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World’s first all-electric bus fleet shut down due to breakdowns and expense

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From Heartland Daily News

By The Antiplanner

Electric Buses Not a Panacea

Last week, the city of Seneca, South Carolina decided to shut down the Clemson Area Transit System, which served Seneca and nearby Clemson University. Once touted as owning the world’s first all-electric bus fleet, just a few years later two thirds of its expensive electric buses had broken down, the company that made them went bankrupt, parts were no longer available, and the city can’t afford to buy replacement buses.

Seneca is not exactly a major metropolis. But Clemson Area Transit isn’t the only transit agency to have trouble with electric buses. Just the day before Seneca decided to shut down its transit system, Austin’s Capital Metro announced that it was giving up on its plan to electrify its bus fleet by 2030. Electric bus technology, said the agency, simply hasn’t progressed far enough to replace Diesels.

California’s Foothill Transit, one of the first agencies to use rapid-charge electric buses in 2010, has also had problems. Like Austin, the agency had hoped to completely electrify by 2030. Instead, by 2020 most of the electric buses in its fleet were out of service. In 2021, the agency decided to return the buses even though doing so would require it to pay a $5 million penalty to the Federal Transit Administration, whose grant initially paid most of the cost.

The Southeast Pennsylvania Transportation Authority (SEPTA) may be the largest agency to have practically given up on electric buses. It pulled its 25-bus electric fleet out of service in 2021 when the buses were just five years old. The buses had suffered cracks in their chassis, but it appears that problem was only the straw that broke the omnibus’s back. “We do not feel the current [electric bus] technology is a good investment at this time,” concluded SEPTA’s general manager.

Transit agencies in Asheville, Colorado Springs, and several other cities have reported similar problems. Albuquerque completely gave up on its electric buses and returned them to the manufacturer, a Chinese company called BYD.

Electric buses cost 50 to 100 percent more than their Diesel counterparts. A 2019 study by US PIRG predicted that such buses would nevertheless save transit agencies $400,000 apiece over their lifetimes due to lower fuel and maintenance costs. US PIRG relied on four “success stories” to justify this conclusion. Success story number one was Seneca, South Carolina.

The report acknowledged Albuquerque’s problems but blamed them on the city’s hills and high temperatures. Compared with Austin, Albuquerque is practically flat and its temperatures are nowhere near as extreme. If electric buses can’t work in Albuquerque, they aren’t going to work in a lot of other cities.

Other than Albuquerque, one thing many of these failures have in common is electric buses manufactured by Proterra, one of four major electric bus manufacturers that have recently sold buses in the U.S. and the only one to actually be a U.S. company. In 2023, it claimed that COVID-related supply-chain problems had driven it into bankruptcy. The company’s three divisions — transit buses, batteries and drive trains, and charging systems — were sold to three other companies to pay Proterra’s debts and none of the buyers are supporting Proterra’s buses or even making similar buses. In view of the many problems transit agencies were having with its buses before 2023, it seems likely the supply-chain explanation was just a dodge for Proterra’s shoddy design and workmanship.

One reason for that may simply be opportunism on the part of bus manufacturers, including both Proterra and BYD. Before passage of the 2021 infrastructure bill, the federal government was paying 80 percent of the cost of Diesel buses but 90 percent of the cost of electric buses purchased by transit agencies. For a transit agency, that meant that an electric bus could cost twice as much as a Diesel bus without costing local taxpayers an extra dime. Bus manufacturers thus felt free to increase their profits by raising the price of their electric buses and, having done so, may have compounded the problem by cutting costs.

Beyond manufacturing defects, electric buses have several generic problems. First, while a Diesel bus can operate all day, an electric bus can operate only a few hours on a single time-consuming charge. Proterra claimed to have solved this problem with a rapid-charge system, but that didn’t prevent Foothill Transit from suffering enormous problems with its electric buses. This probably is particularly serious on long bus routes: Austin’s Capital Metro estimates that today’s electric buses could satisfactorily serve only 36 percent of its routes.

Second, the batteries needed to power electric bus motors are heavy, which is probably why SEPTA’s buses suffered cracks in their chassis. Supposedly, the frames on SEPTA’s Proterra buses were made of “resin, fiberglass, carbon fiber, balsa wood, and steel reinforcement plates,” which almost sounds like a joke. But making frames strong enough to support the batteries means adding even more weight to the buses, which shortens their range and adds to wear and tear on other parts of the buses.

Third, electric buses are not necessarily climate-friendly enough to justify their added cost. In Washington state, where most electric power comes from hydroelectric dams, switching from Diesel to electric buses will definitely reduce greenhouse gas emissions. But most other states, including New MexicoSouth Carolina, and Texas, get most of their electricity from fossil fuels and thus electric buses may not reduce greenhouse gas emissions at all when compared with Diesels.

Under the 2021 infrastructure law, the federal government is handing out close to a billion dollars to buy electric buses. Advocacy groups such as US PIRG want transit agencies to “commit to a full transition to electric buses on a specific timeline.” Such funding and commitment may be premature, however, if electric bus technology is not capable of equalling Diesel buses, will cost agencies more in the long run, and won’t do much to reduce greenhouse gas emissions.

The Antiplanner is a forester and economist with more than fifty years of experience critiquing government land-use and transportation plans.

Originally published by The Antiplanner. Republished with permission.

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Nissan, Honda scrap $60B merger talks amid growing tensions

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MxM News

Quick Hit:

Nissan is reportedly abandoning merger talks with Honda, scrapping a $60 billion deal that would have created the world’s third-largest automaker. The collapse raises questions about Nissan’s turnaround strategy as it faces challenges from electric vehicle competitors and potential U.S. tariffs.

Key Details:

  • Nissan shares dropped over 4% following the news, while Honda’s stock surged more than 8%, signaling investor relief.
  • Honda reportedly proposed making Nissan a subsidiary, a move Nissan rejected as it was initially framed as a merger of equals.
  • Nissan is struggling with financial challenges and the transition to EVs, still reeling from the 2018 scandal involving former chairman Carlos Ghosn.

Diving Deeper:

Merger talks between Nissan and Honda have collapsed, according to sources, after months of negotiations to form an auto giant capable of competing with Chinese EV makers like BYD. The proposed deal, valued at over $60 billion, would have created the world’s third-largest automaker. However, differences in strategy and control ultimately derailed the discussions.

Reports indicate that Honda, Japan’s second-largest automaker, wanted Nissan to become a subsidiary rather than an equal merger partner. Nissan balked at the idea, leading to the collapse of negotiations. Honda’s market valuation of approximately $51.9 billion dwarfs Nissan’s, which may have fueled concerns about control. The failure of talks sent Nissan’s stock tumbling more than 4% in Tokyo, while Honda’s shares rose over 8%, reflecting investor confidence in Honda’s independent strategy.

Nissan, already in the midst of a turnaround plan involving 9,000 job cuts and a 20% reduction in global capacity, now faces mounting pressure to restructure on its own. Analysts warn that the failed merger raises uncertainty about Nissan’s ability to compete in an industry rapidly shifting toward EVs. “Investors may get concerned about Nissan’s future [and] turnaround,” Morningstar analyst Vincent Sun said.

Complicating matters further, Nissan faces heightened risks from U.S. tariffs under President Donald Trump’s trade policies. Potential tariffs on vehicles manufactured in Mexico could hit Nissan harder than competitors like Honda and Toyota. The stalled deal also impacts Nissan’s existing alliance with Renault, which had expressed openness to the merger. Renault holds a 36% stake in Nissan, including 18.7% through a French trust.

While both Nissan and Honda have stated they will finalize a direction by mid-February, the collapse of this deal signals deep divisions in Japan’s auto industry. With Nissan’s financial struggles and the growing dominance of Chinese EV makers, the company must now navigate an increasingly challenging market without external support.

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The Northvolt Crash and What it Says About the State of the Electric Vehicle Market

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From Energy Now

By Jim Warren

Northvolt, a wannabe electric vehicle (EV) battery manufacturing superstar, based in Sweden filed for Chapter 11 bankruptcy protection in the US on November 21, 2024. In just eight years the company had blown through $15 billion USD in startup capital. Bloomberg says it was one of the most indebted companies to file for bankruptcy in the US in 2024.

Northvolt promised to be everything green transition crusaders could hope for in a company. And it isn’t surprising the “whiz kids” in the Prime Minister’s Office and the environment ministry made sure Canada got in on the action. According to Bloomberg, Canada made pledges amounting to $7.3 billion CAD ($5.4 billion USD) in loans, equity stakes and subsidies for Northvolt.

Canada’s investments included support for the construction of four electric vehicle (EV) battery factories—one in B.C., two in Ontario and one in Quebec. As of today, only a cockeyed optimist could believe those four plants will be churning out batteries any time soon, if ever.

Unfortunately, the Northvolt investment represents just 14% of money the federal government has bet on the future of EVs and electric batteries. According to Canada’s Parliamentary Budget Officer (PBO), since 2020 the federal government has invested $52.5 billion in various projects throughout the EV supply chain.

Northvolt was supposed to be a cutting-edge EV battery innovator. It had the cachet of companies claiming to be implementing next-generation technology. When the company was launched in 2016 it was hailed as Europe’s flagship entry into the international race to produce enough non-Chinese batteries to support a widely anticipated boom in electric vehicle demand in Europe and North America.

For eight years Northvolt rode the wave of green propaganda that accompanied government regulations phasing out the production of vehicles with internal combustion engines. The company further endeared itself with environmentalists by claiming it would be at the forefront of development for the mammoth batteries required to back up solar and wind power generation.

The Economist reports that prominent Wall Street players like BlackRock, Goldman Sachs and JPMorgan Chase ditched any aversion they might have had for getting into business with governments. They contributed to the $15 billion in startup money. Governments got on the Northvolt band wagon. Northvolt received $5 billion USD in grants from five countries:  Canada, the European Union (EU), Poland, Germany and of course Sweden.

Private investors weren’t deterred by the fact governments had “picked a winner.” They actually liked the fact governments were backing Northvolt. They assumed the governments of wealthy countries dedicated to Net Zero by 2050, would patiently nurse Northvolt through its growing pains and back it financially when setbacks arose. Risks would be minimized—success was as close to guaranteed as anyone could hope to expect.

Governments in Europe as well as Canada had been busy implementing policies designed to reduce CO2 emissions and combat climate change. Building EV batteries dovetailed nicely with those goals. It was a virtuous circle of mutually reinforcing virtue signaling.

Around the same time it was becoming fashionable for businesses to adopt the principles of Environmental, Social and Governance (ESG). “Progressive” investors including union pension funds required companies they invested in to adopt the goals of environmental sustainability, diversity, equity and inclusion—the core missions of ESG.

Some of Europe’s car makers got behind Northvolt. They wanted to see a vertically integrated European EV industry developed to better withstand competition from cheaper Chinese imports. VW, BMW and Scania AB pre-ordered $50 billon USD worth of Northvolt’s products.

By the fall of 2024, Northvolt already had at least one foot planted on a banana peel. But that didn’t prevent 24 lenders including JPMorgan Chase from throwing it a $5 billion USD lifeline. According to The Economist, this was the biggest “green loan,” ever made in Europe. It apparently wasn’t big enough to prevent the company from filing for Chapter 11 protection.

Odd as it seems in hindsight, private sector investors had embraced a project led by politicians, bureaucrats and research scientists with little to no experience in commercializing their lab experiments. The company’s inability to meet the technical challenges of increasing production to the point of commercial viability was one of the reasons it failed. It turns out it is hard to transform next-generation technology from ideas that work in a test tube into something that makes money.

Ironically, it is car makers from China who are best placed to capitalize on Northvolt’s downfall and dominate Europe’s EV and battery markets. Without tariff support European and North American automakers simply won’t be able to compete with the less expensive government-subsidized Chinese made models.

In 2015 the Chinese government launched its ambitious “Made in China 2025” project. Under the program the government has plowed hundreds of billions into industries that combine digital technology and low emissions technologies. The EV sector was one of the program’s big success stories. Last year, BYD a Chinese manufacturer, overtook Tesla to become the world’s biggest EV producer.

This past November The Economist reported, Chinese auto makers already account for two-thirds of global EV production. They had sold 10 million of them in the previous year. Chinese manufacturers also made 70% of the EV batteries produced globally in 2024. Big investments in factory automation in Chinese EV plants have increased per worker productivity, reducing manufacturing costs.

Government subsidies combined with manufacturing know-how succeeded in creating the world’s most significant EV and EV battery manufacturing industries in China but similar efforts in Europe and North America (e.g. Northvolt) are struggling. It is embarrassing to realize China has become the world’s largest manufacturer and exporter. The West has been left in the dust when it comes to making things like solar panels and EVs.

Europe’s car makers are pressing their governments to limit the number of Chinese made EVs sold in Europe. Yet some EU member states like Germany are reluctant to antagonize China by putting tariffs on its EVs—many German manufacturers rely on access to the Chinese market.

EV sales declined by 5% across Europe in 2024 and high prices for European models are one of the factors responsible for declining sales. Allowing cheaper Chinese EVs into Europe tariff-free should improve EV sales making it more likely that governments’ emissions targets are met. But that makes it more likely that some European car makers will struggle to remain profitable. If large numbers of auto workers are laid off in Europe it will signify the breaking of a major promise made by environmentalists and governments. They have consistently assured people the green transition would create more than enough new green jobs, to make up for job losses in high emissions industries.

The bad news for EV champions extends beyond Europe. Donald Trump has signed an executive order killing federal grants to consumers purchasing electric vehicles. Getting rid of the Biden administration’s EV subsidies should give internal combustion engines a new lease on life. You have to wonder how Trump squared that move with Elon Musk. Perhaps Trump’s promise of tariffs on Chinese goods has been enough to satisfy Tesla. It helps that many EV purchasers in the US prefer big luxury models since the Chinese don’t make too many electric Hummers.

Here in Canada, the Liberal government has said it will cease subsidizing EV purchases as of March 31. It looks more and more like the wheels are coming off the Trudeau-Guilbeault environmental legacy.

While the EV markets in Europe and North America are on shaky ground it is unlikely Northvolt will find the investors required for another last minute bailout. That’s good news for people concerned about Canada’s fiscal health–the Liberals won’t be able to blow any more money on Northvolt if it doesn’t exist.

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