Transitioning to electric vehicles could save nearly 90K lives by 2050 – report
The benefits of trading in your gas guzzler for an EV go beyond protecting the environment. It can also help protect your health and that of those around you. With significant reductions in harmful air pollution, transitioning to electric vehicles and clean non-combustion electricity could save nearly 90,000 lives in the US by 2050, according to new data from the American Lung Association.
Can electric vehicles save lives with cleaner air?
The report highlights how the US could save close to $1 trillion ($978 billion) in public health benefits with fewer premature deaths, asthma attacks, and lost work days due to cleaner air. This includes:
- $978 billion in public health benefits
- 89,300 fewer premature deaths
- 2.2 million fewer asthma attacks
- 10.7 million fewer lost workdays
With transportation being the leading source of harmful air pollution and climate pollution (35% of total CO2 emissions in 2021) in the US, transitioning to zero-emission electric vehicles is critical.
Furthermore, over 35% of all Americans (roughly 120 million people) live in areas with unhealthy ozone and/or particle pollution linked to increased asthma attacks, heart attacks, strokes, lung cancer, and premature deaths.
Although electric vehicle sales broke another record in the first three months of 2023, reaching 7.2% market share, more will need to be done to achieve a fully electric future.
The American Lung Association states in its Driving to Clean Air report, “It is imperative that states and the federal government implement stronger standards and take advantage of new funding programs to accelerate the transition away from combustion and toward zero-emission technology.”
State and federal funding programs
To significantly reduce harmful pollution, the ALA highlights several state and federal programs designed to drive EV and clean electricity adoption but says further action is required.
The Inflation Reduction Act (IRA) passed last August provides several incentives and rebates to support consumers and communities to jumpstart the clean energy economy with affordable options.
For example, buyers looking for a new EV are eligible to receive a tax credit of up to $7,500; used EVs also qualify for a credit of up to $4,000. Moreover, the bill provides rebates covering up to 100% of the costs of electric stoves, cooktops, ovens, and ranges.
The Infrastructure Investment and Jobs Act passed in 2021 invests $7.5 billion to build a nationwide EV charging network to drive adoption further.
The new investments enabled the EPA to introduce new emissions rules in April, creating stricter emissions standards for passenger vehicles. According to the EPA, the new rules could result in EV market share reaching 60% by 2030 and 67% by 2032.
Taking the initiative upon themselves, several states have adopted the California Air Resources Board Advanced Clean Cars II regulations designed to “rapidly scale down emissions” and drive zero-emission EV sales to 100% market share by 2035.
Six states have already adopted the policy while more are in the process of doing so, according to the American Lung Association.
The ALA concludes moving to zero-emission EVs, and electricity would result in “major improvements in public health.” According to the organization, the transition “represents a critical public health intervention to reduce harmful pollutants and prevent health emergencies.”
However, strong state and federal actions are needed to bring these health benefits to communities and drive the transition to 100% zero-emission passenger vehicles and non-combustion electricity sources by 2035.
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General Motors may be better known for its lineup of full-size trucks and SUVs, but a recently published patent shows the legacy automaker has at least considered something much smaller and nimbler: an electric motorcycle.
The patent, which surfaced earlier this year in a report by Visordown, outlines a lightweight, scrambler-style electric two-wheeler that has set off a fresh wave of speculation about GM’s potential interest in electric motorcycles or micromobility.
The design in the patent filing shows a slim electric motorcycle with a flat bench seat, upright handlebars, and dual-sport tires, suggesting a utility-forward ride meant for light off-road or potentially even mixed urban use (if it were homologated for street use).
The rear hub motor and what appears to be a central battery housing point to a simple, low-maintenance drivetrain, potentially aimed at the commuter or recreational rider market.
The overall look is somewhere between a moped and a small electric dirt bike, reminiscent of models like the Sur Ron Light Bee or Talaria Sting, though slightly more street-looking with less of a focus on pure dirt.
While the patent doesn’t include performance specs or firm production plans, it’s the clearest signal yet that GM is at least experimenting with the idea of higher-powered two-wheeled EVs. And there is some precedent. GM previously dipped a toe into the micromobility waters with the Ariv electric bicycle project, and more recently partnered with Recon Power Bikes to release a Hummer-branded fat tire e-bike.
Both efforts showed that GM sees value in offering electric alternatives beyond the traditional four-wheel format, even if the Ariv program quietly ended after a short run.
Whether this patent leads to a full-fledged GM electric motorcycle remains to be seen. It’s entirely possible the design is a concept or technology demo with no intention of hitting the market. But there are other possibilities too. GM could develop a motorcycle under one of its existing sub-brands, create a new division specifically for electric powersports, or partner with an existing two-wheeler manufacturer to license or co-develop the platform.
The timing wouldn’t be far-fetched. Despite bumpy roads in the larger flagship electric motorcycle market, lightweight electric motorcycles are booming, with companies like Ryvid targeting urban riders looking for clean, compact alternatives to traditional gasoline-powered bikes.
At the same time, a growing number of younger consumers are bypassing car ownership entirely, instead looking toward e-bikes, scooters, and low-speed electric motorcycles for daily transport. A small, stylish, and affordable GM electric motorcycle could hit that sweet spot.
Of course, turning a patent drawing into a real-world vehicle is a big leap, and GM’s own e-bike history is a reminder that two-wheeled projects can be short-lived. Still, it’s hard to ignore the symbolism of this move: even one of America’s largest automakers is exploring what personal electric transportation looks like when you cut the vehicle in half. GM might not be ready to ditch its trucks, but it clearly hasn’t ruled out hopping on a bike.
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The electric restomod experts at Lunaz have turned their talents towards the classic Rolls-Royce Phantom V limousine – and the result is exactly the kind of smooth, quiet, and luxurious ride RR’s founders would have built.
Rolls-Royce’ founders dedicated their engineering talents to developing cars that were smooth, quiet, and adequately powerful – and they spared no expense. The company Charles Rolls and Henry Royce founded would eventually go on to develop some of the most powerful and celebrated combustion engines of the twentieth century … but the car they wanted to build? It was electric.
“The electric car is perfectly noiseless and clean,” Charles Rolls told The Motor-Car Journal, all the way back in April of 1900. (!) “There is no smell or vibration, and they should become very useful when fixed charging stations can be arranged. But for now, I do not anticipate that they will be very serviceable – at least for many years to come.”
Well, 125 years seems like “many” to – and the talented craftspeople and engineers at Lunaz seem to agree. Meet the Lunaz Rolls-Royce Phantom V limousine.
It’s glorious
Lunaz says it’s true to Rolls’ vision “down to the smallest, most indulgent detail.” To that end, the company re-trims the modern heated and ventilated seats in fine leathers, hand-cut and stitched to the buyers’ specifications. In the rear, the center console can be ordered with a built-in cigar humidor, a cocktail bar, or some other custom-spec, lockable storage lined in suede and polished walnut (translation: guns and drugs, probably).
When reimagining the Rolls-Royce Phantom V, (we) started by understanding the essence of its original design. Every component and dynamic was scrutinized to identify where thoughtful innovation could truly elevate the experience. The result is a harmonious blend of modern advancements and original mastery, unlocking new levels of performance, reliability and refinement while honoring Rolls-Royce’ classic soul.
Like the classic Bentley S2 Continental the company revealed in 2023, the big electric Roller is equipped with an 80 kWh battery pack sending electrons to a proprietary Lunaz drivetrain featuring 400 hp worth of electric motors delivering a silky-smooth 530 lb-ft of torque, good for a 0-100 km/h (62 mph) swoosh in about seven seconds. Of course, why you’d ever ask your driver to perform such plebian stunts is simply beyond me.
The transformation and restoration took more than 5,500 man-hours to complete, and involve more than 11,000 new or reconditioned components at a cost of more than £1 million (about $1.35 million US). If you place your order today, you should get yours in 18-24 months.
Lunaz Rolls-Royce gallery
SOURCE | IMAGES: Lunaz.
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Fortescue has taken the wraps off a prototype of its proposed “Infinity Train” electric locomotive, making the 1,100 km (about 685 miles) trip from Perth to the Pilbara and marking a major milestone in the decarbonization of the company’s heavy haul operations.
Co-developed with the locomotive experts at Downer Group, Fortescue revealed its concept for a battery electric “Infinity Train” back in March of 2022. At the time, the company promised a “world’s first” iron ore train capable of fully charging its batteries through regenerative braking. The two companies claimed the clever technology would create a self-sustaining, zero-emission rail system powered entirely by the force of gravity during the train’s loaded downhill travels.
This week, the concept went from the drawing board to the real world, completing an 1,100 km trip across Australia and proving itself to be up to the task of handling the grueling demands of Fortescue’s massive mining operations.
“We’re thrilled to see our battery electric locomotive prototype arrive in the Pilbara,” said Ellie Coates, CEO of Fortescue Zero. She added that the achievement, using zero fossil fuels, “represent(s) a major step in Fortescue’s journey to Real Zero.”
The Fortescue Infinity Train uses the energy produced by slowing the loaded train on downhill sections of the company’s 385 mile private, heavy-haul rail network to recharge its battery systems. That energy is enough to bring the unloaded train back to the mine, eliminating the need for external charging infrastructure or additional renewable energy sources, making the train almost entirely self-sufficient.
Fortescue says the deployment of the Infinity Train concept at its mines will eliminate more than 82 million liters of diesel fuel consumption (about 21 million gallons, which ChatGPT tells me amounts to about 235,200 tons of CO₂ emissions).
That change alone would eliminate about 11% of Scope 1 emissions annually for Fortescue all on its own, putting it well on its way to its stated goal of achieving “Real Zero” emissions-free operations.
Electrek’s Take
Using gravity to charge up heavily-laden mining vehicles on downhill runs is an idea that’s been put into practice for years, with great success wherever the topography allows (since 2017, at least). Combining that clever use of gravity, traction braking, and battery storage for use on a rail system like this just seems smart, and it makes me think we’re just scratching the surface of all the clever ways electrification and battery storage will eventually get put to use.
I wonder what would happen if you threw some battery electric rail cars into the mix, as well!? You guys are smart, head down to the comments and let me know (and, while you’re there, help me check ChatGPT’s math on those carbon emissions).
SOURCE | IMAGES: Fortescue, via LinkedIn.
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