Better Idea Than Releasing Reserves
You had to be around in 1973 to understand what happened when the Middle East decided to cut back on oil. At first, they thought the US would react harshly and invade. We did not. Instead, there were long lines where I lived. If I was near my university on the outskirts of Chicago, the lines did not exist. So, I would fill up my Datsun 510 and scoot home.
At times I would take a gas can with me, get it filled, so we could fill up the tractor at work and cut grass at the retirement home I worked at doing maintenance.
“A Better Idea Than Releasing Oil from the Strategic Reserve,” Do away with the SUV Loophole . . .
The New Yorker commentary by Elizabeth Kolbert, March 31, 2022
On Thursday afternoon, President Joe Biden announced that the federal government would release up to a hundred and eighty million barrels of oil from the Strategic Petroleum Reserve over six months. The move, aimed at bringing down gas prices –
“Americans are feeling Putin’s gas price hike at the pump,” Biden tweeted.
It is obviously politically motivated. Looked at in purely partisan terms, it probably makes sense for Democrats facing a tough election year. But through a wider lens, this is a policy from building on previous policy mistakes. It is those mistakes the Biden Administration should be trying to fix, but is not.
The origins of the problem go all the way back to what might be called the original oil crisis, of 1973. In response to that crisis, Congress passed the Energy Policy and Conservation Act, which established the Strategic Petroleum Reserve. At the same time, it mandated Corporate Average Fuel Economy, or cafe, standards for cars. The goal was to reduce the country’s dependence on foreign oil.
From the outset, Cafe standards were easy to game. To meet them, a car manufacturer could still sell a lot of inefficient cars, provided that it sold enough more efficient vehicles to meet a certain fleetwide average. Standards were being introduced in 1978. The average vehicle sold supposedly was to get at least eighteen miles to the gallon.) Allowing separate, laxer standards for “light trucks,” essentially were for pickups people were using for work. No one gave sport-utility vehicles much thought, because they barely existed.
It soon changed.
In 1984, Jeep was introducing the first “mainstream” S.U.V., the Jeep Cherokee XJ. Sales of light trucks, now including Cherokees and their brethren, shot up. By 2004, they made up more than half of new-vehicle sales. Consumers obviously liked S.U.V.s, and automakers made a lot of money off of them.
The S.U.V. loophole, as it became known, kept both groups happy.
But the more S.U.V.s Americans drove out of the showroom, the more oil the country burned through and the more carbon dioxide it emitted. Every gallon of gasoline combusted adds twenty pounds of CO2 to the atmosphere, and this is not counting the carbon produced during the refining process.
In 2006, the National Highway Traffic Safety Administration and the Environmental Protection Agency, which shares responsibility for the cafe standards, changed the way it did its calculations. Instead of having to meet a fleetwide average, car manufacturers would now have to meet different standards, depending on how many vehicles they sold of what size.
“It is the most complicated system they could possibly come up with,”
Dan Becker, the director of the Center for Biological Diversity’s Safe Climate Transport Campaign, said.
This new “footprint” method had the perverse effect of further incentivizing carmakers to produce gas guzzlers. Because of the way the more complicated system accounted for car size, the more big-footprint cars a company sold, the lower the over-all efficiency standard it had to meet.
A paper that a pair of researchers at the University of Michigan published, in 2011, predicted that the new accounting method would have the same effect as’
“adding 3–10 coal-fired power plants to the electricity grid each year.”
In 2015, S.U.V. sales topped sedan sales for the first time in the U.S., and by last year S.U.V.s, vans, and pickups were together outselling sedans by a ratio of more than two to one. Even so, most car manufacturers couldn’t meet the cafe standards set for them.
In 2021, Ford, Toyota, G.M., Kia, BMW, Volkswagen, Nissan, Hyundai, Mercedes-Benz, and Stellantis, which owns Chrysler, all came in “above standard.” (Only Tesla, Subaru, and Honda came in below.) According to calculations by Chris Harto, the senior energy-policy analyst for Consumer Reports, roughly half of the gains in fuel economy in the U.S. between 2010 and 2020 were eaten up by the shift to larger vehicles.
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Meanwhile, drivers in other countries were also turning to sport-utility vehicles. In 2010, S.U.V.s made up less than seventeen per cent of new-car registrations around the world; by last year, that figure had grown to forty-six per cent.
The International Energy Agency recently reported that, if;
“SUVs were an individual country, they would rank sixth in the world for absolute emissions in 2021, emitting over 900 million tonnes of CO2.”
The agency urged governments to focus on policies that would reduce S.U.V. sales:
“Some governments have already started introducing relevant measures, such as France and Germany, which have put a tax on large and high-emissions cars.”
As it happens, the Biden Administration is set to unveil a new set of cafe standards on Friday. These standards are supposed to replace ones that the Obama Administration negotiated with the car industry in 2012, and which the Trump Administration scrapped in 2020. They will be better than the ones in place now, but not nearly as good as they could have been—or as they need to be to meet the I.E.A.’s guidance. Among other things, they leave the S.U.V. loophole in place.
The last time gas prices were as high as now? It was 2008. In inflation-adjusted terms, prices were higher fourteen years ago. What would have happened if smarter vehicle-efficiency standards had been put in place back then?
It’s impossible to know exactly. But in the intervening years, the U.S. certainly could have cut oil consumption by a million barrels a day. The amount the Biden Administration has said it will release from the strategic reserve. Total U.S. oil consumption is almost twenty million barrels a day. Funny thing is people will not give up driving 15 mph over the speed limit to save 260,000 gallons of gasoline a day. It ain’t much at 1.3% of the total. It is the easiest to accomplish.
Me; Hey, go check out that Ford F150 Raptor or the Dodge HellCat. The Raptor adds three times what a regular F150 adds in C02.
Unfortunately, as Henry Grabar at Slate noted,
“when it comes to oil shocks, we have the memory of goldfish.”
“A Better Idea Than Releasing Oil from the Strategic Reserve” | The New Yorker, Elizabeth Kolbert, March 31, 2022
In the philly suburbs the lines were always long, and you could only get gas if your license plate ended in odd or even numbers on the assigned day. I think I remember it not lasting more than a couple of weeks. I had an old VW bug so a full tank was good for a month for my usage.
I think it is kind of dumb at this time to change that rule although comparing it to releasing reserves is pretty odd anyway. Changing this is a very long-term policy decision as pretty modern vehicles stay on the road well past a decade now. Releasing reserves sends a signal to the market immediately. I’m not advocating releasing these reserves, just that the SUV thing is not at all comparable to this decision. But getting back to the SUVs, just continue to electrify the available models and as the payload, towing power, range, recharge time and price parameters all head towards the current gas-powered values, the fleet will electrify. Few people care about whether the motive power is gas or electric, but they care about the parameters I mention a lot.
Eric:
Automotive can pivot on a dime when they want to or need to do so. As far as vehicles lasting for a decade. If you wish to own an energy pig, you should pay far more in energy related licensing fees. Time to accelerate the change to more efficient vehicles with the appropriate penalties for inefficient vehicles.
People do care in having the noisiest vehicle around as compared to silent electrical vehicles. Either they get a noisy exhaust or are revving their engines. Time to minimize the toys.
Eric
we could have save a hell of a lot of gas by now if we had given up on power, speed and range “needed” for an electric car that will drive to work and back and to the grocery store. and saved the highway cruiser for what it is good at. I think the chinese are selling such a car for about $900.
people drive what they do and the way they do because they still have the brains of chimpanzees. the people who make excuses for them have the brains of reptiles.
What might be a better solution is to label vehicles by application. Farm trucks, tractors, work trucks could all technically be exempt due to application. There really is no need to have a large gas guzzler to drive to the 9-5. Hell, I drive a Tesla and tow a trailer with it. I miss my truck, but I still get work done rather efficiently, but I also don’t haul cattle or equipment. One of the best pieces of advice my dad gave me years ago was to think of a vehicle as a tool. Tools aren’t pretty, they aren’t an investment. You buy the best tool for the application, for the best economics. Why burn $800 a month in gas on a $700 a month car note, when the same utility can be had for $400 a month in gas and $300 for that Corolla?
Michael:
Mostly agree. Time to get back to Jeff’s Collie grandpa’s vehicle. Just a simple pickup.
The issue is not just the size of the vehicles. The efficiency gains from digital controls, better cam and ignition timing controls, running higher compression has gone into adding HP and torq to a given engine size vs keeping the HP and torq and reducing the engine size.
Vehicles are truly over powered for what most people need. Example: my 1997 Jeep TJ with it’s 4 banger 120 hp, 125 torq plows snow just fine. The old International Scout was 65 hp and they were great for snow plowing. The newer jeeps are 286 hp. Does a pickup truck need 600 ft lbs of torq and 400hp?
Our 1965 Dodge slant 6 (2.8L) van could get 24 mpg on a long drive. My 2011 Dodge Caravan is lucking to do 21. Over all I’m good if I get 16 to 18. 286 HP 3.6L. My 2001 at 180 hp 24 to 26 mpg was easy3.3L.
Daniel
I went upscale in the seventies and bought an Audi Fox 1.8 litre. One hundred horsepower and sufficient torque. My VW Passat with a same size engine is 170 HP, 180 lbs of torque, and a bigger vehicle. Gas mileage is better on the latter. My Datsun 510 was similar to the Audi Fox in power and a three speed Borg Warner transmission too. Small engine, similar power, and better fuel economy.
My old mechanic said similar to what you said. Basically, the transmission did all the work in shifting to different gear to get the right torque to move the load in his pickup with a much smaller engine.
well, fwiw, if it helps
my 1959 Sprite got 50 mpg and had enough power to go legal speed on any road in America.
(“rated” 80 hp if I remember). despite being a british car it lasted until i sold it to someone who wanted to race it. pulled the wheels off in a hard turn and rolled it.
you can have fun and save money too.
In some ways, trading in a ‘gas guzzler’ for a vehicle with better mileage could make sense, but Americans usually have preferred to avoid fuel-efficient automobiles, it seems.
Best selling vehicles in the US are said to be pickup trucks.
GM has a new line of electric pickups. Let’s see how they sell.
First-Ever Chevy Silverado EV – Reserve Now
Alternatively,
Introducing the GMC HUMMER EVs | Electric Truck & SUV
The 2022 GMC Hummer EV Pickup starts at $112,595 for the Edition 1 model. As time progresses, versions priced between $80,000 and $100,000 will arrive.
However, you have to do a LOT of driving to justify the expense of a new more fuel efficient vehicle, I think. It’s arguably best to just find alternate transportation, keep the old clunker for short, infrequent excursions.