As usual, an honest question that deserved an honest answer has devolved into attacks on the right using old stereotypes applied in the nastiest way possible. For example, I am willing to guarantee that a vanishingly-small number of conservatives think about gasoline in any sort of religious terms.
So for an answer as to a conservative-liberal split on the issue, consider that most liberals live in cities and most conservatives live in rural and suburban areas. Also consider that liberal rhetoric and overreach, like saying we will stop selling all gas vehicles by 2030 or 2035, strikes such people as being dangerous and fanatical.
I lived on a small farm. We had a 50-year-old gas powered tractor, a newer 20-year old gas tractor, a gas combine, gas pickup trucks, gas augers, etc. Since electrical power on farms can be inconsistent in winter (power lines go down) we had a 500 gallon tank of gas on the farm and a generator.
If someone came along and said, “we’re shutting all that down in 20 years and forcing you into an entire new equipment stack” we would have pushed back super hard on that because not only would it have been impossible, but if they tried they would have bankrupted us. There’s a reason we had old equipment - we couldn’t afford anything new. And we do not have large electric tractors, Even today, they are simply not feasible. You aren’t pulling a powered cultivator on a field for 8 hours on batteries. There are some electric garden tractors and other light-duty machines, but we are nowhere near being able to cultivate a section of land with a battery-powered tractor.
I just watched a video in which a Ford Lightning towing a 9500 lb trailer up a 7% grade lost 16% of its battery charge in 8 miles. And a Ford Lightning has a HUGE battery. A typical farm tractor can burn anywhere from 15-20 gallons per hour, depending on what it’s doing. A gallon of diesel has about 40 kWh of energy. So we’re talking about 600-800 kWh of energy per hour. A Ford Lightning has one of the biggest EV batteries on the market, and it’s 133kWh. Now, electric propulsion is more energy efficient by a factor of four or so, so a Lightning battery would run a working tractor plowing a field for maybe an hour.
I am a big proponent of EVs. But they won’t work for everyone for a very long time, and there are huge issues with widespread, accelerated adoption. The power grid itself has to be upgraded and about 25% more capacity added overall for charging all the electric vehicles.
But a larger problem is that city infrastructures will need serious upgrades. Many homes have 60-100A services, which will not charge long-range EVs well. Upgrading services after a point requires upgrading the whole infrastructure - neighboorhood distribution transformers, wiring, etc.
You want to convert a gas station to superchargers? A Tesla supercharger charges at 250kW. Twelve of those is 3 MW. You would have to convert every gas station to handle the demand, except that charging takes much longer than filling a tank of gas, so we might need more. Has anyone considered the time and cost of decomissioning gas stations and converting them to charging places? The environmental challenges of decommissioning all the underground tanks alone is daunting.
Anyone here still happy that we made a big push for bio-fuels? They were all the rage for about two years - just long enough for the government to mandate them and create giant agricultural subsidies to provide them. We forced bio-fuels on ourselves, then discovered that they did nothing for global warming, perhaps made it slightly worse, raised the cost of food, converted treeland to grow corn, and created a permanent subsidy structure that costs us all billions of dollars per year for nothing.
That’s what happens when you try to force ‘big ideas’ without understanding the details. Did you know that many grain silos had to be rebuilt with different angles for the grain chutes? Corn is slipprier than wheat, and using chutes made for wheat caused damage to the corn. I guarantee not a single politician considered that issue when advocating for a bio-fuel subsidy, or the hundreds of other unintentional consequences of the switch.
Look what’s happened by trying to rush wind and solar in Euriope and shut down nuclear before alternatives were truly ready for prime time - they simply forced Europe into buying gas from Russia, enabling a war in Ukraine by giving Putin energy leverage over Europe and giving him a huge war chest. The Ruble is now the strongest currency in the world, and Putin is making billions of dollars per month selling fossil energy to Europe that used to be provided by local nuclear, coal, and gas plants. Global warming hasn’t budged an inch, but the worst actors in the world are being strengthened and the west is being diminished. Good work.
It’s been said that conservatives are more anti-science than liberals. If that’s true, I’d say that liberals are more anti-engineering than conservatives. Science trades in big ideas and abstract ideas, just like liberals. Engineering is about making things actually happen in the real world. Science is high level, engineering is details. This even plays out in universities, where the engineering faculties tend to have the most conservative students and profs than any faculty other than business.
Liberals grab hold of a big idea like powering everything with solar and wind. The science says it can be done, and it’s a good thing, so let’s just DO IT. Conservatives go, “okay, but what about X and Y and Z? How do we do those?” and get called deniers or anti-science.
Conservatives point out that we have an evolved, incredibly complex energy distribution system that can’t be simply hand-waved away. They point out that a large energy facility takes years or sometimes decades to build, and we’d need thousands more of them. Conservatives point out that no matter how much wind and solar you build, you will still have long periods of time where they simply can’t provide all the energy you need, requiring the existance of a complete back-up energy system, which makes electricity more expensive.
They point out that you absolutely need base-load power and some means of storing electricity in huge quantity for long periods of time, and get ‘talk to the hand’ in response from people who are just certain they are correct despite knowing nothing about the details of what they imagine they can demand to be re-designed on schedule. They brush off feasibility concerns by simply assuming that with the right government in power we’ll just ‘figure it out’. It’s maddening.
But where are we now after 20 years of the liberal plan for global warming? Let’s see - brownouts and blackouts in Europe and North America, with more coming. Re-invigotation of the economies of the worst actors in the world. A war in Europe facilitated by energy shortages. Sky-high energy costs. Political fractures and increases in polarization. And not a damned thing actually done about global warming.
I said on this board twenty years ago that if we went down this path without Russia and China on board it would be extremely dangerous because we would be impoverishing ourselves and creating incentives for heavy industry to move to China and Russia. And every ounce of CO2 we saved would be an ounce they don’t have to worry about, incentivizing them to continue with fossil fuels. And that’s EXACTLY what has happened.
And so what’s the liberal answer to this? Is there any acknowledgement that what we have been doing has been counterproductive or at best useless? On the margins there seems to finally be slightly more acceptance of nuclear power, but the policy still seems to be to ramp up energy taxes, issue mandates, pass laws demanding general change, shut down drilling and new fossil plant construction, and… what? A better world will just appear? The energy system slowly constructed over a century will just be shut down and replaced by something better, somehow?
The ‘conservative’ plan that’s been pushed for years included a rapid ramp-up of nuclear power, natural gas used for ‘peaking’ power, with coal phased out and replaced with a combination of nuclear, solar, wind, geothermal, and whatever else makes sense. Perhaps as much as 20-30% wind and solar. As batteries get better, grid storage batteries could begin supplementing gas for load-following. Gasoline for cars will eventually be phased out in the market in favor of electric (that’s already starting, even without goverment ‘helping’), but it’s dangerous to push it before it’s ready not just because there are plenty of use cases where electric vehicles still don’t work, but because there are huge secondary industries that use petroleum and refined products from the oil used to produce gas.
A plan like that could have reduced CO2 by 50% by now, while maintaining complete energy security and even lowering the cost of electricity (see France). But no, we can’t have nuclear, and we must have solar and wind do everything because science has spoken. The perfect is, as always, the enemy of the good. Or the reasonable.