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originally posted by: StudioNada
accomplishing the switchover (ICE to EV) by 2032 is doable if done wisely...
All size cities to be EV/LSV by 2030 within city limits
towns & agriculture communities 75% EV by 2030
ICE vehicles under strict supervision, restraints....
it can be done
originally posted by: xuenchen
a reply to: Allaroundya4k
You missed the point and you missed the joke. đ
originally posted by: Allaroundya4k
a reply to: randomtangentsrme
Like I said, the charger port thing should be figured out by now if not most of not manufacturers have adapters free of charge to new owners.
And our power grid is already due for a do-over so this would help kick start that as we all know the gubment doesn't fix crap till it's kinda.....super broken.
if their goals are met. Where do people think electricity comes from again????? And uh, what's the real gain here?
As the number of EVs on the road increases, annual demand for electricity to charge them would surge from 11 billion kilowatt-hours (kWh) now to 230 billion kWh in 2030
In a concession to automakers and labor unions, the Biden administration intends to relax elements of one of its most ambitious strategies to combat climate change, limits on tailpipe emissions that are designed to get Americans to switch from gas-powered cars to electric vehicles, according to three people familiar with the plan. [Emphasis added]
Instead of essentially requiring automakers to rapidly ramp up sales of electric vehicles over the next few years, the administration would give car manufacturers more time, with a sharp increase in sales not required until after 2030, these people said. They asked to remain anonymous because the regulation has not been finalized. The administration plans to publish the final rule by early spring.
The first hydrogen-powered vehicleâGMâs Electrovan prototypeâdebuted in 1966.
Fast-forward nearly 60 years, and fuel-cell electric vehicles, or FCEVs, still arenât mainstream. But if some big bets within the auto industry pay off, weâll see hydrogen-powered trucks cruising down highways alongside their battery-powered cousins as fossil fuelâguzzling ICE vehicles someday go the way of the dodo.
GM and Honda recently moved in that direction, beginning commercial production of hydrogen fuel-cell systems at a plant outside of Detroit. The 50-50 joint venture started in 2017, supported by an $85 million investment by the automakers.
Why the auto industry still believes in hydrogen fuel-cell tech despite slow progress
A report published by Arthur D. Little in 2016 provided an analysis of costs over a 20-year lifetime of battery electric vehicles (BEVs) compared to ICE vehicles. They proposed that for compact ICE versus compact BEV, the BEV had an overall cost that was 44% higher than the ICE vehicle. They also proposed an even larger increase in price of 60% for a mid-size BEV compared to a mid-size ICE vehicle. This total cost analysis not only includes operational costs incurred by the consumer, but also the manufacturing and disposal costs at the end of the vehicleâs lifetime.
The results are highlighted in Figure 1.
Although this seems like a large difference, a more recent assessment provided by Car and Driver magazine showed a decrease in the price difference, with EVs still slightly more expensive. They compared two small ICE vehicles with their EV equivalents, namely the Hyundai Kona and the Mini Hardtop/Mini Electric. For the Mini, the ICE version was calculated to be only around $350 cheaper, however, the ICE version of the Kona was cheaper by almost $8,000. In this study, they accounted for factors such as maintenance, energy usage, gas or charging costs, and depreciation, but they used many price averages and disregarded additional factors like financing and insurance premiums. They also applied a government tax credit for using the electric vehicles, but admitted that this incentive may not apply for every EV.
Internal Combustion Engines vs. Electric Vehicles (EV) Electric Vehicles May not be Able to Dominate the Automotive Industry in the Near Term: Challenges Still Remain. Engine Builder By Engine Builder
originally posted by: Allaroundya4k
a reply to: randomtangentsrme
Like I said, the charger port thing should be figured out by now if not most of not manufacturers have adapters free of charge to new owners.
And our power grid is already due for a do-over so this would help kick start that as we all know the gubment doesn't fix crap till it's kinda.....super broken.
Ms. Angela Chao, 50, was head of the Foremost Group and the sister of former Transportation Secretary Elaine Chao, who is married to Senate Republican leader Mitch McConnell.
Kyle Bass, chief investment officer at the Texas-based asset management firm Hayman Capital Management, said on X that Ms. Chao died at a Texas ranch after backing her Tesla into a pond.
originally posted by: Allaroundya4k
a reply to: xuenchen
Seems like a pretty stupid thing to say....
But ya hey lets not move forward with technological innovation.
Hell, even a universal EV charging port was a game changer.
These inventive ways of harnessing power is very good for humanity. And sometimes a few eggs have to be broken.
Don't be a snowflake and get with it or get out of the way.
originally posted by: Zanti Misfit
a reply to: FlyersFan
EV Tech is Still in it's Infancy . Other forms of Energy are better Options Right Now .
Electric vehicles release more toxic particles into the atmosphere and are worse for the environment than their gas-powered counterparts, according to a resurfaced study.
It found that brakes and tires on EVs release 1,850 times more particle pollution compared to modern tailpipes, which have âefficientâ exhaust filters, bringing gas-powered vehiclesâ emissions to new lows.
Today, most vehicle-related pollution comes from tire wear. As heavy cars drive on light-duty tires â most often made with synthetic rubber made from crude oil and other fillers and additives â they deteriorate and release harmful chemicals into the air, according to Emission Analytics.
Because EVs are on average 30% heavier, brakes and tires on the battery-powered cars wear out faster than on standard cars.
Emission Analytics found that tire wear emissions on half a metric tonne of battery weight in an EV are more than 400 times as great as direct exhaust particulate emissions.
In India, batteries contain some combination of lithium, cobalt, and nickel. Currently, India does not have enough lithium reserves to produce batteries and it thereby relies on importing lithium-ion batteries from China.
Mining these materials, however, has a high environmental cost, a factor that inevitably makes the EV manufacturing process more energy intensive than that of an ICE vehicle. The environmental impact of battery production comes from the toxic fumes released during the mining process and the water-intensive nature of the activity. In 2016, hundreds of protestors threw dead fish plucked from the waters of the Liqui river onto the streets of Tagong, Tibet, publicly denouncing the Ganzizhou Ronga Lithium mineâs unethical practice of polluting the local ecosystem through toxic chemical leaks. Similarly, the production of lithium was halted in Chinaâs Yichun city after an investigation into the water quality of the Jin river, the main source of residential water, revealed the presence of toxic pollutants.
originally posted by: FlyersFan
EVs Release More Toxic Emissions Than Gas Cars
Electric vehicles release more toxic particles into the atmosphere and are worse for the environment than their gas-powered counterparts, according to a resurfaced study.
It found that brakes and tires on EVs release 1,850 times more particle pollution compared to modern tailpipes, which have âefficientâ exhaust filters, bringing gas-powered vehiclesâ emissions to new lows.
Today, most vehicle-related pollution comes from tire wear. As heavy cars drive on light-duty tires â most often made with synthetic rubber made from crude oil and other fillers and additives â they deteriorate and release harmful chemicals into the air, according to Emission Analytics.
Because EVs are on average 30% heavier, brakes and tires on the battery-powered cars wear out faster than on standard cars.
Emission Analytics found that tire wear emissions on half a metric tonne of battery weight in an EV are more than 400 times as great as direct exhaust particulate emissions.