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Big changes are hitting the US car market this week – but uncertainty bring opportunity, and few companies have less to lose and more to gain from 2025’s automotive turmoil than Nissan. With a new, enthusiastic CEO, interest from Foxconn and Honda, and a number of American manufacturing sites already in operation, Nissan has a chance – but the new LEAF is a snoozer, and they’ll have to do better if they want to survive.

Once upon a time, a new Nissan LEAF would be the biggest news of the day – especially on an EV site. Such is the state of things in 2025, however, that an all-new Nissan LEAF reveal doesn’t even make into the day’s “Featured” stories app.

And, frankly, it’s no wonder. Back in 2021, Nissan showed its Ambition 2030 presentation. TTAC’s Matt Posky called it, “an hour of wishful thinking,” and rightly pointed out that the company had closed out 2020 with a raft of layoffs, billions in losses, and shocking build quality issues. The general consensus at the time was that if a bevy of poorly-conceived, hastily rendered CGI concepts was the best Nissan could put out, it was well and truly lost.

That was then. Now, there’s hope. The brand has nothing left to lose, and Nissan’s incoming CEO, Ivan Espinosa, spent two decades growing the brand in Mexico. And he’s not just a sports car enthusiast – but, crucially, a Nissan sports car enthusiast, with what appears to be a sincere love for classic rides like the OG Sentra SE-R, the J30 Maxima, and every proper Z and GTR that ever rolled off an assembly line.

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But enthusiasts don’t buy cars. Not new ones, anyway. And new enthusiasts aren’t created at auto shows or expos – they’re created in the driver’s seat. Espinosa might understand this. And if he does, he’ll embrace these five ideas, and drive Nissan back to victory lane.

1. Ditch technology

Nissan 240Z interior; via MS Classic Cars.

See that? That’s a beautiful, classic Datsun 240Z interior, filled with character, natural materials, and all manner of buttons, switches, knobs, and levers. Granted, there are a lot of issues with these things, and they’re probably more expensive to produce in 2025 than the now-ubiquitous array of touchscreens, but all this physical interaction created engagement.

This isn’t an old guy waxing nostalgic about the olden days, kids – engagement is what the companies with the most fervent fanbases have, and it’s that push for engagement that has led car companies to examine the object people interact with the most (their phones), and misguidedly do everything they can to either make their cars feel more like peoples’ phones, or build cars that drive people around so they can keep interacting with their phones.

Nissan can’t build phones better than Xiaomi can build phones, Nissan doesn’t have the money to build up advanced ADAS or “self-driving” features like Tesla, and literally no one – not even Honda – has given me a good answer as to why anyone would want an AI like Honda’s new ASIMO OS in their next car.

If Nissan can’t compete, they shouldn’t try. Ditch the tech. Ditch the cost. Ditch the electronic gremlins and J.D. Power hits for glitchy OS integration. Get back to the basics of building great cars. And to build a great car, you must …

2. Simplify, and add lightness

Lotus Elan S4 drop head coupe; by Grenadille under CC BY-SA 4.0 license.

… it was the great Colin Chapman, founder of Lotus Cars, who said that making a great car was easy. “All you have to do,” he explained, “is simplify, and add lightness.”

To be clear, Americans don’t want efficiency. Being efficient in the US, being frugal, being affordable – all of these are “bad” things in America, where bigger is better and being forced to admit that you don’t have the cash to buy a thing you want right. This. Second. is a top 5 fear.

But Lotus’ cars aren’t seen as cheap. They may be simple. They may lack some of the bells and whistles and lots of the sound deadening, ultra-high powered HVAC, and audio features of their peers, but they’ve turned those omissions into strengths, and Nissan can do the same.

After proudly ditching the phone-like tech experience, connectivity, and ADAS features, Nissan’s cars will already be simpler, more physically engaging experiences. The next move is to cut weight (and costs) by cutting features.

Power seats? Gone – replace those with high-quality, multi-adjustable lightweight seats and wrap them in high-quality materials. Massive, 20″ wheels? Get back to 16s. 18″ at the most. Ditch the center screens and radios, but include a high-quality dock for people to add their own devices for navigation and music. Sound insulation? Cut it in half. High-end audio experience? No. Ditch the space heaters and embrace more efficient heated seats and steering wheels in EVs.

Keeping things simple can be easily spun into a marketing plus, and the increased efficiency will pay massive dividends in both vehicle dynamics and range, since it simply takes fewer kW to move fewer kg. Plus: driving lightweight cars is just more fun.

3. Embrace the right to repair

nissan mechanic right to repair service
Nissan express service; via Nissan.

Nissan’s dealers are in revolt – and for good reason: there’s just too many of them. According to some reports, the average Nissan dealer has lost 400 new car sales (annually) per store. That’s significantly higher than the industry average (86), and some 40% of the Nissan dealer body was in the red through the first six months of 2024.

There are Fiat, Mini, and Mitsubishi dealers that only do 400 units per year. Lots of ’em, in fact, and the only real way to cut those losses and save the company’s top performers is to shutter the bottom third (frankly, even that might be too many).

I’m not the only one saying this, and the problem isn’t just volume.

But where, then, does that leave Nissan’s established owner base? Not having enough dealers and service centers is a huge problem for trillion-dollar Tesla, so you can be sure that nearly bankrupt Nissan is in no position to solve the same problem.

The solution is to open up, and embrace right to repair.

Nissan, more than any other carmaker, has a huge number of relatively dependable cars already in the market and everything to gain from giving away access to those cars’ technical secrets. With relatively little effort, Nissan could release a series of online technical support materials, technician training, and more. And if Nissan gets really smart, they’ll post those classes on LinkedIn Learning, enabling professionals and hobbyists alike to complete the training and post certificates on their walls.

Imagine what that could do for a young person just getting started. Imagine what that could do for someone who’s looking for a project car. Imagine what Nissan could do for the communities its cars serve by empowering a generation of factory-trained Nissan technicians. Heck, imagine the real cash value it would bring to its entire used car base, if those old Nissans were objectively easier to own and maintain and keep on the road than “brand x.”

For a company that needs to shed dealers but can’t afford to alienate existing customers, this is a no-brainer.

4. Break the addiction to subprime lending

A real ad from a Chicago-area Nissan dealer.

When volume is down, profits are down, and that creates an opportunity for unscrupulous sales and finance managers to push predatory opportunistic business practices up through a chain of command that might otherwise push back on short-term gains at the expense of long term growth.

In other words: UFOs might be real, but rent is still due on the first.

Reducing the number of dealers (see #3, above) and differentiating their product line (#1 and 2) will help Nissan dealers compete on something other than price. Once they can step back from being the cheapest offering in a given segment, they can step back from the “get me done” deals that are putting food on the table today.

Nissan has to be a willing participant, though. It also has to understand that, even if rolling back its subprime lending will upset its broader dealer base, it will be better for the brand and the remaining dealers to break the subprime addiction. In the end, Nissan’s customers will thank them for keeping them out of 19% car loans, and the dealers that wail and moan and protest the loudest will be the ones Nissan should be getting rid of, anyway.

5. Nissan needs to care

2011 Nissan Cube Krom; via Nissan.

Let’s get one thing straight: the Nissan of 2025, the one that’s hemming and hawing about a new GTR and whether or not it should stay committed to EVs or buy a bunch of batteries from Toyota doesn’t really care about its cars. Not really really … but Nissan used to care.

Nissan used to care so much about its product, in fact, that it once did something that seems unthinkable in today’s modular-construction, Ultium electric-skateboard-platform EV age. And what made that “something” all the more astonishing was that they didn’t do this for the six-figure GT-R or some 370Z halo car – they did it for the lowly Nissan Cube.

What is that something? They built an entirely new body for RHD and LHD markets.

That’s right, kids. Where every other car company on earth would be content to just move the car’s controls from one side to the other and do whatever they could to mask the fact that they did so as inexpensively as possible, the Nissan of yore took a lowly subcompact – the Nissan Cube – and built a complete mirror-image of the “home market” RHD model for LHD markets.

That decision speaks to an absolutely massive commitment. A commitment to build two sets of stampings, two sets of expensive window shapes, two sets of stuff I probably haven’t even considered, and it was all done for what? To eliminate a blind spot?

Can you imagine the amount of sheer, epic, truckloads of f*cks you would have to give in order to sit in a boardroom and argue that your company should spend millions of dollars in tooling and certification and assembly line re-jiggering because someone, somewhere else, might have a bit of a blind spot when they look over their right shoulder? (!)

The mere suggestion of such a thing would be a career-ender at GM or, for sure, Stellantis. Nissan didn’t just listen to that unnamed engineer (and it had to be an engineer), they went ahead and did it. They built an entire mirror-image of their home market Cube, and they did it so quietly that I bet more than a few of you reading these words never even realized they’d done it.

Nissan needs that level of caring now, more than ever. And the new LEAF? That weird, high-riding, not-quite a sedan and not-quite a crossover and not-quite attractive and not-quite premium but not-quite cheap EV that’s supposed to represent some kind of turning point for the brand?

That ain’t it.

That’s just my take, though. Head on down to the comments and let me know what you think Nissan needs to do to stage a comeback in the comments.

Original content from Electrek; featured image via Nissan.

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‘World’s largest’ industrial heat battery is online and solar-powered

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'World’s largest' industrial heat battery is online and solar-powered

Rondo Energy has begun commercial operations of what it says is the world’s largest industrial heat battery – a 100 MWh system now operating at a Holmes Western Oil facility in California. Powered entirely by an onsite solar array, the system supplies constant high-pressure steam and heat to the plant, demonstrating how renewable energy can directly power heavy industry.

An industrial heat milestone

During the day, the off-grid solar array charges the Rondo Heat Battery, and the battery delivers stored heat 24/7. After 10 weeks of daily operation, Rondo says the system has met every performance target, achieving over 97% round-trip efficiency and operating at temperatures above 1,000 °C (1,832 °F). The 100 MWh unit provides the same volume of heat as 10,000 household heating systems.

“The Rondo Heat Battery is now proven at industrial scale,” said Rondo CEO Eric Trusiewicz. “We’re already developing and operating heat batteries across four continents and five industries. Our customers are improving their competitiveness and slashing their carbon emissions at the same time.”

The new system runs directly alongside gas-fired boilers, delivering steam through the same infrastructure without retrofits. By using onsite solar to replace natural gas, the project helps Holmes Western Oil hedge against energy price swings and reduce regulatory and carbon market exposure.

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Just bricks and wires

Industrial heat accounts for about 25% of global energy use, from cement kilns to chemical plants. Rondo’s heat battery technology offers a simple way to decarbonize that sector.

Unlike electric boilers or heat pumps that require constant power, Rondo, which is backed by Bill Gates-founded Breakthrough Energy Ventures and utility-backed Energy Impact Partners, says its system only needs the six cheapest hours of electricity each day, from off-grid solar or low-cost grid power, to fully charge.

“Just as electric vehicles opened up transport to renewable power, heat batteries will open up the industrial heat market,” said Andy Lubershane, partner at Energy Impact Partners. “It’s another global inflection point for solar and wind.”

The Rondo Heat Battery stores energy in simple materials – just brick and wire. That means no scarce minerals, fire risk, or toxic leaks. The system drops in beside existing boilers and can deliver steam at pressures above 100 bar (1,450+ psi). Because it produces zero emissions, it doesn’t need air permits, simplifying deployment.

Rondo has projects across North America, Europe, Asia, and Australia. The company says its technology can scale rapidly, thanks to its use of proven, readily available industrial components.

Read more: Your whiskey may soon be made with a huge ‘brick toaster’ battery


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Honda’s electric SUV crushed it in August with incentives topping $12,000

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Honda's electric SUV crushed it in August with incentives topping ,000

Honda’s electric SUV was the third most popular EV in the US in August, behind the Tesla Model Y and Model 3. Offering over $12,000 in average incentives, the Honda Prologue scored big as buyers rushed to claim the federal EV tax credit.

Honda Prologue registrations surge with huge incentives

As the $7,500 credit expired at the end of September, automakers were offering pretty notable discounts, many in the five digits with combined incentives.

The Honda Prologue has been one of the most discounted EVs over the past few months. Last month, buyers could score up to over $20,000 in combined savings, including a $7,500 credit, $9,500 in financing bonuses, trade-in offers, and 0% interest for six years.

According to the latest registration data from S&P Global Mobility (via Automotive News), the incentives helped propel the Honda Prologue to become the third most popular EV in August.

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A total of 138,457 EVs were registered in the US in August, up 24% from a year ago. Honda Prologue registrations surged 81% to 9,005 vehicles, the data showed.

Honda-Prologue-EV-incentives
2025 Honda Prologue Elite (Source: Honda)

Honda’s electric SUV had more registrations than the Chevy Equinox EV in August, and it’s based on the same GM Ultium platform. However, the Equinox is still outselling the Prologue through September.

Since some automakers don’t report monthly or US sales numbers, the S&P Global Mobility data offers a snapshot of sales performance.

The Prologue was yet again one of the most discounted models, with incentives of $12,704 in August, according to Motor Intelligence. Last August, Prologue incentives were just $5,813. Honda’s gas-powered CR-V had just $2,016 in incentives in August.

Honda-Prologue-EV-incentives
2025 Honda Prologue at a Tesla Supercharger (Source: Honda)

Although the $7,500 credit expired on September 30, Honda is still offering generous incentives for Prologue buyers and lessees.

The 2025 Honda Prologue is available with up to $16,550 in lease cash in most states. Alternatively, Honda is offering 0% APR financing for up to 60 months.


2025 Honda Prologue trim
Starting Price* EPA Range
(miles)
EX (FWD) $47,400 308
EX (AWD) $50,400 294
Touring (FWD) $51.700 308
Touring (AWD) $54,700 294
Elite (AWD) $57,900 283
2025 Honda Prologue prices and range by trim (*Does not include $1,450 D&H fee)

Although the Acura ZDX will not return for a 2026 model year, Honda is planning to launch the 2026 Prologue. We have yet to learn prices, but we could see it priced slightly lower due to the loss of the $7,500 EV credit.

Hyundai announced earlier this month it’s reducing 2026 IONIQ 5 prices by up to nearly $10,000 on some trims. The 2026 Hyundai IONIQ 5 now starts at under $35,000. Will Honda match it?

Ready to check out the Prologue for yourself? You can use our link to find available Honda Prologue models near you (trusted affiliate link).

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China overcomes key barriers to unlocking all-solid-state EV batteries with 1,000 km range

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China overcomes key barriers to unlocking all-solid-state EV batteries with 1,000 km range

All-solid-state batteries may be the key to unlocking longer range, faster charging, and overall more efficient electric vehicles. After a series of breakthroughs, scientists in China overcame several hurdles that have been holding the new EV battery tech from hitting the market.

China is advancing all-solid-state EV batteries

Automakers, startups, battery makers, and plenty of other companies from around the globe are racing to introduce the next-generation of EV batteries.

Although they have shown promise in lab tests and even in smaller, niche markets, producing all-solid-state EV batteries at a mass scale has not been so easy.

All-solid-state batteries replace the liquid electrolyte, used in current lithium-ion batteries, with a solid one. Some companies are already using solid-state batteries with a small amount of electrolyte.

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One of the biggest hurdles holding all-solid-state batteries back is finding the right electrolyte solution, one that offers superior conductivity and doesn’t crack or break.

Commonly used solid sulfide-based electrolytes are hard and fragile, which makes them difficult to bond and causes poor conductivity. And then of course, you have to source those materials and manufacture them on a mass scale, which is costly in itself.

First-EV-solid-state-battery-price
SAIC launches the all-new MG4, including the semi-solid-state EV battery version (Source: SAIC MG)

In China, scientists, universities, and other researchers have teamed up to advance all-solid-state EV batteries in the country.

According to a report from China Central Television (CCTV) on October 16, scientists achieved three breakthroughs that could be key to unlocking the next-gen battery tech.

The first, “special glue,” or iodine ions, was developed by the Institute of Physics, Chinese Academy of Sciences, and other researchers.

China-all-solid-state-EV-batteries
BYD vehicles (Source: BYD)

While the battery is running, the iodine ions serve as “traffic cops” following the electric field to the interface between the electrode and the electrolyte. They actively attract lithium ions, plugging the gaps and enabling a better bond.

The second breakthrough, “flexible transformation,” was achieved by the Institute of Metal Research and the Chinese Academy of Sciences.

Scientists created a “skeleton” for the electrolyte using polymer materials. According to the report, the new material can be “bent 20,000 times and twisted into a twist without breaking.” It also features small chemical components that accelerate lithium-ion movement, while others “grab” more lithium ions, which the report claims can increase battery storage capacity by 86%.

China-solid-state-EV-batteries
CATL EV experience center in China (Source: CATL)

The third, “Fluoro Reinforcement,” was developed by Tsinghua University. Researchers used fluorinated polyether materials to create a “shield” on the electrolyte surface.

The technology reportedly passed needle penetration tests and was put in a test chamber with temperatures of over 120°C (248°F).

As CCTV claims, the breakthroughs could allow a 100 kg battery pack to deliver over 1,000 km (620 miles) of range.

Electrek’s Take

China is already dominating the global EV battery market, with CATL and BYD accounting for over half of sales. The new developments could help it stay one step ahead of the rest of the world.

SAIC MG already launched what it calls “the world’s first mass-produced semi-solid-state” EV, the new MG4, at the Chengdu Auto Show in August.

Then again, others are also quickly advancing the new battery tech. Mercedes-Benz announced it drove a modified EQS, equipped with solid-state batteries, for 1,205 km (750 miles) on a single charge just last month.

After securing a new partnership with Sumitomo Metal Mining Co. to mass produce cathode materials earlier this month, Toyota said it aims “to achieve the world’s first practical use of all-solid-state batteries in BEVs.” Toyota said it looks to launch its first all-solid-state battery-powered EV in 2027 or 2028.

CATL and BYD plan to introduce solid-state batteries around 2027, with mass production following around the end of the decade.

Source: CarNewsChina, CCTV

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