You really inferred a lot of nonsense from so very few words.Solid,sound reasoning.
Key word being 'Reasoning'.
Most daily commuters, second vehicles, "Grocery Getters" could be electric and for a very reasonable price.
All planned traffic/trips so charging isn't an issue.
When you consider most of the US vehicle traffic travels less than 50 miles a day, less than 10 miles from home, electric commuters make sense.
There is also the fact they cost much less to produce, about 1/3 to 1/6 the moving parts, and take virtually no maintenance other than brakes, tires & wheel bearings.
Depending on DOT/weight restrictions & charge times, I could see class 8 trucks going electric.
It's torque that moves heavy loads, and industrial diesel engines/gear boxes are so heavy they easily offset battery weight.
I don't see flexible schedule (different job sites/times) or intermediate size vehicles being electric anytime soon.
Joe the plumber, or Jack the boilermaker, or Jim the carpenter works out of town on job demand schedules, can't really plan recharging locations/times very well.
By far the biggest 'Perk'/incentive would be for employers to solar charge employees vehicles while they sit in the parking lots all day.
The guy that works night shift and his EV sits in his driveway all day could recharge from solar quite easily, but he has the cost of the solar panels/converter.
I've visited several places that have covered parking for employees that charge EVs, and the number of EVs were MUCH higher with free to employee energy cost, and solar panels keep the rain & snow off your car too...
I agree.
In cities EVs will be more popular, less driving, cheaper lifetime expense for the miles traveled.
Where charging infrastructure is spotty, but there is a gas station every few miles gas will rule.
I have a lot of self produced electricity, so I'm working on an electric tractor.
When the shortages of car parts slacks and prices come down, we will have an EV for my wife.
Of course, I'm not giving up the 60s muscle cars anytime soon...
And this is where it comes off the rails.
Nuclear is WAY more expensive than gas/coal/petroleum to build & operate per megawatt.
Nuclear has produced BILLIONS of tons waste product the TAXPAYER foots the bill on storage & security.
It's not a 'Leftist' thing,
It's a common sense thing.
Nuclear waste is 100% toxic for over 1,000,000 years.
Only the VERY short sighted think leaving billions of 100% deadly waste behind for 1,000,000 years is viable way to do things...
I would say using 2/3 less parts that have to be manufactured and their waste products, the energy consumed is the reason auto makers are working on EVs,
The vehicles don't produce toxic waste in operation, cleaner air, water, etc.
Technology, particularly batteries, have made EVs practical, the same way Henry Ford made cars practice back in the 1920s.
It's simply the next evolution in transportation,
Feet, then shoes, then animals, then boats, then trains, then cars, then planes...
All implementation goes slowly, and the reason is adaptation & refinement.
You are perfectly free to aquire a model T or model A,
Get out there and hand crank it since you don't like batteries,
Drive on those wooden spoke wheels,
Putter down the highway with 12-35 horsepower,
Replace the engine every 20,000 miles,
That would REALLY show your 'Consevatism'!
"By the power of GreyMeat ... "With the power of Taco Bell, perhaps we *can* approach billions if we all work together. Brazil nut tacos...
Well also it’s not the most expensive source of energy “by far.” It’s more expensive than the usual sources these days, but not anything an honest person would say is by far.I'm shocked, shocked I say to find that you are massively wrong once again
Spent Nuclear Fuel Storage and Disposal • Stimson Center
400,000 tons of spent nuclear fuel is stored at hundreds of sites across dozens of countries. Given its radioactive properties, spent fuel must be stored and protected for the thousands. Deep underground storage will help centralize stockpiles, and some are being planned, but the challenge of...www.stimson.org
Using their numbers, currently spent fuel should be at about:
400000 + ( 3 x 11300) = 433900 metric tons, or 0.00043 of ONE billion, let alone BILLIONS
The real problem is that scaled, safe nuclear power would allow us to continue to consume energy and increase our standard of living....The real problem seems to be that Reagan wanted to build nukes to counter the Soviet Union and nukes are nukes, even if they are making electricity.
THIS!!!It would give us a "way out"...and that's not what the planners want.
THIS!!!
In the early 1900’s there were electric cars all over. They were popular in cities. No smog, no crank start. But they were almost twice the price. Then they made an electric starter for gas cars and the market decided. I say let it decide again. But if they’re going to do any mandates then once again I don’t believe anything they say. That’ll screw the average working class person that buys a used car and hangs onto it for years. And a mandate would once again prove that is exactly what they want to do.
The finalized rule calls for vehicles in model years 2023-2026 to reduce their greenhouse gas emissions between 5% and 10% each year. This means that by 2026, cars will be required to achieve 40 miles per gallon.
Maybe not too far but certainly too fast. Barring some breakthrough miracle voodoo tech that makes cars run on snake oil I think we've squeezed just about all the efficiency possible out of burning dead dinosaurs. An energy revolution is certainly a welcome proposition but it won't come simply because gov't mandates it.For clarity, this is fleet wide averages after "credits". I think it's moving too far too fast, but it's not a ban on cars that don't get at least 40mpg.
The attached document expects about 17% of cars to be electric only or plug in hybrids (which, to me, is still a pretty compelling technology). You can get "credits" for things like LED lighting that reduce the overall energy demands of the vehicle.
That said, it's too far IMO.
Reductions in GHG emissions from this rule will benefit populations that may be especially vulnerable to damages associated with climate change, such as the very young, the elderly, communities of color, low-income, disabled, and indigenous populations.
Some more BS in the order:
Ok, air pollution hits the elderly and some disable harder, sure. But do "communities of color" have different lungs? Do lower income people breathe differently? I could even understand if they said "urban" as air pollution is harsher in cities than rural areas, but this? C'mon.
They do know that 'breathing rarefied air' is not a literal thing, right? RIGHT?
Air polution.Some more BS in the order:
Ok, air pollution hits the elderly and some disable harder, sure. But do "communities of color" have different lungs? Do lower income people breathe differently? I could even understand if they said "urban" as air pollution is harsher in cities than rural areas, but this? C'mon.
They do know that 'breathing rarefied air' is not a literal thing, right? RIGHT?