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Tuesday, October 31, 2023

Why Norway is rethinking its reliance on electric cars - Vox.com

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OSLO, Norway — With motor vehicles generating nearly a 10th of global CO2 emissions, governments and environmentalists around the world are scrambling to mitigate the damage. In wealthy countries, strategies often revolve around electrifying cars — and for good reason, many are looking to Norway for inspiration.

Over the last decade, Norway has emerged as the world’s undisputed leader in electric vehicle adoption. With generous government incentives available, 87 percent of the country’s new car sales are now fully electric, a share that dwarfs that of the European Union (13 percent) and the United States (7 percent). Norway’s muscular EV push has garnered headlines in outlets like the New York Times and the Guardian while drawing praise from the Environmental Defense Fund, the World Economic Forum, and Tesla CEO Elon Musk. “I’d like to thank the people of Norway again for their incredible support of electric vehicles,” he tweeted last December. “Norway rocks!!”

I’ve been writing about transportation for the better part of a decade, so all that fawning international attention piqued my curiosity. Does Norway offer a climate strategy that other countries could copy chapter and verse? Or has the hype outpaced the reality?

So I flew across the Atlantic to see what the fuss was about. I discovered a Norwegian EV bonanza that has indeed reduced emissions — but at the expense of compromising vital societal goals. Eye-popping EV subsidies have flowed largely to the affluent, contributing to the gap between rich and poor in a country proud of its egalitarian social policies.

Worse, the EV boom has hobbled Norwegian cities’ efforts to untether themselves from the automobile and enable residents to instead travel by transit or bicycle, decisions that do more to reduce emissions, enhance road safety, and enliven urban life than swapping a gas-powered car for an electric one.

Despite the hosannas from abroad, Norway’s government has begun to unwind some of its electrification subsidies in order to mitigate the downsides of no-holds-barred EV promotion.

“Countries should introduce EV subsidies in a way that doesn’t widen inequality or stimulate car use at the expense of other transport modes,” Bjørne Grimsrud, director of the transportation research center TØI, told me over coffee in Oslo. “But that’s what ended up happening here in Norway.”

And it could happen in other countries, too, including in the United States, where transportation is the single largest source of greenhouse gas emissions. The federal government now offers tantalizing rebates to Americans in the market for an electric car, but nothing at all for more climate-friendly vehicles like e-bikes or golf carts (nor a financial lifeline for beleaguered public subway and bus systems).

Ending the sales of gas-powered cars, as Norway is close to doing, is an essential step toward addressing climate change. But a 2020 study found that even the most optimistic forecasts for global EV adoption would not prevent a potentially catastrophic 2 degree Celsius rise in global temperatures. Reducing driving — not just gas-powered driving — is crucial.

As the world’s EV trendsetter, Norway’s experience offers a bevy of lessons for other nations seeking to decarbonize transportation. But some of those lessons are cautionary.

How Norway fell in love with the electric car

At first glance, Norway’s EV embrace might seem odd. The country lacks a domestic auto industry and its dominant export is, of all things, fossil fuels. Nevertheless, Norway’s unique geography and identity helped put it at the vanguard of car electrification.

Historically, Norway has been mostly rural; as recently as 1960, half the nation’s population resided in the countryside. But as the postwar economy boomed, Norwegians migrated to cities, and especially to their fast-growing, sprawling suburbs (much as Americans did at the time). They also fell hard for the automobile.

“The car was this genius idea for Norwegians,” Ulrik Eriksen, author of the book A Country on Four Wheels, told me over dinner in Oslo, after stashing his cargo e-bike. “Because there is plenty of land, cars opened up urban space for people to live in, letting more of them get sizable single-family homes.”

Norway embarked on a road-building binge, constructing bridges over fjords and boring tunnels through mountains to connect downtowns with new neighborhoods on the urban fringe. As Norwegian cities expanded, public transit took a back seat. Bergen, for instance, shuttered its extensive tramway service in the 1960s, dumping some of the trams into the North Sea.

A strip of land with houses and roads surrounded by ocean and mountains.
Reine, a village in the Lofoten, an archipelago in northern Norway connected to the country’s mainland through road bridges.
Manuel Romano/NurPhoto via Getty Images

Those decisions cast a long shadow: Norway still has one of Europe’s lowest rates of public transportation usage and a higher car ownership rate than Denmark and Sweden, its Scandinavian neighbors. “Most Norwegian cities now have more of a car-centric, American approach toward transportation than a multi-modal, European one,” Eriksen said.

Norway’s city residents often own an automobile even though they seldom use it, Oslo-based urban planner Anine Hartmann told me. “Norwegians identify as coming from the place where their parents or grandparents come from,” she said. “Many people have a car to return to that place or simply to visit a cabin in the country.”

By the 1990s, the automobile was Norway’s indispensable vehicle. It was then that Norwegian entrepreneurs launched two early electric car startups, Buddy and Think. Though their models were clunky and inefficient by today’s standards, the companies spurred excitement that Norway could become a global hub of EV production. Seeking to give the carmakers a tailwind, the Norwegian government exempted EVs from the country’s steep taxes on car purchases, which today add an average of $27,000 to each sale. Even better, EV owners — who at the time were few and far between — would not pay for tolls, parking, or ferries (over all those fjords) anywhere in the country.

Norway’s dreams of becoming a global hub of EV manufacturing quickly fizzled when the companies ran into financial problems. (This summer, I spotted a tiny, aged Buddy squeezed into an Oslo parking spot, dwarfed by SUVs on either side.) But the incentives remained on the books; since few people were buying EVs, their cost was negligible.

A small, two-door red car parallel parked with a large SUV in front
An old Buddy car (right) parked in Oslo.
David Zipper for Vox

That changed as the global EV market improved in the mid-2010s, with carmakers like Tesla offering stylish, high-performance models that attracted more buyers. Norway’s EV policies were now championed as a centerpiece of the national effort to slow climate change in an economy whose electricity is already clean, produced largely from hydropower. “We want people to buy electric cars,” Norwegian Prime Minister Erna Solberg said in 2019. “It is the most important thing you can do personally and privately to help reduce climate emissions.”

As EV models improved, Norwegians began to realize how valuable the cost savings from government incentives could be, particularly for urban commuters. After an already discounted EV purchase, owners’ ongoing expenses were minimal because Norwegian electricity is inexpensive (due to abundant hydropower), and EVs were exempt from tolls, parking, and ferries. EV owners were even invited to drive in bus-only lanes.

Hundreds of thousands of Norwegians responded to the government’s invitation to buy an EV, seemingly saving money and the planet in one fell swoop. But not every EV purchase replaced a gas guzzler; Grimsrud noted that the Norwegians owned 10 percent more cars per capita at the end of the 2010s than they did at the decade’s outset, in large part due to the EV incentives. “The families who could afford a second or third car ran off to the shop and bought one,” he said.

Norway’s incentives have unquestionably reshaped the country’s car market and reduced carbon emissions. EVs’ share of new vehicle sales surged from 1 percent in 2014 to 83 percent today. Around one in four cars on Norwegian roads is now electric, and the country’s surface transportation emissions fell 8.3 percent between 2014 and 2023.

The national government seems ready to declare victory. “When it comes to electrical vehicles, I’m quite proud,” Cecilie Knibe Kroglund, Norway’s state secretary for transportation, told me at the Oslo headquarters of the Ministry of Transport. “My main lesson is that incentives work. We have succeeded at a large scale.”

But not everyone shares her enthusiasm. Although the EV rush has reduced tailpipe emissions, it has also entrenched car dependence, which inflicts other kinds of damage. “Climate change gave Norway an opportunity to change how we travel,” said Eriksen. “I worry we had this once-in-a-generation chance to fix our transportation network, and we blew it.”

EV subsidies fueled car sales, but Norway’s cities want fewer cars

As electric car sales picked up throughout the 2010s, Norway placed few constraints on its EV incentives. Wealthy Norwegians could buy as many high-end EVs as they liked, receiving a full package of subsidies on each one. Luxury carmakers like Porsche advertised Norway’s promotions in their marketing materials.

Although the EV policies were fueling a car-buying frenzy for affluent residents, they offered little to those of limited means. Many low-income Norwegians do not own a car: In Bergen, for instance, 67 percent of households in the lowest income quartile go without one. One recent study found the likelihood that a Norwegian household would purchase an EV rose 26 percent with each 100,000 Norwegian Krones (around $11,000) in annual income, suggesting that electrification subsidies — which ballooned to $4 billion in 2022, equivalent to 2 percent of the national budget — have redistributed resources toward the rich.

Meanwhile, EV incentives have undermined the shift away from automobiles that Norwegian city officials, like their counterparts throughout Europe, are increasingly encouraging. “Everyone agrees that 100 percent of cars should be electric. That’s not the question,” Tiina Ruohonen, a climate advisor to the mayor of Oslo, told me. “The real question is whether you really need to own a car in Oslo.”

Over the last decade, Oslo has joined Bergen, Trondheim, and Stavanger (Norway’s four largest cities) in committing to meet all future trip growth through transit, biking, and walking — not cars. Seeking to reduce driving, Oslo has removed over 4,000 parking spots since 2016 while also building bike lanes, widening sidewalks, and adjusting traffic patterns to reduce through traffic. Those efforts helped the city achieve a remarkable milestone in 2019: For a full year, not a single pedestrian or cyclist was killed in a crash.

A narrow, curving street in an urban area with pedestrians and a cyclist visible, but no cars.
A street in Oslo’s city center.
David Zipper for Vox

Walking and biking through Oslo helped me understand how it became so safe. The few motor vehicles I encountered within the city center moved carefully through streets thronged with pedestrians (some blocks are entirely car-free). Traffic typically moved at the speed of my e-bike; my one moment of anxiety came when a passing streetcar startled me as I gazed at Oslo’s picturesque harbor.

Many local leaders recognize that reducing car dependence will enhance urban life. “I am certain that when people imagine their ideal city, it would not be a dream of polluted air, cars jammed in endless traffic, or streets filled up with parked cars,” Hanne Marcussen, Oslo’s former vice mayor of urban development, told Fast Company in 2019.

But there are inherent conflicts between cities’ efforts to limit driving and the Norwegian government’s promotion of EVs. Oslo’s elimination of street parking and creation of pedestrian-only streets, for instance, nudge Norwegians away from driving, but they also diminish EVs’ usefulness.

“The way to get people to buy EVs is to make them easy and cheap to use,” said Eriksen. “But cities don’t want driving cars to be easy and cheap.” A recent study of EV subsidies in Bergen underscores those tensions, finding that promoting EV adoption hampers cities’ ability to build dense neighborhoods that shorten trips and strengthen transit.

The effect of EV adoption on public transportation has been a particular concern for Norway’s cities because boosting transit ridership has been a linchpin of local mobility strategies. Bergen, for instance, opened its first light rail line in 2010, and Trondheim overhauled its bus fleet in 2019. But because generous EV incentives make driving cheaper, they make public transportation relatively less cost-competitive.

Worse, EV promotions have shrunk the funding available to invest in transit improvements because Norwegian public transportation budgets are partly funded through the road tolls that the national government exempted EV owners from paying. As more Norwegians purchased EVs, transit revenue fell, threatening major investments like a new metro line in Oslo. “One of my primary concerns is that because we are subsidizing EVs through the cheaper toll roads, we don’t have the money to pay for big transit infrastructure projects,” said Eivind Trædal, an Oslo city councilmember who until a few weeks ago led the city’s council’s environment and transportation committee.

National officials, for their part, have stuck to pro-EV messaging and refrained from discouraging driving. Despite its generous incentives for electric cars, the Norwegian government provides no discounts for those buying e-bikes or e-cargo bikes (Oslo and Bergen offer limited programs for residents). The country’s current 12-year National Transport Plan includes initiatives to catalyze the adoption of zero-emissions vehicles, but none to reduce car trips.

Trædal said that politics led the Norwegian government to downplay reducing transportation emissions through transit, biking, and walking — all of which produce significantly fewer emissions than driving an EV. “Nobody’s mad about getting a cheaper new car, right?” he shrugged. “It’s politically easier to just give them car subsidies.”

When I asked Kroglund, the country’s transportation state secretary, if Norway’s government seeks to reduce total kilometers driven, she said it does not. “We don’t have a specific goal [to reduce driving],” she told me. “Of course, we would like to get more people on public transportation and bikes. But that is more something that cities work on.”

But national policy decisions inevitably affect local transportation efforts — and sometimes undermine them. Last October, the Norwegian Public Roads Administration opened E39, a four-lane highway into Bergen that the city had opposed due to concerns that it would increase driving. Those fears proved justified. Lars Ove Kvalbein, a Bergen city adviser on sustainable mobility, told me that before E39 opened, 30 percent of those traveling into the city from the south had used a car, but after the highway opened that share jumped to 40 percent.

“E39 was part of a national plan that smashed all the positive local plans to pieces,” he said.

Other countries can avoid repeating Norway’s mistakes

In the last few years, Norway has begun to confront the tensions within its push for car electrification. In 2017, the country began requiring EV owners to pay for parking, road tolls, and ferries, although they still receive a discount. As of this past January, only the first $45,000 of a new EV’s purchase price is tax-free. Buyers of the largest (and often priciest) EVs must also pay an additional fee that scales with vehicle weight.

“The argument is to make the tax system more fair,” said transportation state secretary Kroglund, “and not give benefits for things that are unnecessary for the transition to EVs.” As a result of the new policies, Norwegian sales of some high-end EVs, like the enormous Chinese Hongqi SUV, have collapsed.

Looking to the future, TØI’s Grimsrud hopes that Norway’s next 12-year National Transport Plan beginning in 2025 will include a goal of limiting total driving, which could restrain highway expansion plans and direct more investment toward transit. “If you start with a national goal for reducing transportation emissions, it will force you to focus more on public transportation and less on road construction,” he said.

For other countries, a clear Norwegian lesson is that a focus on reducing transportation emissions through electric car adoption can worsen inequality. Capping the price of eligible vehicles and limiting the number of EVs that a household can purchase tax-free are intuitive moves that Norway took only belatedly.

At the same time, Norway offers a warning about the dangers of promoting EVs at the expense of modes that are more beneficial to the environment as well as urban life. The national government’s decision to subsidize electric cars but not e-bikes makes no sense from a climate perspective, although the United States Congress made the same mistake when it passed the Inflation Reduction Act last year. At a minimum, countries should ensure that EV adoption does not deplete resources needed for public transportation investments, as has happened in Norway and could occur in the US, since EVs reduce gasoline tax revenues, a portion of which funds American transit.

With frequent bus and rail service, walkable city centers, and expanding networks of bike lanes (including, in Bergen, the longest purpose-built bike tunnel in the world), Norwegian cities are far ahead of American peers in providing viable alternatives to driving. Nevertheless, over the last decade, US cities have taken significant steps forward: Bike share programs are now a fixture, and new bus rapid transit lines have emerged in places like Madison, Richmond, and Washington, DC. New York City and San Francisco have even experimented with making major thoroughfares car-free. But if local initiatives aren’t matched with supportive federal policies, Norway’s experience suggests that an influx of electric vehicles can hinder efforts to escape the automobile’s urban stranglehold.

“The mistake is to think that EVs solve all your problems when it comes to transport,” said Ruohonen, the Oslo mayoral adviser. “They don’t.”

The reporting of this story was supported by the Heinrich Boll Foundation through a Transatlantic Media Fellowship. Lucas Peilert provided research assistance.

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Monday, October 30, 2023

Energy Dept. Pours Billions Into Electric Grids - The New York Times

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America’s electric grids may need to expand by two-thirds by 2035 to handle future growth in clean energy, the agency said. The nation isn’t on track.

The Energy Department on Monday announced $1.3 billion to help build three large power lines across six states, part of a new gusher of money from Washington to upgrade America’s electric grids so they can handle more wind and solar power and better tolerate extreme weather.

But officials warned that money won’t be enough. In a major report published the same day, the Energy Department said that the nation’s vast network of transmission lines may need to expand by two-thirds or more by 2035 to meet President Biden’s goals to power the country with clean energy.

That would help slash carbon dioxide emitted by gas and coal-fired electric plants — pollution that is heating the planet. But it would require hundreds of billions of dollars in investment and a frenzied pace of construction. “We need to seriously build out transmission,” Energy Secretary Jennifer Granholm said.

There is no single grid. The nation’s electric system is divided into a patchwork of regions, each overseen by different operators. But many face similar challenges.

A major one is that there isn’t enough transmission capacity to carry power from far-flung wind and solar farms to population centers. Many regions are at risk of blackouts during heat waves or powerful storms, which are expected to worsen with climate change. Aging infrastructure needs to be replaced.

The Energy Department’s report, the National Transmission Needs Study, looks at which places would benefit from new or expanded power lines. For example, customers in parts of Wisconsin and Michigan pay high prices because local grids are too congested to bring in cheaper power from elsewhere. The Mid-Atlantic’s grid is vulnerable to electricity shortfalls during winter storms because it lacks sufficient capacity to import power from its neighbors.

But there are major barriers to grid expansion. While the study found that new transmission capacity between different regional grids would have large benefits, hardly any such projects have been built in recent decades, since they can require approval from more than one state or jurisdiction, leading to disagreements over who should pay.

The federal government has limited authority to direct grid planning, in contrast to the way it oversaw the Interstate Highway System. Some regions, like Texas and the Southeast, have resisted expanding transmission ties with their neighbors. And some utilities are wary of new long-distance lines that might undercut their local monopolies.

The Biden administration wants to use the limited tools at its disposal. As part of the bipartisan infrastructure law in 2021, Congress approved more than $20 billion to upgrade America’s power grids. The Energy Department has started sending much of that money out the door in recent weeks.

A groundbreaking, including U.S. Secretary of the Interior Deb Haaland, center, on the SunZia transmission line project in Corona, N.M., last month.Jon Austria/The Albuquerque Journal, via Associated Press

As part of Monday’s announcement, the agency will negotiate a commitment to buy capacity from three proposed transmission projects: a 748-megawatt power line carrying renewable energy from New Mexico to Arizona, a 1,200-megawatt line bringing Canadian hydropower to Vermont and New Hampshire and a 1,500-megawatt line linking Utah and Nevada.

By acting as an initial customer, the agency hopes to give developers confidence to move forward with these projects. The government would later sell its rights to private customers and replenish its funds, so that it could help other grid proposals.

“This is an extremely promising program,” said Rob Gramlich, president of the consulting group Grid Strategies. He noted that many transmission projects are plagued by a “chicken or egg” problem: Developers won’t build power lines to windy or sunny regions until there are customers, but renewable projects won’t get built until after the lines are in place.

Still, Mr. Gramlich said, the agency’s $2.5 billion program to alleviate this issue can only support “a very small set of lines.”

Separately, the Department of Energy this month announced $3.5 billion in grants for 58 different projects to harden power lines against extreme weather, integrate batteries and electric vehicles into local grids and expand capacity for wind and solar power. That included $464 million for an effort to connect two large regional grids in the Midwest and Great Plains.

Together, those projects could help increase U.S. renewable energy capacity by 10 percent, Ms. Granholm said.

The agency has also offered $300 million to help states, tribes and local governments improve their permitting processes for power lines. Some recent projects, like the SunZia line in New Mexico, have spent more than a decade trying to acquire permits.

Other, more contentious moves may be forthcoming. Congress has given federal regulators authority to override objections from states for certain power lines deemed to be in the national interest. The Biden administration has yet to wield this power, though it said the study released Monday could help identify potential projects.

A truly enormous grid expansion might require further action from Congress, such as a bill floated by Democrats to require greater grid connectivity between regions. But some utilities and Republicans have criticized that proposal.

In the meantime, technology might help. New types of sensors and software can help utilities send more power through existing lines without the need for costly upgrades, said Julia Selker, executive director of the WATT Coalition, which advocates for so-called grid-enhancing technologies. But most utilities have yet to adopt these tools.

“We’ll still need a big build-out in transmission, but these are technologies that can be deployed in a year or less,” Ms. Selker said. “That’s a huge help while we’re waiting several years to build large new transmission lines.”

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Sunday, October 29, 2023

Opinion | Brace for the Wind and Electric-Vehicle Bailouts - The Wall Street Journal

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Journal Editorial Report: The week’s best and worst from Kim Strassel, Bill McGurn and Dan Henninger. Images: AP/Reuters Composite: Mark Kelly

Ford assured investors last week that its generous deal with the United Auto Workers wouldn’t threaten its profitability. Maybe. The same can’t be said of its electric vehicles, which lost $3.1 billion during the first nine months of this year.

Those losses will doubtless grow, and anyone who thinks Washington won’t give auto makers another bailout should think again. Last week Munich-based Siemens Energy, one of the world’s top wind manufacturers, said the German government is prepared to extend as much as €16 billion (or $16.9 billion) in state guarantees to rescue it.

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Saturday, October 28, 2023

Electric vehicles increase costs for towing companies | Local Business | lancasteronline.com - LNP | LancasterOnline

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Seven-thousand-dollars to create a metal fire containment structure, $800 for a car-sized fire suppression blanket, funding for safety training and countless employee hours learning new procedures.

Local towing companies are beginning to grapple with the cost of handling electric vehicles, with more and more hitting the roads here and across the country. The number in Lancaster County shot up from 29 in 2013 to 1,277 in 2022, according to the state.

The end result is that these new costs will likely be passed on to consumers.

Cocker’s Towing Inc. in Mount Joy Township is among those investing in special equipment to deal with the increase in EVs.  

Tow truck driver Chris Wilkinson said Cocker’s has yet to tow any wrecked fully electric vehicles, but he decided a year ago the company needed to purchase equipment to handle EV wrecks. He cited posts from Facebook towing groups discussing towing companies in major cities dealing with EVs.

“That's what really makes you think, you know, if they're dealing with them now, we're going to have to deal with them here real soon,” he said.

First responders prepare as lithium-ion battery incidents rise in Lancaster County

In addition to the investment in equipment are the precautions tow truck operators must take to avoid injuries related to working with EVs.

Because EV systems do not have a single standard way to cut off the power, what cuts the power on one vehicle will not work on others. This lack of standardization, as well as other concerns, “put all emergency responders — including tow operators, firefighters, et cetera — in harm’s way, when we can’t be sure the vehicle’s de-energized,” said Brian Riker, executive director of the Pennsylvania Towing Association.

For example, he said, this leads to situations where a tow operator needs to take the time to look up an EV’s service manual while on the side of the road, which can put their life in danger.

According to Randy Geissler, president of Patriot Towing & Transport Inc. in West Hempfield Township, extra costs related to EVs will get passed onto customers.

“We kind (of) have no choice. That’s the way any industry is,” Geissler said. “You have to pass on. You can’t eat it.”

The pricing chart displayed in the Patriot Towing office shows the current base rate for routine crash towing is $190. If a an electric or hybrid vehicle is at elevated risk of fire, the price can be raised to $250 or $310, depending on the risk level. These levels are assigned by Energy Security Agency, a company that offers risk assessment for EV wrecks.

Other fees — including for isolation storage, temperature monitoring and administrative work — also add more to the total towing cost for a hybrid or electric car. While standard storage is charged at $75 per day, for example, EVs and hybrids at medium or high risk of fire cost $275 per day.

Riker said he sees EVs as an important part of the progression towards cleaner energy and fuel efficiency standards.

“But we see it as something that we need time as an industry to be fully prepared for, as (EVs) grow,” Riker said.

Eligible electric and plug-in vehicle buyers will get US tax credits immediately in 2024

Equipment needs

Cocker’s Towing already had several large metal dumpsters, which Cocker’s Towing Vice President and Chris Wilkinson’s father, Randy Wilkinson, said can be used to store cars at risk of fire, preventing a possible fire from spreading to nearby vehicles. The company spent about $7,000 to modify one of the dumpsters to house EVs, adding wheels so it could be loaded onto a truck.

“You have (an electric car) that has a little fender bender … if (the battery) shifted it could catch fire,” Randy Wilkinson said.

Chris Wilkinson said Cocker’s also bought two vehicle fire blankets at around $700 to $800 each to place over EVs at risk of igniting. The blankets can be reused as long as they aren’t damaged, but if they are cut by a sharp edge on a vehicle, for example, then they’ll no longer keep out oxygen, and the company will have to buy a new one.

Randy Wilkinson said the company also has a TowTrack, which they got almost two years ago. Though they didn’t buy it specifically for EVs, it can be useful for the vehicles. The machine can pick up a car and place it onto a flatbed, which saves them from having to put EVs in neutral, Chris Wilkinson said, something that can be difficult to do if the battery is dead. 

EV towing

A car is pulled onto a TowTrack machine at Cocker’s Towing 355 Hershey Rd. in Mt. Joy Township Friday, Sep. 22, 2023. The TowTrack is used to life vehicles in places where they can’t be reached by a conventional tow truck.

Chris Wilkinson said the company is following guidance from manufacturers on how to handle EVs.

But he and Randy Wilkinson said there’s still a lot even the manufacturers don’t know about how to safely tow these vehicles, and everyone is essentially learning on the job.

“It’s all trial and error,” Randy Wilkinson said.

Geissler said he bought a thermal imaging camera for around $900 to monitor the temperature of EV batteries. He also said he spent several thousand dollars to build two concrete block containment structures to store EVs.

“Fortunately we haven’t had any issues with fire but ... it’s just a lot of high maintenance, you know, dealing with the ... EVs,” Geissler said.

Equipment isn’t the only extra cost associated with EVs, Riker said. Training and labor costs could increase as the vehicles gain popularity. EVs are often heavier than gas cars, he said, and will require heavier trucks, which in turn means drivers will need commercial licenses.  

And for towing companies that handle EVs, not having a proper containment area can cause property insurance rates to go up. Part of that, Riker said, has to do with the cleanup required after a fire. If an EV fire is extinguished using water, the runoff can cause pollution, which is costly to remediate. Riker said he’s been involved in an insurance claim where cleanup after an EV fire cost more than $1 million.  

Best practice, Riker said, is to allow an EV fire to burn out naturally — as long as it’s safely contained and not at risk of spreading. He said the fire department is best equipped to make this call.

Ev Towing

Two dedicated areas to store electric vehicles deemed high risk of catching on fire sit vacant in Patriot-St. Denis Towing's second lot, also known as the McKinley lot, near Fruitville Pike Tuesday, Oct. 10, 2023.

The future of electric vehicles looms over negotiations in the US autoworkers strike

Safety concerns

Lancaster County doesn’t collect data on lithium-ion battery fires, as LNP | LancasterOnline reported in September. And federal statistics on fire risk in EVs are not readily available. But anecdotes and high profile cases have brought attention to the dangers of EV fires.  

“Our understanding from trainings we have attended is that electric vehicles catch fire about one-tenth as often as a comparable gasoline vehicle of the same age,” Pennsylvania Department of Transportation press secretary Alexis Campbell wrote in an email.

But, she wrote, when an EV does catch fire, it’s a more significant event.  

“When EVs burn, they burn uncontrollably — sometimes for hours — and take large ... quantities of water to cool them off,” Riker said.

An example of what can happen came locally on Feb. 6, when first responders from Manheim and West Earl townships responded to a fire involving a car carrier transporting two EVs on Route 222. After the fire was extinguished, the EVs were stored in containers for 30 days in case they reignited.

Manheim Township Fire Rescue Chief Scott Little told LNP | LancasterOnline for a September story they were fortunate the fire started in the car carrier and that the EVs were only lightly damaged, otherwise the fire could have been much worse.

“The manufacturers recommend 3,000 to 8,000 gallons of water to put out an EV car,” Little said. “How are we going to achieve that when our fire trucks only carry 500 to 1,000 gallons at a time?”

Through a process called thermal runaway, damaged lithium-ion batteries can spontaneously heat up, catch fire or explode. This can happen multiple days after the initial accident, Riker said. And it can be caused by a collision or by water damage.

Riker said that members of the Pennsylvania Towing Association are encouraged to call the Energy Security Agency when towing a damaged EV. The company, which offers the risk analysis service to tow professionals for free, looks at photos from accident scenes and asks questions to determine the risk level.

For a vehicle at risk of thermal runaway, special storage precautions are in order. Riker said that best practices involve storing it away from other vehicles or isolating it in a fire-resistant structure for up to 15 days — though some tow companies choose to keep the car isolated the whole time they have it onsite, he said.

“There is guidance that says 15 days, but there is no hard and fast regulation that says it’s safe unequivocally after that 15-day quarantine period,” Riker said.

Riker said a vehicle must be powered off before it’s loaded onto a truck. Not doing so would be like working on a blender while the blade is still spinning. The car could lurch forward, for example, and run over a tow driver, he said. And it could also pose the risk of fire or electric shock.

While typical gas cars make it easy to turn off the engine by taking the key out of the ignition, immobilizing an EV requires finding the vehicle disconnect for the battery, Riker said. He said this system isn’t standardized. On some cars you can unplug the battery, while on others there is a series of switches or a wire that can be cut.

Towing an EV or hybrid in a way that allows the drive wheels to turn can also be a risk. According to the National Fire Prevention Association, that’s because of the regenerative braking systems these cars have.  

Geissler said EVs can generate power to the battery when the wheels turn. Because of that, manufacturers advise against pulling an EV at highway speed. For both electric and gas vehicles, Geissler’s company uses flatbed trucks where the wheels don’t turn during transport.

Toyota will join Tesla's electric vehicle charging network and adopt Tesla connector in future EVs

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