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Bavarian automaker BMW has announced plans to convert the intralogistics fleet at its Regensburg plant from battery to hydrogen power, with FCEV forklift and tugger trucks set to replace the entirety of its existing fleet by 2030.

Despite sales of BMW’s battery electric starting to take off, the propeller company is still investing heavily in fuel cell development – from its latest iX5 Hydrogen FCEV concept to, well, the intralogistics fleet at its Regensburg plant, where the company plans to employ hydrogen forklifts and tuggers in the press shop, body shop, and assembly lines.

BMW’s aggressive deployment timeline is, of course, loaded with problems. For starters, very little hydrogen is actually “green,” and the majority of conventionally available hydrogen is created using fossil fuels – making it both far less environmentally sustainable than you might think … and a lot more expensive than either diesel fuel or battery capacity.

Then there’s the outright misinformation, like this tidbit:

Switching production logistics from electricity to hydrogen will diversify our plant’s energy mix – while optimizing logistics processes and saving valuable space. The advantage of hydrogen is that refueling is very fast – just like with conventional fuels. The filling stations required for this will be installed directly within the different production areas and do not take up much space.

Project Manager, BMW Regensburg, Katharina Radtke

I don’t think this is a situation where Katharina is trying to spread misinformation – but she does, like many hydrogen fans, seem to be misinformed.

See, when you fill up a storage tank with a gas like H or CNG, the gas heats up as it’s quickly forced into the tank, causing it to expand. That means the same amount of fuel takes up more physical space hot than it does cold – and, as the gas in the tank gradually cools down, it contracts, leaving empty space in the tank.

That means you can “fast fill” a hydrogen tank to 100% in a few minutes, but it’ll eventually settle back down to about 75-80% full, even if you don’t drive anywhere. You’ll then have to “slow fill” the remaining capacity to avoid a similar expansion – and that can take hours.

You can see an example of this phenomenon, below, in this interactive infographic from the US Department of Energy’s Alternative Fuels Data Center (AFDC).

Electrek’s Take

BMW Regensburg H2 Logistik; via BMW.

In case you can’t read between the lines, filling a tank with hydrogen isn’t any faster than filling a battery with electricity, and even the most cryo-compressed hydrogen tanks can’t get too far past a 90% fast fill … and they have other problems with boil off, leaks, etc. All of which sort of begs the question: why make the switch to hydrogen at all?

Back in January, MAN Trucks’ CEO, Alexander Vlaskamp, told reporters that it was, “impossible for hydrogen to effectively compete with battery electric trucks.” Vlaskamp added, “Today you cannot buy hydrogen for less than 13 or 14 euros … and it is not green. And when we have green hydrogen it will be needed for the heavy industry of steel, cement, or plastic.”

So — if all that’s true, why is MAN, like BMW, continuing to invest in hydrogen-powered vehicle programs? “Only to test our hypothesis,” says Vlaskamp (emphasis mine). “We may use hydrogen for transportation in 2035, but only if there is enough green hydrogen at the right price and the necessary infrastructure is in place.”

To ensure it has enough H, BMW will install a mile-long network of underground pipes, with six decentralized H filling stations, between now and Q1 of 2026. “Once the conversion is completed, our annual hydrogen consumption will be around 150 tonnes,” says Radtke.

Here’s hoping BMW can get a better deal than 14 euros for dirty fuel by then.

SOURCE | IMAGES: BMW.

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Tesla board members officially settle excessive compensation case for nearly $1 billion

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Tesla board members officially settle excessive compensation case for nearly  billion

A judge has officially approved a settlement in a case brought by Tesla shareholders against board members who will now have to return stock, cash, and give up on stock options worth a total of nearly $1 billion.

Let me start this article with a quote from Tesla CEO Elon Musk:

Tesla will never settle a case where we’re in the right, and never contest a case where we’re in the wrong.

Today, Chancellor Kathaleen McCormick approved a settlement agreement between Tesla and all its board members from 2017 to 2020 and the Police and Fire Retirement System of the City of Detroit on behalf of Tesla shareholders over what the shareholders believed to be excessive compensation.

The agreement was first reported in July 2023, but it is only now being officially approved and we learn a few more details.

Shareholders believed that members of Tesla’s board were compensating themselves excessively with hundreds of millions of dollars between 2017 and 2020 when the average compensation of a board member of a S&P500 company is just north of $300,000.

Under the settlement, the board members agree to return to Tesla $277 million in cash, $459 million in stock options and to forgo $184 million worth of stock options awarded for 2021-2023.

That adds up to nearly $1 billion.

The board members include Kimbal Musk, Elon’s brother, Brad Buss, Ira Ehrenpreis, Antonio Gracias, Stephen Jurvetson, all close friends of Elon Musk and people who have financial dealings with Musk outside of Tesla, Linda Johnson Rice, Kathleen Wilson-Thompson, Hiromichi Mizuno and Larry Ellison, the co-founder of Oracle Corp and also a close friend of Musk.

As part of the settlement, Tesla or the board does not admit to any wrongdoing.

Musk didn’t take compensation as part of the board, but he is embroiled in a similar case over his own $55 billion CEO compensation package, which was rescinded by the same judge after she found that it wasn’t negotiated or presented to shareholders in good faith.

The board members who received this “excessive compensation” also happened to be the one who “negotiated” Musk’s CEO compensation package.

The case is heading to the Delaware Supreme Court, as reported earlier today.

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Nissan’s Ariya electric SUV takes on the extreme weather in its new test chamber [Video]

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Nissan's Ariya electric SUV takes on the extreme weather in its new test chamber [Video]

Despite how cold it may feel outside, Nissan’s electric SUV has likely been through colder. Nissan is proving its Ariya SUV can handle the extreme weather at its unique new test chamber at its tech center near Detroit. With temperatures ranging from -40 to 176 °F, the Ariya is being pushed to see what it’s made of.

Nissan launched the Ariya, its first electric SUV, in the US in late 2022. Over 13,400 Ariya models were sold in the US in its first sales year, with another nearly 20,000 handed over in 2024.

A few weeks ago, Nissan introduced the 2025 Ariya, starting at just $39,770. It has two battery options, 66 or 91 kWh, good for 216 and 289 miles range. That’s for the FWD models.

You can opt for Nissan’s e-4ORCE AWD dual-motor system for “thrilling acceleration” with up to 389 hp and 442 lb-ft of torque. However, with the added power, you sacrifice some range. The AWD Ariya gets up to 272 miles range.

With many parts of the country seeing frigid temperatures, Nissan says its “Ariya is very well equipped” to combat freezing weather.

Nissan-2025-Ariya-incentives
2025 Nissan Ariya Platinum+ e-4ORCE (Source: Nissan)

The electric SUV was already the first vehicle (EV or gas-powered) to drive from the North to the South Pole in 2023. Now, it’s being put through the paces at Nissan’s tech center outside of Detroit.

It’s currently around 23 °F in Detroit, with a low of 11 °F, but Nissan says it’s even colder in its unique new test chamber. The chamber is located at the Nissan Technical Center North America campus, just outside Detroit.

Nissan-Ariya-chamber
The Ariya in Nissan’s test chamber (Source: Nissan)

Nissan Ariya handles cold weather tests in new chamber

“Our chambers are capable of temperatures ranging from -40 degrees Fahrenheit to 176 degrees Fahrenheit,” Jeff Tessmer, senior manager of Zero Emission Vehicles at Nissan’s tech center, explained.

Nissan tests the Ariya in a test chamber with “far more extreme” temperatures than the typical driver will see. Tessmer said, “We want to test the worst-case scenario so that our customers will still get the same performance in a wide variety of weather conditions.”

One of the biggest goals is to prove the electric SUV’s battery can maintain charge levels even in extreme weather.

Nissan Ariya undergoes extreme cold weather chamber test (Source: Nissan)

Nissan puts it through “cold soak” tests to ensure performance. During a 24-hour cold soak, the Ariya was parked in -4 °F weather with a 17% battery charge. It also wasn’t plugged in or using its battery heater. After the team returned the next day, the electric SUV still had a 17% charge and started up immediately.

The Ariya is equipped with a battery heater that drivers can turn on ahead of time to ensure optimal performance. On hot days, it includes a liquid-cooled system to regulate battery temperatures.

Nissan-2025-Ariya-incentives
2025 Nissan Ariya Platinum+ e-4ORCE interior (Source: Nissan)

Drivers can also use the MYNISSAN app to pre-warm the cabin, check the interior temperature, and schedule charging times. Ansu Jammeh, an engineer on Nissan’s Zero Emissions Engineering team, said the best time to use the heating feature is “when the vehicle is plugged in so that it uses power from the grid instead of the vehicle.”

2025 Nissan Ariya trim Battery
(kWh)
Starting Prices* (MSRP) Range
(miles)
Engage FWD 66 $39,770 216
Engage e-4ORCE 66 $43,770 205
Evolve + FWD 91 $44,370 289
Engage + e-4ORCE 91 $45,370 272
Evolve + e-4ORCE 91 $48,370 272
Platinum + e-4ORCE 91 $54,370 267
2025 Nissan Ariya prices and range by trim (*not including a $1,390 destination fee)

Nissan added a new wireless charging pad across all 2025 Ariya models. The inside features Nissan’s Advanced Drive-Assist setup with dual 12.3″ infotainment and driver display screens formed in a “wave-like” shape.

Other standard features of the 2025 model include wireless Apple CarPlay and Android Auto support, a Head-up display, and a Virtual Personal Assistant. It also includes Nissan’s ProPilot Assist for assisted driving.

Are you ready to check out Nissan’s electric SUV for yourself? We can help you get started. You can use our link to find Nissan Ariya models at the best price in your area today.

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This Florida solar farm is supplying clean energy to 12 cities

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This Florida solar farm is supplying clean energy to 12 cities

Florida’s Rice Creek Solar Energy Center is now online, delivering nearly 75 megawatts (MW) of clean electricity to 12 cities across the state. The solar farm is part of the Florida Municipal Solar Project, one of the largest municipal solar initiatives in the US.

Located in Putnam County, near Palatka, the Rice Creek site is covered with 213,000 solar panels that generate enough power for around 14,000 homes. This marks the third solar site in the Florida Municipal Solar Project, with more on the way.

Twelve utilities are tapping into the clean energy from Rice Creek, including Beaches Energy Services (Jacksonville Beach), Fort Pierce Utilities Authority, Homestead, Keys Energy Services in Key West, Kissimmee Utility Authority, Lake Worth Beach, Mount Dora, New Smyrna Beach Utilities, Newberry, Ocala, Town of Havana, and Winter Park. This is the first solar power project for Havana, New Smyrna Beach, and Newberry.

Jacob Williams, the general manager of the Florida Municipal Power Agency, explained, “By working together, our members and their communities benefit from additional solar-powered energy that’s both cost-effective and carbon-free.”

The FMPA, based in Orlando, coordinates the project, while the 12 municipal utilities – who are also FMPA’s member-owners – purchase the power. Miami-based Origis Energy is the builder, owner, and operator of Rice Creek. According to Origis Energy’s Josh Teigiser, “We are honored to support this FMPA work. Long-term agreements for solar generation, including for Rice Creek Solar, provide a stable rate base contributing to lower and more predictable customers’ bills.”

Construction is already underway on a fourth Florida solar farm, Whistling Duck Solar, in Levy County. The Florida Municipal Solar Project is expected to grow to seven sites in the next few years and will generate a total of around 525 MW of clean energy.

Read more: Ohio’s largest solar farm just came online


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