Wednesday, April 15, 2026

A modern-day Luther nails 12 theses to auto dealership door, demanding that they sell EVs


Is the car dealership model comparable to the medieval Catholic church? In both cases, doctrine holds that an individual cannot attain salvation (spiritual or automotive) directly, but requires the mediation of an extremely powerful, legally sanctioned and historically hidebound organization.

In a satirical piece written for CleanTechnica, Michael Barnard has (figuratively) nailed a set of 12 (mercifully, not 95) theses to the door of the auto dealership establishment. He argues that the dealers’ traditional liturgy of high-ball/low-ball haggling, hidden fees, trade-ins and back-office conferences is as dated as the medieval world of relics, Latin masses and indulgences.

In the internal combustion era, he writes, the dealership model made sense, as cars required regular maintenance and service, and buyers depended on dealerships for product information. “The priesthood existed for a reason.”

However, just as the spread of printed Bibles enabled believers to read the word of God for themselves, today’s auto buyers research vehicles online, and often arrive at a dealership knowing more about EVs than the sales staff.  

In Barnard’s automotive reformation, Tesla played the part of Martin Luther, Rivian represents “a slightly upscale Protestant sect with good branding and better hiking boots,” and Lucid seems like “a high church reformer.”

Of course, the medieval Church wasn’t all bad—it supported education, the arts and beer-brewing, among other good deeds—and the Reformation did not shut it down.

Auto dealerships do provide valuable services—facilitating trade-ins, financing and warranty work, and providing “a human being in town who can be yelled at when something goes wrong”—and they aren’t going away. Tesla operates dozens of brick-and-mortar stores, and Chinese wrecking ball BYD recently announced plans to open 20 dealerships in Canada.

No, the dealership war is about whether automakers can operate their own dealerships, as opposed to the franchise model required by law in most US states.

Over the years, EV-makers have won the right to sell directly in a majority of states. In many cases, state governments have carved out exceptions to the franchise requirement for EV-only brands. A recently-passed law in Washington state grants the right to sell directly only to automakers that sell exclusively battery-electric vehicles, and that have never had any franchised dealers (to wit, Tesla, Rivian and Lucid).

If the dealers believed that this is as far as reform will go, they wouldn’t be complaining—Crazy Cal and his pals have no interest in selling Teslas or Rivians. No, what they fear is that the Fords and GMs of the world will acquire a taste for running their own dealerships, cutting out (or rather, co-opting) the middleman.

Could this day of reckoning be drawing nigh? A group of dealerships recently sued Volkswagen over plans to sell Scout plug-in vehicles directly to consumers. A year earlier, a Scout exec said that he was “highly confident” that the company would win the right to sell directly. Note that Scout does not sell only battery EVs, and that it is indisputably a part of VW.

The Reformation was followed by a Counter-Reformation, and a century or two of religious wars. The electrification revolution has only begun, and over the coming decades it will remake not only retail auto sales, but every aspect of our transportation and energy systems.

Source: CleanTechnica



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Tuesday, April 14, 2026

Port of Los Angeles reduces costs and dwell times with electric terminal trucks


Port facilities are prime candidates for electrification—plugging in vehicles and equipment can deliver not only major cost savings, but outsized emissions reductions, as various studies have quantified.

APM Terminals has been steadily electrifying its operations at the Port of Los Angeles for years. The company’s EV fleet now includes 36 electric cars and trucks, 3 electric straddle carriers, 9 HD electric forklifts and telehandlers, and 22 electric terminal tractors, including 20 from Orange EV. Some 51 EV charging stations provide power.

As expected, the company has substantially reduced its fuel and maintenance costs. Electrification has also brought an unexpected benefit—increased uptime and improved truck and cargo flow has enabled the container port to reduce truck dwell times from an average of 90 minutes to 35.

“I was a little skeptical at the start. How one could move from low 60s percentage reliability to 90, and do it consistently?” said Jon Poelma, Managing Director, APM Terminals, Los Angeles. “But I think we can all see from the data that it is happening.”

APM’s ship-to-shore cranes at the port run on grid electricity, and shore power is also available for the ships that dock.

“The cranes are all plugged in—not every terminal in the world has cranes that are plugged in,” adds Poelma. “Also, I would say 97% of the ships that came into Pier 400 last year got plugged in to shore power.”

Source: Electrek



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Monday, April 13, 2026

Gotion and partners launch Europe-Africa electric logistics corridor


China-headquartered battery manufacturer Gotion has partnered with Green Power Morocco (GPM) and Chery Heavy Trucks to develop a heavy-duty electric logistics corridor between Morocco and France, advancing low-emission cross-continental freight transport.

The 2,000-km route, which runs from Agadir (southern Morocco) through the Port of Tangier to Perpignan (southern France), is currently traveled by some 2,000 heavy trucks daily. The partners will phase in electric trucks and supporting charging infrastructure along this key trade artery.

Gotion and GPM will form a joint venture to manage electric fleets, battery-swapping stations, smart dispatching and energy storage. Initial deployment plans include 100 heavy-duty electric trucks equipped with Gotion battery systems. Chery will bring commercial vehicle engineering and manufacturing capabilities to the table.

A battery-swapping solution is under development to minimize downtime and improve operational efficiency for heavy-duty trucks, supported by work on battery standardization and lifecycle management.

The project combines electrification, energy infrastructure, and digital logistics to create a scalable model for reducing freight emissions.

“This cooperation combines Gotion’s battery technology with Chery’s manufacturing to tailor electric logistics solutions for regional needs,” said Phil Jenkins, CEO of GPM Holding. “Morocco’s logistics sector holds strong long-term potential.”

Source: Gotion High-Tech



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Friday, April 10, 2026

XCharge and JOJO launch 9 new public EV charging sites in Chicagoland


Battery-integrated EV charging specialist XCharge North America and EV charging operator JOJO Superfast EV Charging will collaborate to deploy nine new public EV charging sites in Illinois.

The two companies will bring 800 kW of ultra-fast charging capacity to nine initial locations in the Chicagoland region, located at branches of the home improvement chain Menards.

XCharge NA will manufacture the chargers and oversee site construction from concept to completion through its turnkey solutions team.

Each site will feature four C6 Smart DC Fast Chargers, providing a total of eight charging ports per location. Charging stations at Menards locations in Crestwood and Bridgeview are now operational, and seven more are scheduled to come online by the end of this year.

“For too long, residents of the South Side of Chicago have been plagued by range anxiety, but today, we’re changing that narrative,” said Joe Sheehan, CEO of JOJO Superfast. “Our goal at JOJO’s is to build the most accessible ultra-fast network in the state, and XCharge’s unmatched technology and hardware are the keys to making that scale possible.”

Source: XCharge



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Thursday, April 9, 2026

Investor groups press freight industry to reduce fleet emissions


The ongoing process of transport electrification sometimes resembles a tug of war: forward-looking companies, environmental and consumer advocates, and (sometimes) government agencies pressure industries to electrify, while automakers, freight haulers and their trade groups pull in the other direction, trying to preserve the fossil fuel-dependent status quo as long as possible.

Arguably, the only pressure that matters in the end is economic pressure. With this in mind, NGO ShareAction “mobilizes global investors to use their influence to tackle climate change, protect the natural world and improve people’s health.”

Recently, some 31 investors, representing over $1.8 trillion in assets under management, issued a public statement urging freight and logistics companies to take action to address air pollution, calling for improved reporting, target setting, and concrete measures to reduce harmful emissions.

The investors warn that transparent reporting on air pollution remains limited—few companies in the freight and logistics sector acknowledge their contribution to harmful emissions, and even fewer are taking proactive steps to reduce pollutants.

The signatories are urging companies in the freight and logistics sector to:

  • Recognise air pollution as a material business issue.
  • Measure and disclose key health harming air pollutants.
  • Set time-bound reduction targets for priority air pollutants.
  • Accelerate the transition to cleaner vehicle fleets.
  • Engage in industry and policy initiatives to support effective action on air pollution.

Alongside calls for voluntary action from companies, signatories are urging standard-setting bodies and government to strengthen mandatory corporate disclosure requirements for air pollution.

“Investors are rightly concerned about the lack of meaningful action from freight companies to reduce harmful pollutants from vehicle fleets,” said Justine Holmes, Clean Air Lead at ShareAction. “Air pollution is one of the most damaging health risks in investors’ portfolios—healthcare costs and lost workforce productivity cost the global economy $6 trillion every year.”

Source: ShareAction



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Wednesday, April 8, 2026

Purem by Eberspächer hits 100,000-unit China production for steel EV battery housing, targets Europe


Purem by Eberspächer is bringing its high-strength steel battery housing to the European EV market, following the start of series production in China at volumes exceeding 100,000 units per year from the second half of 2026. The company will present the technology at AABC Europe 2026 in Mainz, Germany, from May 18–21 (booth 606).

The steel housing is positioned as a cost and weight alternative to the aluminum designs currently standard in EV battery packs. Higher-strength steel enables thinner walls, Purem says, resulting in housings that are lighter than aluminum equivalents—while also being cheaper to produce and lower in manufacturing carbon footprint due to lower CO₂ intensity in production and superior recyclability. The China program was secured through nominations from Chinese OEMs.

For the European market, Purem has co-founded a consortium to develop a stainless steel variant through a concept study. Partners include Sphere Energy, Bertrandt, the Tillmann Group, Reinert, Baosteel Lasertechnik and 3M. The group is targeting a design that eliminates the need for additional corrosion protection while achieving crash resistance through purpose-designed profiles and reinforcements. Purem also says it’s using AI tooling to calculate individual customer specifications and manufacturing adaptations faster than conventional engineering methods.

Purem is the exhaust and acoustic systems division of Eberspächer Group, applying its existing expertise in materials processing and welding to battery enclosure development.

Source: Eberspächer



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Electrovaya collaborates on DOE-funded project to develop next-gen energy storage for critical infrastructure


Battery manufacturer Electrovaya will participate in a DOE-funded project led by Binghamton University to develop and demonstrate a next-generation energy storage system for critical infrastructure applications.

The project, supported by a $5-million award from the DOE under its Critical Facility Energy Resilience (CiFER) program, will focus on the design and deployment of a 1.2 MWh battery system, which will be installed at Binghamton University’s Center for Energy-Smart Electronic Systems (ES2) and integrated into a data center test environment.

Project partners include LiiON, Eaton and the Pacific Northwest National Laboratory, providing expertise in battery technology, power systems and grid integration. Electrovaya will contribute its proprietary Infinity Battery Technology.

The system will be deployed in a real-world data center environment to demonstrate peak shaving, backup power and load management capabilities. It will feature a scalable architecture designed to serve as a replicable model for deployment across data centers and other high-demand applications.

“This project represents an important step forward in demonstrating how advanced battery systems can support the rapidly growing energy demands of data centers and other critical infrastructure, while using domestic supply chains,” said Dr. Raj DasGupta, CEO of Electrovaya. “There is a clear need for safe energy storage solutions that can enhance grid resilience while reducing peak demand pressures. Electrovaya’s technology is well-positioned to address these challenges through its proven safety record and long cycle life.”

Source: Electrovaya



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A modern-day Luther nails 12 theses to auto dealership door, demanding that they sell EVs

Is the car dealership model comparable to the medieval Catholic church? In both cases, doctrine holds that an individual cannot attain salv...