Electric vehicles are expensive. The average price of an electric vehicle is about
$18,000 more than the average price of a gas vehicle…
Sure, those are “average” prices, but lower end electric vehicles are price competitive. Tricked out top end Tesla models are well over $10,000, but the Model 3s are affordable and are of high quality.
Electric vehicles are not “zero” emissions—they
create more emissions than internal combustion engine vehicles when they are produced…
Yes, but if one clicks the provided link they cite, you will find that the net carbon emissions over the life of the vehicle (when the vehicle is actually used) is lower than internal combustion engines. They know their target audience doesn’t usually do any fact checking.
…and they also cause emissions when they are charged, usually by burning fossil fuels.
The electrical grids across the U.S. are upgrading due to economic forces. Natural gas is cheaper than coal (with vastly fewer environmental problems), so coal is rapidly getting phased out. In Texas, wind and solar power is among the most reliable part of the grid and provides a large percentage of the total power grid capacity. So electrical grids nationwide are becoming more environmentally-friendly, so the electric vehicle will only become more environmentally-friendly for the foreseeable future.
Not only will electric vehicle mandates cost us more at the dealership, but they will also destroy American jobs.
The carbon paper and buggy whip industries went away, but American workers know how to learn new skills and move to new fields. As jobs go away, new jobs will emerge. The REAL danger to employment is actually AUTOMATION, not merely changes to the marketplace, but it seems our political pundits (including the Heritage Foundation) and corporate leaders don’t want to have that conversation.
Auto mechanics, masters at prolonging the life of the internal combustion engine, will also be impacted.
This opinion piece imagines that internal combustion engines will disappear all at once. Not true. There will be lots of legacy internal combustion engines on the roads, in the air, on the rails, and on the water, throughout the next generation. The skills will change, but there will be a need. Moreover, electrical vehicles still require mechanics, although not as frequently since they are of simpler and more reliable design.
Something they conveniently forgot to mention is that electric vehicles need MUCH less maintenance. No oil changes, tune-ups, etc. That is a huge positive for electric vehicle owners.
America’s farmers would be devastated since
more than a third of the corn crop ultimately goes to biofuels.
The farmers would not be “devastated.” Instead of burning up a massive amount of our agricultural production in gasoline engines, we could actually grow more food for human and animal consumption, bringing down food prices for everyone.
And America’s oil and refining workers would face a heavy blow. That is a huge issue in Pennsylvania, Delaware, and New Jersey, since all three have major oil refineries and form the
epicenter of the refining industry on the East Coast. Manufacturing jobs like those found at auto plants and refineries support dozens of other jobs and are the foundation on which an economy can be built. The oil and natural gas industry
supports over 700,000 jobs in Pennsylvania, New Jersey, and Delaware. Why destroy those jobs?
I live in Texas and am the descendant of two generations of oil refining workers. My grandfather and his brothers joined the ranks of oil refining workers in 1912 and helped built one of the largest early refineries; and my father, my uncles, and a massive number of extended family and friends (more than 75% growing up) worked in refineries. I lived in the town surrounded on almost every side by large refineries and heavy industry, so I know a little bit about it.
The dirty little secret of this argument about workers losing their jobs is that most of those jobs have already been lost. Refineries are mostly automated at this point, with an operator running a console who takes the place of hundred of persons that used to run cracking units, pipeline systems, and other various essential functions. Moreover, refineries produce a lot more than just gasoline. They produce aviation fuels, various lubricating oils, and heavier oil-based products often used in construction. Beyond all of that, the oil industry is a international industry, so they will need to produce gasoline for customers around the world, especially for areas that do not yet have the infrastructure to support the clear transportation options.
Refinery jobs are largely gone, and the rest are not going anywhere.
Internal combustion engine vehicles offer superior range, convenience, and durability at an affordable price. The median internal combustion engine vehicle has a
range of 403 miles compared with the median electric vehicle at 234 miles.
I drove a Tesla Model 3 Long Range car for about three months earlier this year. I usually charged it to have about a 300-mile range (about an 80% charge), although I could charge it higher when I planned on driving long distance. I thought I would have a lot of range anxiety, but I got over it within the first couple of weeks.
That means more frequent stops for electric vehicles to charge, and they take much longer than filling up at the pump.
I am only familiar with the Tesla experience, but I did not find charging at a Tesla supercharger station (strategically placed along almost all major highways) to take significantly longer than filling up at the pump. I traveled between Fort Worth and Houston on a few occasions and would usually stop at a Buc-ee’s to charge. I would plug in the Tesla, go inside the store use the restroom, buy a drink and snack, and then walk about to the car. By the time I returned, the car was nearly 80% charged again (I usually had about a 20% charge when I pulled in), and I departed shortly after. Since you don’t have to manually monitor the charging process (like a gas pump), you can get in and out of a “fueling stop” in about the same length of time as with a conventional gasoline engine. (And given how crowded Buc-ee’s pumps usually are, I suspect I was there for less time, since I didn’t have to both wait for a pump and then find a parking place before I went in to use the restrooms.)
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If I were the Heritage Foundation, I would be embarrassed to publish such a hatchet-job of an opinion piece. There are advantages and disadvantages to electric vehicles, but the Heritage Foundation doesn’t seem to respect its readers enough to deal in reality.