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Monday, July 31, 2023

Ford Says Electric Cars Just Aren't Affordable - The American Prospect

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The planet may be wilting under its hottest month this side of hell, but the obstacles to going greener and getting cooler remain very real.

Last Thursday, Ford announced that it would reduce the number of electric vehicles it had planned to produce, because there weren’t going to be enough customers who could afford to buy them. Ford CFO John Lawler said that because EVs are “too expensive” for most car buyers, the company was “going to balance supply with demand” by reducing its supply. Instead of turning out 600,000 electric cars and trucks by the end of this year, it would hit that mark at the end of next year. Instead of producing two million such vehicles by the end of 2026, it would turn out that many at some later date.

Ironically, it’s Ford, above all other companies, that has a history (or at least a mythology) of dealing with this very problem—the imbalance of supply and demand—not by reducing supply, but by increasing demand. In 1914, founding father Henry Ford created the assembly line and thereby invented mass production of a costly product. Soon thereafter, he did something equally revolutionary: He raised the wages of his assembly-line workers to $5 a day—by the standards of the time, a huge leap in income for unskilled or semi-skilled production workers.

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As myth would have it, Ford raised the wage because he understood that his cars needed buyers, and by setting the standard for decently paid production workers, he was giving the working class the ability to purchase his Model Ts. The history is a bit more nuanced: Ford had to be persuaded by his fellow executives to raise wages, not to create buyers but to hold on to his employees. Conditions of work on the early assembly lines were brutal (see, e.g., Charlie Chaplin’s Modern Times), and the turnover rate at the early Ford factories was stratospheric. Ford didn’t consider slowing down the lines, but he did reconsider his pay rates, and by raising them well above the current norm, he managed to stanch the one-way flow of Ford workers though the factory exits. (This same policy is alive and perniciously well at Amazon today, which attracts its warehouse workforce by paying more than local competitors but retains a Modern Times-esque pace of work.)

Nonetheless, when Henry Ford raised the pay at what was quickly becoming one of the nation’s largest employers, he did make it possible for his workers and their economic peers to at least purchase used cars, if not new ones. It was several decades later, when the United Auto Workers organized Ford and his competitors in what was then the nation’s largest industry, and those companies returned to making cars after the end of World War II (when they’d made jeeps, tanks, and planes), that Ford workers could truly afford to buy what they’d made.

The UAW contract of 1950, in which workers won not just raises but annual cost-of-living adjustments, bonuses that matched increases in industry’s productivity, and employer-provided health insurance and pensions, set the standard for other unionized companies, compelled many non-union companies to meet those standards, created a level of broadly shared prosperity never seen before, and created the mass market that mass production had always needed.

The problem that Ford is confronting today—indeed, that America is confronting today—is that that broadly shared prosperity is a thing of the past, and that the mass market for mass production ain’t what it used to be. For several decades, as the middle class has shrunk, the mass market has subdivided into distinct class markets, with dollar stores now outnumbering Walmarts and Starbucks outlets, with the New York Times Sunday magazine running ads for products and services that only the rich can afford, and with the department store chains of yore, with their goods pitched to the great middle class, all but disappearing from the retail landscape.

The problem that Ford is confronting today is that broadly shared prosperity is a thing of the past.

It is true that electric cars, with their battery packs filled with hard-to-source minerals, are expensive, around $55,000 on average according to Kelley Blue Book. But that’s not far from the average price of any new car, which is now close to $50,000. The big problem for EVs from a price standpoint is that the whole industry has decided that the only way to cater to American tastes is to make their EV fleet out of trucks and SUVs, eliminating the economical sedans that might be affordable.

Ironically, the same week Ford said it would produce fewer EVs because of affordability, its main U.S. rival General Motors said it would bring back the Chevy Bolt, practically the only small EV on the market, primarily because of increased demand for a smaller emission-free vehicle. At $26,500, the price point is about half of the average EV. Ford’s EVs include the F-150 truck and the Mustang Mach-E, which is SUV-sized.

Ford’s announcement last Thursday also came at the same time that the UAW, now under new and apparently more militant leadership, is entering into talks with the Big Three auto companies (Ford, GM, and Stellantis) for its new contracts. The UAW spent last week highlighting the Big Three’s record profit announcements: $1.9 billion for Ford in the second quarter (triple that of a year earlier), $3.2 billion for GM in the second quarter (a 39 percent increase), and $12.1 billion for Stellantis in the first half of 2023 (an all-time high).

One among the many ways that the new UAW leadership is preparing its members for possible strikes is by using social media to show scenes from its militant past, enabling its members to witness how the Walter Reuther–led social democratic UAW of the mid-20th century walked picket lines for many months to win the kind of contracts that created the uncommonly widespread prosperity of that time.

Ford’s CFO says people can’t afford its cars? That’s not just because EVs are expensive (or all cars, for that matter). As in 1914, it’s because the lion’s share of the revenue is going to shareholders, and a diminished share is going to workers. UAW President Shawn Fain should tell Ford CFO Lawler that the union has a proposal that would rectify the balance between the supply of cars and the demand for them, and it’s not by reducing the supply.

In a sense, the issue of how to fix this imbalance figures into recent debate between one of my former Prospect colleagues and a current one. Recently, former Prospect writing fellow Ezra Klein argued in one of his New York Times columns that that urgency of the climate crisis requires us to invest in green energy without putting any conditions on those projects—like providing union jobs or union-scale wages—that might delay them. Prospect executive editor David Dayen, whom Ezra had cited in his column as a supporter of those presumably delaying conditions, wrote a rebuttal piece last week arguing, among other things, that winning popular and political support for going green required ensuring that the jobs created during this upheaval were secure and remunerative enough for workers to support this epochal transition.

Ezra and David’s debate chiefly concerned projects funded by tax dollars, such as those created by President Biden’s infrastructure law and the Inflation Reduction Act, which placed a premium on not just going green but creating well-paid jobs. What the issue at Ford illustrates is another aspect of this challenge. Green mass production, like all mass production, requires mass consumption: prosperity shared broadly enough to create mass purchasing power. As they bargain for a new contract, I suspect the UAW will point this out.

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Saturday, July 29, 2023

Chinese automakers want to sell electric cars across America - Axios

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Chinese automakers want to sell electric cars across America  Axios

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Ford set to lose $4.5 billion on electric vehicles this year, despite increased revenue - Fox Business

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Ford Motor Company announced it is projected to lose a whopping $4.5 billion from electric vehicles (EVs) this year, up from the previous projected loss of $3 billion.

The company released its second-quarter financial results on Thursday. The U.S.-based automaker's EV division, called "Ford Model e," has lost $1.8 billion so far this year, according to Fortune.

The projected $4.5 billion loss is over twice as much as Model e's $2.1 billion loss in 2022. The company recently announced that the price of its electric F-150 Lightning pickup trucks will be reduced due to cheaper raw battery materials.

The company touted that its low EV prices "establish[es] leadership ahead of industry’s next-generation EVs" and that the Ford Model e's revenue is up 39%. Ford is also expected to produce 600,000 EVs per year by 2024.

FORD TO BUILD $3.5 BILLION BATTERY FACTORY IN MICHIGAN THAT VIRGINIA GOVERNOR REJECTED 

Ford sign

FILE - A Ford sign is shown at a dealership in Springfield, Pa., Tuesday, April 26, 2022. Ford reports their earnings on Tuesday, May 2, 2023.(AP Photo/Matt Rourke) (AP Photo/Matt Rourke / AP Newsroom)

"The near-term pace of EV adoption will be a little slower than expected, which is going to benefit early movers  like Ford," Ford CEO Farley said in a press release.  "EV customers are brand loyal and we’re winning lots of them with our high-volume, first-generation products; we’re making smart investments in capabilities and capacity around the world; and, while others are trying to catch up, we have clean-sheet, next-generation products in advanced development that will blow people away."

The company still generates a massive amount of revenue in other parts of the company. Ford's second-quarter revenue was $45 billion, with a net income of $1.9 billion.

FORD CUTS PRICES ON F-150 LIGHTNING TRUCK 

auto workers in Detroit Ford plant

Ford Motor Company's electric F-150 Lightning on the production line at their Rouge Electric Vehicle Center in Dearborn, Michigan on September 8, 2022.  (Photo by JEFF KOWALSKY/AFP via Getty Images / Getty Images)

"Ford Model e is an EV startup within Ford," Ford CFO John Lawler previously told reporters in March. "As everyone knows, EV startups lose money while they invest in capabilities, develop knowledge, build volume and gain share."

Ford's third-quarter 2023 financial results are expected to be announced on October 26.

CLICK HERE TO GET THE FOX NEWS APP 

Ford CEO Jim Farley and Ford F-150 Lightning truck

ROMULUS, MI - FEBRUARY 13: Ford CEO Jim Farley pats a Ford F-150 Lightning truck before announcing at a press conference that Ford Motor Company will be partnering with the world's largest battery company, a China-based company called Contemporary Am (Bill Pugliano/Getty Images / Getty Images)

Fox Business reached out to Ford for a statement, but has not heard back.

Fox Business' Gary Gastelu contributed to this report.

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Charging An Electric Car In Montana Becomes Front Page News - CleanTechnica

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Chad Lauterbach is a noted taxidermist who lives in Los Angeles. A few weeks ago, he drove to Ekalaka (population 400) in eastern Montana to volunteer at the Carter County dinosaur festival, something he has done several times before. He normally drives a Toyota Land Cruiser that gets about 10 miles to the gallon, which means gasoline for the 3000-mile journey would have cost him more than $1000. So, he decided to drive an electric car — the Tesla Model Y owned by his girlfriend Allis Markham –instead.

According to the Montana Free Press, Ekalaka is a two-hour drive from the nearest Walmart — and the nearest electric car charger. Lauterbach and Markham told MTFP reporter Eric Dietrich the navigation system in the Tesla warned them as they drove east from Gillette, Wyoming, that they were headed into an area with no EV chargers available.

eastern Montana

Eastern Montana is not a place where EV chargers are likely to be found. Credit: Google Maps

“It kept throwing warnings and red banners and stuff,” Lauterbach said. “It was trying to protect me from doing something stupid.” But he wasn’t worried. An electric car can sip electrons from any available electrical outlet, assuming it has the right adapter for its charging cable.

Even if all he could find was a standard 110-volt wall outlet somewhere, he could still add some miles in an emergency — if he and Markham were patient. At best, a Tesla can add about 3 miles for every hour it is plugged into a wall outlet, but since they planned to stay for the weekend anyway, 3 miles times 48 hours would get them enough battery charge to get back to a Walmart with an EV charging station, at the very least.

Charging An Electric Car In The Middle Of Nowhere

When the intrepid adventurers arrived in Ekelaka, the Tesla was in desperate need of electricity. As they drove down Main Street, Lauterbach noticed an electrical outlet mounted to a utility pole. The cover was unlocked and underneath was a 50-amp outlet of the kind usually found in RV camp grounds. “It was just sitting there, so I plugged in,” he said. Fortunately, Markham happened to have an adapter for her Tesla charging cable that fit the outlet, so the couple plugged the car in and then went to check in at the museum.

Markham said she warned him he shouldn’t leave his car charging at a random outlet without getting permission, in case the locals assumed he was “just some jerk from California, doing what jerks from California do.” Lauterbauch said he did in fact consult the museum director and assumed he wouldn’t be too hard to find if someone had concerns they wanted to share with him.

A few hours later, when they returned to the car, a local resident drove up and showed them a photo of their car plugged into the outlet. It was featured prominently on the front page of the Ekalaka Eagle, the town’s local newspaper. Beneath the photo was a headline announcing “Borrowed Volts.”

It seems the editor of the Eagle, who is also the assistant editor, copy editor, ad manager, and head of distribution, had taken a photo of the unattended Tesla charging and printed it above the fold next to stories about an upcoming pet parade and the Thursday night cribbage games at the Carter County Senior Citizen Center. Must have been a slow news day in Ekalaka.

The photo caption labeled the car a “UEV (unidentified electric vehicle)” and suggested it might be the first time an electric vehicle had been charged in town. The Eagle also reported that it wasn’t clear as of press time whether the car’s owner had paid for the electricity.

Markham said that as soon as she saw the paper, she rushed over to the local power utility, the Southeast Electric Cooperative, which has its headquarters a block off Main Street. She walked in and told the front desk staff she was “here to pay for the crimes of the UEV,” which was met with howls of laughter.

The co-op staff initially told her not to worry about the bill, Markham said, but after some back and forth, the couple ended up paying $60 for access to the electricity. That sum also covered the electricity used by the musician who plugged into the outlet for the dinosaur festival street dance on Saturday night, and much more. The couple paid in cash because the electric co-op wasn’t able to take a credit card. They received a handwritten receipt in return. Lauterbach and the co-op staff also exchanged autographed copies of the Eagle. “Having an ‘I told you so’ on the front page of the paper is very validating for a woman,” Markham said.

Lauterbach said the round trip drive from LA totaled roughly 3,000 miles and ended up costing about $300 in charging fees, not counting the impromptu bill from the electric co-op. He also thinks there’s a possibility the electric co-op could install a real charging station for any electric vehicle owners who might be interested in adding Ekalaka to their itinerary.

Tye Williams, the manager of the electric co-op, said this week that the outlet exists primarily to supply power to vendors during fairs and other events on Main Street. It’s typically unlocked a few weekends a year, he said, and Lauterbach just happened to catch it open between events.

Williams said the utility has been kicking around the idea of installing a formal charging station in Ekalaka for awhile, but hasn’t made any definitive plans. While the state has some grant money available to help install charging stations, he noted that backroads like the route that runs through Ekalaka aren’t anywhere near the top of the state’s priority list. “We’re going to have to do something in the next decade, or some amount of time,” he said.

A search of the Ekalaka Eagle website for Tesla, EV, electric car, and charging station found no results. This appears to be breaking news that the newspaper would just as soon forget about.

Charging An Electric Car

Tesla charging adapter kit

Credit: Tesla

The lesson here is, we are surrounded by electricity wherever we go, but there are many different kinds of electrical outlets. Every driver of an electric car should have a collection of adapters to fit a wide variety of outlets, because you never know what issues you may encounter during your travels. And never assume the natives are all that happy to have you and your electric car come to visit.

Tesla sells a set of 9 adapters for its charging cable that will fit just about any outlet you are likely to come across in your travels. It costs $245 and is well worth the peace of mind it provides. Campgrounds have either 50-amp or 30-amp outlets available. Having an adapter for a standard dryer outlet is always a good idea, since many people have a dryer near the garage.

The takeaway from this is to never assume you are welcome to plug in somewhere just because you see an outlet. Always ask permission and be prepared to offer payment. It’s just common courtesy, unless you are some jerk from California doing what jerks from California do.

[Note: Tesla no longer supplies a charging cable with its new cars, a decision that we at CleanTechnica think is unwise and wrongheaded. Investing in a charging cable and a set of adapters is strongly advised.]

 


I don't like paywalls. You don't like paywalls. Who likes paywalls? Here at CleanTechnica, we implemented a limited paywall for a while, but it always felt wrong — and it was always tough to decide what we should put behind there. In theory, your most exclusive and best content goes behind a paywall. But then fewer people read it! We just don't like paywalls, and so we've decided to ditch ours. Unfortunately, the media business is still a tough, cut-throat business with tiny margins. It's a never-ending Olympic challenge to stay above water or even perhaps — gasp — grow. So ...

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Focus: Ocean shippers playing catch up to electric vehicle fire risk - Reuters

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LOS ANGELES/AMSTERDAM, July 27 (Reuters) - Electric vehicles are crisscrossing the globe to reach their eager buyers, but the battery technology involved in the zero- emission automobiles is exposing under-prepared maritime shippers to the risk of hard-to-control fires, industry, insurance and emergency response officials said.

That risk has been put under the spotlight by the burning car carrier drifting off the Dutch coast. The Dutch coastguard said the fire's cause was unknown, but Dutch broadcaster RTL released a recording in which an emergency responder is heard saying "the fire started in the battery of an electric car."

While all logistics companies deal with the risk of EV lithium-ion batteries burning with twice the energy of a normal fire, the maritime industry hasn't kept up with the developing technology and how it creates greater risk, maritime officials and insurers said.

There were 209 ship fires reported during 2022, the highest number in a decade and 17% more than in 2021, according to a report from insurer Allianz Global Corporate & Specialty (AGCS) (ALVG.DE). Of that total, 13 occurred on car carriers, but how many involved EVs was not available.

The European Maritime Safety Agency said in a March report the main cargo types identified as responsible for "a large share of cargo fire accidents included ... lithium-ion batteries."

There were 3,783 new cars on board, including 498 electric battery vehicles, a spokesperson of ship chartering company "K" Line said on Friday. Initial reports had put the number of electric vehicles at just 25.

Japan's Shoei Kisen, which owns the ship, said it was working with authorities to get control of the fire.

The cause of the fire, while still officially undetermined, has raised questions about "what blind spots there are when transporting electric cars powered by batteries - which when they catch fire can't be extinguished with water, or even by oxygen deprivation," said Nathan Habers, spokesperson for the Royal Association of Netherlands Shipowners (KVNR).

"The first question that comes to mind is: Does the current code stack up against the risk profile of this type of goods?" he added.

One hazard in lithium-ion batteries is "thermal runaway," a rapid and unstoppable increase in temperature that leads to fires in EVs that are hard to extinguish and can spontaneously reignite.

Fire extinguishing systems on the massive ships that haul cars weren't designed for those hotter fires, and shipping companies and regulators are scrambling to catch up, said Douglas Dillon, executive director of the Tri-state Maritime Safety Association that covers Delaware, Pennsylvania and New Jersey.

Recent fire-related losses are resulting in increased insurance costs for automakers shipping cargo and costs are likely to increase for vessel owners as well, said John Frazee, a managing director at insurance broker Marsh. As ship owners seek to limit losses by legally pursuing automakers whose vehicles are determined to have caused a fire, automakers are buying additional liability protection, he said.

Exacerbating the risks is the business model used by the companies that includes tightly packed ships. Auto carriers like the burning ship are known as RoRos, which stands for roll-on/roll-off - the way cars are loaded and unloaded.

RoRos are like floating parking garages and can have a dozen or more decks carrying thousands of vehicles, industry officials said. Unlike parking lots, however, cars are parked bumper-to-bumper with as little as a foot or two of space overhead.

Firemen typically put out EV battery fires on roadsides by clearing the area around the burning vehicle and flooding the underside with water, something difficult to do on a RoRo, Dillon said.

"There's no way for a firefighter in protective gear to get to the location of a fire" on a ship, he said, adding the cramped conditions increase the danger getting trapped.

While trains and trucks also transport EVs, isolating and extinguishing fires is easier as workers can unhook a rail car and a trucker can pull over, said Frazee.

Frazee expects insurers to lead the charge on strengthening safety systems on ships. Options being worked on include new chemicals to douse flames, specialized EV fire blankets, battery piercing fire hose nozzles and proposals to segregate EVs.

"I see no quick solution," Frazee said.

The International Maritime Organization, which sets regulations for safety at sea, plans to evaluate new measures next year for ships transporting EVs in light of the growing number of fires on cargo ships, a spokesperson told Reuters.

That could include specifications on types of water extinguishers available on boats and limitations on the amount a battery can be charged, which impacts flammability.

With EVs here to stay, KVNR's Habers said his group is discussing tightening regulations to account for the additional safety risks.

"There is already a whole lot of communication underway about this," he said, "but with this incident it becomes apparent we might need to speed up the process, especially when you consider that the number of this sort of cars is only going to rise."

Global auto sales last year totaled 81 million vehicles, 9.5% of which were EVs, according to EV-Volumes.com. China and Europe have been the most aggressive regions in pushing automakers to shift to EVs, and U.S. President Joe Biden's administration has proposed rules that could result in as much as two-thirds of the new vehicle market shifting to EVs by 2032.

Reporting by Lisa Baertlein in Los Angeles and Anthony Deutsch in Amsterdam, additional reporting by Victoria Waldersee in Berlin, editing by Ben Klayman and Diane Craft

Our Standards: The Thomson Reuters Trust Principles.

Thomson Reuters

Lisa Baertlein covers the movement of goods around the world, with emphasis on ocean transport and last-mile delivery. In her free time, you'll find her sailing, painting or exploring state and national parks.

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Thursday, July 27, 2023

Why New York City wants electric bikes stopped at the border - Electrek

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Electric bikes are quickly growing into one of the most popular alternatives to cars for personal transportation, especially in dense cities like New York City. So why does NYC want them stopped at the border?

The issue is that not all e-bikes are created equal.

Higher-quality e-bikes are produced to meet a range of safety regulations, including those that cover the safety of their high-energy lithium-ion battery packs.

But cheaper e-bikes, which are often imported from no-name or white-labeled brands, can cut corners when it comes to safety. That has resulted in poorly made battery packs that can catch fire, sometimes with deadly results.

There have been 13 deaths in New York City alone this year, a city with an estimated 65,000 e-bikes on the streets. In NYC, food delivery by e-bike is popular due to the congestion caused by cars. E-bikes generally navigate the city much more quickly than cars. But the delivery riders, who work long hours for low wages, are often forced to choose the cheapest electric bikes. Those cheap e-bikes are commonly the ones that can pose safety concerns. Their popularity in NYC thus further compounds the problem.

tern quick haul
Higher quality e-bikes, such as the Tern above, generally use UL-listed batteries for safer operation.

Earlier this year, NYC issued a city-wide ban on selling e-bikes that don’t conform to UL certifications. Without that safety certification, they can’t be sold in the city. According to Fortune, the new rules also outlaw tampering with batteries or selling refurbished batteries made with lithium-ion cells scavenged from used units.

The city also enacted a plan to install safe charging stations for e-bikes, ultimately receiving $25 million to fund the initiative.

The issue of e-bike fires may affect only a small percentage of electric bikes, but with tens of thousands of e-bikes on the road in NYC, the numbers have still begun to stack up.

aniioki a8 pro max e-bike
Large batteries like these contain dozens of smaller lithium-ion battery cells.

We recently discussed the issue of fires with battery expert Luke Workman on Electrek‘s Wheel-E podcast, where he explained how cities like NYC can have particularly difficult conditions for e-bikes. The high amount of salt on the roads in winter means that improperly sealed batteries can end up with salt bridging electrical contacts inside the battery cases, potentially shorting cells and leading to fires. The quickly heating cells can cause thermal runaway where neighboring battery cells overheat and catch fire, a dangerous condition that can lead to house fires if not immediately contained.

Workman explained that most chemistries of lithium-based batteries can be prone to this thermal runaway problem if the cells are shorted. The only type of batteries he has yet to see succumb to this issue are “potted” batteries, those that are completely enclosed in resin and thus don’t allow one overheating cell to spread to others.

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Wednesday, July 26, 2023

These seven automakers are making a national network of EV charging stations - CBS News

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Seven of the world's largest automakers said Wednesday that they're working together to build a new nationwide network of 30,000 electric vehicle charging stations, an effort to stoke already growing consumer demand for EVs.

BMW, General Motors, Honda, Hyundai, Kia, Mercedes and Stellantis said the first batch of their "high-powered charging" stations will be available next summer. EV owners have long complained about a shortage of places to charge their vehicle. The automakers said they hope the stations will "make zero-emission driving even more attractive for millions of customers."

The charging system would be public and open to all electric vehicle owners and have connectors for both Tesla's North American Charging Standard plugs as well as the Combined Charging System plugs used by other automakers.

Motorists remain concerned about finding a charging station, while also having question about electric cars' range and how long it takes to reach full power, auto industry experts have told CBS MoneyWatch. Automakers will need to pay as much attention to adding chargers as they have to lowering prices, Jessica Caldwell, executive director of insights at Edmunds, said this week.

The car manufacturers wouldn't disclose financial details of the network or how long it will take to build all 30,000 stations. Automakers told the Associated Press that they will "work as equals to ensure the success of the joint venture." 

There are currently just under 8,700 direct-current, fast-charging stations in the U.S. and Canada, with nearly 36,000 charging plugs, according to the U.S. Department of Energy. Tesla, by far the market leader ins EVs, accounts for 2,050 of the stations across the U.S. and Canada. The new network is expected to have 10 to 20 charging plugs per station.

Experts worry about heavy electric vehicles' safety 02:32

The network is likely to boost electric vehicle sales in North America by helping ease drive concerns about long-distance travel, said Stephanie Brinley, an analyst with S&P Global Mobility.

"It's stopping them from even exploring what EV life is like," she said. The announcement of the network "is giving them confidence that this is going to work out."

In their statement, the automakers said they would use renewable energy as much as possible to power the chargers, and they will be in convenient locations with canopies and amenities such as restrooms, food service and stores.

In the U.S., consumers bought 557,000 electric cars in the first half of the year, accounting for 7.2% of all new vehicle sales. Most industry analysts predict continued growth in EV sales for the next decade or more.

—The Associated Press contributed to this report.

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Sunday, July 23, 2023

This 'crazy' couple is driving an electric car all the way to the South Pole - Electrek

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Last year, we reported on an electric Nissan Ariya that would make a trip from the magnetic North Pole to the South Pole manned by Chris Ramsey of Plug in Adventures and his wife Julie, who were also the first to complete the Mongol Rally in an EV in 2017. The vehicle will be the first of any kind – gas or electric – to manage this feat.

The couple is now well along the way through their trip, and we caught up with them in Southern California to see how things are going.

The star of the show: Ariya-turned-monster truck

The Ariya in question was modified by Arctic Trucks – an Icelandic company that specializes in preparing vehicles for the most difficult conditions on Earth – and has been dubbed model “AT39.” The Pole to Pole Ariya is the first electric vehicle the company has ever modified and is being used as a proof-of-concept for future modifications of polar electric vehicles, potentially to replace the diesel vehicles currently used for Antarctic research and expeditions.

But the AT39 Ariya actually isn’t that far off from stock. It’s still using Nissan’s suspension (just lifted) and powertrain, but several tow hitches and other gear solutions have been added, along with some reinforcement to the frame and underbody. On a gas vehicle, a gearbox change would have been necessary for such heavy off-roading, but that isn’t needed with an EV due to the broad torque curve of electric motors.

The most striking change is the addition of huge 39-inch BFGoodrich KO2 tires, which required widening the wheel arches and adding large flared fenders – they only had to cut a little bit off the door to do it. On ice and snow, the duo has run the tires as low as four psi to help increase traction on rough or soft road surfaces.

Parked next to a standard Ariya, the AT39 certainly looks significantly more imposing:

Between the huge off-road tires, fenders, and roof rack with rooftop tent, the range has been cut significantly. But the Ramseys haven’t been able to test exactly how much range they’ve lost because the tire modifications mean their speedometer and odometer aren’t calibrated properly. According to GPS, the longest they’ve gone so far between charges is about 162 miles, with 18% left in the battery, giving them a “best” achieved range of ~200 miles out of the 272-mile rated Ariya.

These range losses are part of the message that the Ramseys want to send, anyway. If they can make it all the way from one end of the globe to the other with a 150-200 mile range, this shows that most people don’t “need” the huge range they claim they need.

Challenges behind & ahead

But when they get to the South Pole, things will be different. The rooftop tent will be swapped out for a larger deployable structure that can encompass the whole car, to trap some of the heat from the 24-hour summer polar sun to keep both the Ramseys and the car warm.

Driving over snow and ice in potentially -40º temperatures is going to eat into efficiency, and Chris estimates that the car will use about 1% of battery for every kilometer of travel. So, for the approximately 850 miles (~1,400 km) that they’ll be driving from the edge to the center of Antarctica, this means a lot of charging and then a lot of charging on the way back, too.

Some of this charging will be provided by solar panels, which the Ramseys plan to mount vertically rather than horizontally. At extreme latitudes, the sun is low in the sky, so vertical panels capture sunlight more directly and can benefit from light being reflected off snow and ice.

And when they can’t get enough solar, they’ll have a gasoline generator. This sounds like a surrender, but it actually brings up one of the strengths of EVs – EVs are energy-agnostic and can be fueled with solar, wind, tidal, a hamster on a wheel… or even oil. Whereas gas cars, well, they can only use oil and nothing else.

Previously, the two had planned to charge during stops by using a small wind turbine that they were carrying with them on a trailer. But the trailer ended up being more trouble than it was worth on rough Arctic roads, so that plan was abandoned. The solar plan will be less unwieldy to transport, but it remains to be seen how difficult deployment and teardown will be in frigid polar temperatures.

The planned journey. Click here to see the AT39’s live location.

People have called them “crazy” for doing this expedition, but Chris thinks that he’s the right one for the job. He said he considered an around-the-world trip, but that’s been done before. As a “Plug in Adventurer,” Chris likes to push the boundaries of what EVs can do, and has experience both driving EVs in rough conditions and advocating for them to the public.

Chris said that, outside of the polar regions, finding a charge has not been a problem, even in the most remote areas. This has held true for this expedition and the Ramseys’ previous one, driving an original 30 kWh Nissan Leaf from London to Mongolia in the Mongol Rally in 2017 – again, a low-range vehicle that still managed a long trip. Electricity is everywhere, and electrical outlets are far more common than gas stations, after all.

Climate change in focus

The 17,000-mile trip will take a total of nine months, a timeline constrained primarily by weather conditions at the poles. By starting in the North Pole’s spring, the pair had sunlight available but plenty of sea ice (which is, unfortunately, retreating due to climate change). And finishing in the South Pole’s summer means they’ll have 24-hour sunlight to power the aforementioned solar panels – plus, Antarctic expeditions aren’t permitted before November anyway.

Or at least, that’s how the plan was supposed to go. The journey got off to a rocky start, as they had to rush to make it to the North Pole and back before the ice roads melted. This meant they basically did nothing but drive (oft through barely-passable slush) and charge between March 29 and April 8, getting out with just a day to spare before the ice road closed abruptly due to melting, almost two weeks earlier than it closed last year.

In previous years, the roads stayed open much longer – but due to climate change, they’ve been getting dangerous and undrivable earlier and earlier.

And this is what the trip is all about. The global shift to electric vehicles is necessary in the fight against climate change, to which auto emissions are a primary contributor. Julie wants to use the trip to see electrification efforts and highlight efforts to fight climate change from local communities along the way.

To that end, the pair have already toured a copper mine to see its electrification efforts, checked out an electric seaplane in the Pacific Northwest, stopped by the Formula E electric car race in Portland, and spoken at the Northwest Overland Rally to show a bunch of diesel RV owners that electric cars can handle the toughest travel conditions. And they hung out with the Tesla Owners Club of Orange County (where we met up with them), serendipitously showing off the wide range of EVs available today:

Going forward, they’re looking forward to visiting (and charging from) solar and wind farms run by trip sponsor Enel X, and hoping to participate in reforestation projects in South America.

But the most interesting part so far for Chris has just been meeting people. Both those who are familiar with EVs, like the Tesla club, and who are new to them, like the overlanders, some of whom told him that he’d sold them on EVs with his story.

If you want to follow Chris & Julie’s journey, check out their website or Linktree to find your preferred social media link. You can even track them live with this cool interactive map, showing locations of interest they’ve stopped at so far.

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This 'crazy' couple is driving an electric car all the way to the South Pole - Electrek
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Saturday, July 22, 2023

Opinion: Unsold electric vehicles are piling up – people like the idea but are not buying them - The Globe and Mail

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Baojun E100 and E200 all-electric battery cars sit parked at a parking lot operated by General Motors Co. and its local joint-venture partners in Liuzhou, China, on Feb. 28, 2019.Aly Song/Reuters

Gus Carlson is a U.S.-based columnist for The Globe and Mail.

Some auto-industry observers are calling it a “field of dreams” moment, but if electric-vehicle makers can’t figure out how to bridge the gap between consumers’ curiosity in the products and their willingness to buy them, it may become a nightmare on Main Street.

The supply of unsold EVs on U.S. dealer lots has swelled 350 per cent so far this year, to more than 92,000 units in June. That’s about three months’ worth of inventory and nearly twice the industry average, according to a new report from Cox Automotive, the people behind the Kelley Blue Book auto-pricing guides.

With the average new EV costing US$64,000, that’s about US$6-billion in stock collecting dust – and all at a time when dealers are offering huge incentives for the summer sales season. Among the biggest losers – Genesis, the Hyundai luxury brand, sold only 18 of its high-end US$80,000 EV sedans in June, and some Audi and GMC EV models topped the 100-day inventory mark, Cox said.

By comparison, dealers have only 54 days’ worth of gas-powered vehicles on their lots, less than the usual 70-day threshold. The average cost of a gas-powered car is about US$30,000, less than half the price of the average EV.

Automakers such as Toyota and Honda are taking advantage of the opportunity presented by buyers’ hesitancy on EVs and spending heavily on advertising their hybrid models. On average, hybrids cost about US$39,000, not counting charging equipment for plug-in models, which can add a few thousand dollars more to the total outlay.

To be sure, like any statistic, unsold inventory is only one test of the industry’s health. EV boosters will point to strong year-over-year sales increases in the first half of the year as a more telling indicator of consumer demand. But beware the law of small numbers – EV sales account for only about 7 per cent of all new-car purchases – and they have flattened. So, it doesn’t take many units to move the needle.

While high interest rates and lingering inflation may be partly to blame for soft sales, the real story behind the unsold EVs is that while consumers may be interested in the concept, they are wary of buying them. The two big reasons for this gap between curiosity and purchase: price and charging concerns.

Horror stories of drivers and their families getting stranded in the record heat during summer vacation road trips when their EVs run out of juice have become commonplace.

Like the South Florida family I know who got stuck in a traffic jam in their Tesla just about 15 kilometres from home after a trip to Disney World near Orlando. After an hour of stop-and-go, and having turned off the air-conditioning in the 35-degree heat to conserve juice, they finally made it to an exit that took them to a service station with EV charging stations.

But relief was still more than an hour away – the lineup to use the chargers was long and winding – and when they finally plugged in, the electrical grid was so overloaded charging took longer than expected. The final 15 kilometres of their journey took more than three hours – a trek marked by frustration and near dehydration.

Carlson: At Toyota, activist investors’ ESG, electric-vehicle agenda put the company at risk

Interestingly, the current glut of unsold EVs may lend credence to the view of Toyota’s former president and chief executive officer, Aiko Toyoda, who favoured a multioption pathway to carbon neutrality that included hybrids, hydrogen and gas options, as well as EVs.

The reason: He believed a wholesale shift to EVs was not practical right now, and that even in the future, EVs will not be the silver bullet for all places and all uses. Each country, region and community will have different needs and will develop critical infrastructure at difference paces.

It’s a strategy that got Mr. Toyoda turfed last year by environmentally obsessed activist investors who believed he was dragging his feet on the company’s development of EVs.

Despite the coup, Mr. Toyoda’s successor, Koji Sato, has vowed to stay faithful to the multioption strategy. And Mr. Toyoda has been re-elected to the board by shareholders.

It will be interesting to watch how activists will view the glut of EVs through their green-coloured glasses. The reality of nearly 100,000 cars baking in the summer heat does not fit their narrative very well.

More concerning, if EV makers can’t solve the problems of high prices and low charging availability, industry consolidation and a slowing of development may be the next bump in the road.

That, in turn, may spook the EV car market even more, perhaps to the point where even if automakers build them, buyers may not come.

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