers and businesses are priced out of the market for fuel. Every single year.
The prices needed to do this to the US population are much higher than they are now - all of which is going to go to the oil industry. They are going to see their revenues double, triple, quadruple, or more in the end, for pumping an ever-shrinking amount. This is first-year economics combined with a knowledge of our dependence on fossil fuels.
The better option
Government intervention. Tax fossil fuel, and tax it heavily. Then, give it all back to the people, making the load on the average consumer no different than before. The average consumer sees gas go way up, but gets a big check at the end of the year which fully compensates for that, and feels entitled to it after a short while. You can fiddle with the provisions for receiving this check and use the side effects to help solve the immigration crisis as well, if you like.
There are two methods of doing this.
Strict-Supply Carbon Cap and Trade - Every US citizen at tax time gets a piece of plastic entitled "2008: 100 tons of CO2," Every major carbon emitter or supplier for minor carbon emitters needs to own enough credits for what they sold by the end of the year. The work is subcontracted out to retail and internet brokers, and the end result is you can walk into a 7-11 and come out minus a card, plus a few thousand dollars. The coal factory buys it from 7-11. Credits can only be issued by the US government, are only needed for fossil fuels, and the total amount declines by a few percent a year - that is the way it needs to be to avoid impossible-to-audit scams + shell games like 'plant a forest, burn a coal mine.' Requires a strong enforcement mechanism.
Direct Taxation and Rebate - You tax each fossil fuel by a steadily increasing amount, based on import reliance, pollution, and greenhouse gasses. At the end of the year, the total amount is split up and divided equally in a check to every taxpayer. Requires prescient prediction power, annual analysis + adjustments, and is called a 'tax.'
Simplicity is important, effectiveness is important. Both of these schemes raise the price of fuel, without harming the average consumer. That $3000 extra to buy a hybrid? That finally becomes justifiable, as a way of saving money. Insulating your house better(huge opportunity for return here)? Cheaper than not doing it. Flourescents? Cheaper than not doing it. About a billion energy-saving practices that I'm not mentioning, most of which I can't even imagine, and which Congress certainly doesn't have the power to anticipate? They become viable. The consumer has to pick between taking his RV cross-country for vacation at $10k or staying in hotels for $5k (the RV costs $3k to run at current prices).
The oil companies wouldn't make outrageously more than they make now, even with an ever-tightening supply.
The point is that the market's position on the supply/demand curve is going to shift, and it gets pretty damn steep. Either the money from the higher prices can go to the government and back to the consumer to save energy the best way he can think of, or it can go to oil companies and the military to go to ever-more-impractical lengths to secure the last drops of oil.
Biofuels get encouraged either way through natural market/price competition, which is more effective than Congressional subsidies (*cough*FarmBillPork*cough)can ever be. With the artificial increases, they just get a jump start on the actual scarcities, meaning the US gets a jump start on getting ready for a world-changing phenomena, instead of panicking at the last minute.
I'm not ruling out government assistance for energy saving measures, like free insulation to low-income households (I have a friend who does this in England). But it's merely a gesture, unlikely to be taken advantage of or repeated, unless it's hung on a framework of need: a framework you can create via high fossil fuel taxes.
Side effect: Being eligible for a rebate of some form, in credits or cash, becomes a huge deal for the lowest income residents. Confine it to citizens, and you'll see immigration shrink because they can't afford to live here with such high fuel prices. Do whatever you want with it.
Side effect: Enviro-gasm. Clean energy can compete on its own terms without subsidies, and the most successful businesses with the best practices (rather than the one with the best lobbyists) will see those practices standardize. The US CAN be the leader in the world alternative energy industry, if it wants to. And as an industry that's got several million percent of growth to do this century, you want it to.
Unintentional side effect: Manufacturing takes a big hit with this. A shift in trade policies is overdue at this point, and artificially high fuel prices need to be factored into any kind of trade policy. Europe shows that it's far from impossible, though, to square high energy prices with a successful export sector.
Sorry guys but no one at the DOE is going to take our contribution seriously should we choose to litter it with asinine postings on ethanol such as cellulosic ethanol is 'experimental' or that there isin't enough biomass to make 30% of our fuel needs.
Constructive yes. Critical yes. Uninformed no.
Peak Oil is a liquid transportation fuels crisis and ethanol -irrespective of the source or production path utilized- is part of the world mitigation strategy of said crisis.
For the U.S. specifically, 1st, 2nd and 3rd gen biofuels are right now converging into the integrated biorefinery construct envisoned by NREL and similar institutions.
The major hurdle, however, is again, prioritization - prioritization as it pertains to funding, scope and implementation.
Time is not our friend.
Agree with the above comment. Prof. Goose - people asserting that cellulosic ethanol is 'experimental' should be required to back this with evidence - ie evidence that it's not within 3-5 year commercialization timeframe. The DOE, with its knowledge of the sector, seems confident that it is. I work in the sector, and what I've seen backs this up. Not all of the current cellulosic ethanol operations will succeed, but some will, and those that do will become commercial quickly. So far we've only had two serious attempts at commercial cellulosic ethanol
1) Iogen - a bust - has never run to design parameters
2) Abengoa (Europe) - reasonably successful
and the technology has been moving considerably (particularly with regard to enzyme costs) on in the time since both these operations began
So, to conclude - we shouldn't allow boiler-plate statements like 'cellulosic ethanol won't work anytime in the next 10 years'. Anyone who's familiar with the science and commercialization efforts going on in the US in particular would say that there is certainly enough effort being put into this to have a good chance of success (with SOME technology SOMEWHERE).
Congress has clearly made the political decision (and this is what Congress DO) that the people of the United States want a significant effort to be made in the cellulosic ethanol arena, and that the current state of advancement in the science involved is enough to warrant that effort. I don't see why they should be second-guessed. We can disagree on the methods, amounts, direction and timing of any legislation of course!
Cuchulainn