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Review: Volvo’s insanely popular XC90 SUV gets a full refresh

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Review: Volvo’s insanely popular XC90 SUV gets a full refresh

Volvo has been steadily applying its Scandinavian minimalist ethos to its EV lineup, as the all-new EX90 SUV is set to launch in the US. But the brand also wanted to significantly spruce up the EX90’s older sibling, the XC90 – the brand’s most popular vehicle since its debut and the de facto family car for hordes of Americans and Europeans. This month, Volvo invited Electrek to test-drive the revised XC90 on its home turf and experience its new and improved “electrified” functionality. Here’s how it went.

Introduced in 2003, the XC90 was the brand’s first foray into the SUV market. It has been modified in recent years as a hybrid and plug-in, but it’s still the company’s top seller, despite almost a decade since its last full redesign. For 2025, the XC90 comes in three variants: two mild hybrids, the B5 and B6, and a T8 PHEV – which the company says is one of the few plug-ins with a seven-seat option, giving drivers space to haul kids or gear on short daily trips with its limited 33 miles of electric range.

Of course, restyling the XC90 itself after all of this time sidesteps the brand’s original goal of 100% electric cars by 2030. That’s no longer the case, as Volvo has backtracked, as has Mercedes, with a new target of 90% electrified vehicles by the same date. Clearly, that’s not the same thing.  

First-drive impressions – safe, comfortable, and very Volvo-esque

Mid-November, Volvo flew journalists out from the US, with me flying over from France to Copenhagen for four days of quality time with the new variants and meet-and-greets with designers, propulsion experts, and interior specialists. From Copenhagen, we paired up in twos for a full day and a half of driving from Denmark across the famed Oresund Bridge on the border between Sweden and Denmark (fans of the Swedish series The Bridge will know it well) to cruise around the mellow Swedish countryside, stopping by fishing villages, a chocolate factory, and into Malmö on a gloomy afternoon, as the sun started to set at 3:30 p.m.

The T8 plug-in – which we drove along with the B5 hybrid – is the brand’s most powerful and efficient of the XC90s, offering  310 horsepower with 295 pound-feet of torque and a 0-to-60 mph time of 5 seconds. It has an inline four-cylinder gas engine with an electric motor and 400-volt three-layer lithium ion 18.8 kWh battery with 14.7 kWh of usable energy. The fact that drivers can do most of their short daily drives on pure electric power is a plus, of course, but you need to put in the time to recharge it. Its 6.4 kW onboard charger takes five hours to go from empty to 100% charged (or 10 hours on an ordinary 120-volt outlet).

As for the test drive, rural southern Sweden is picturesque, but the course itself was flat, unvaried, and sparsely populated except for our roving caravan of some 20 beige SUVs. But we had plenty of time to tinker with the infotainment and the advanced driver assist systems – including loads of state-of-the-art bonuses like intelligent speed assist, pilot assist, parking assist, and a truly incredible head-up display. It also comes with five drive modes, including off-road, but this vehicle is about quiet luxury, not thrill rides.

Of course, testing the electric range was a short-lived experience, so after those 33 or so miles, we spent the rest of the day gas-guzzling via a high-performance four-cylinder petrol engine with advanced e-boost and turbo technology. Honestly, it was hard to feel the difference, and the transition from electric to gas was quick and unnoticeable despite trying out some fast acceleration (smooth as butter) and maneuvering. Plus the interior of the car feels like a cocoon – it’s so quiet. The refresh includes enhanced sound insulation and suspension, so it’s like you’re traveling in a safe, protective Scandi-bubble. And that’s Volvo’s goal.

Exterior refresh – lots of tweaks, new wheels, new color

Looking at the outside of the car, the new XC90’s exterior changes offer a fresh new take on the brand’s “Thor’s Hammer” T-shaped headlights, flanking a new asymmetric grille,  layered with the Volvo trademark.  The new front sheet metal has seen a few tweakments, with an overall cleaner, fresher look, while the rest of the profile looks relatively unchanged. Of course, a proper refresh comes with a new color and some new wheels, and there are new designs in 20-, 21-, and 22-inch sizes, along with a new red paint option called 739 Mulberry Red. While we tested the “Bright Dusk” T8, the deep Mulberry Red version was on view at a mid-drive event, and it was a nice surprise from the grays and beiges.

The driving experience – smooth, safe, and so very quiet

The most significant upgrade to the XC90 is to the interior, which has been revamped to accommodate an 11.2-inch infotainment screen complete with built-in Google apps. Volvo says it has a higher pixel density and faster response time than earlier versions. Both the EX90 and the XC90 get the latest version of Volvo’s Google-based infotainment system with a ton of updated menu items that, in theory, allow you to gain access to commonly used functions with fewer steps. But do people only want access to opening the glove box via the infotainment system? I guess that’s all part of the minimalism. While Volvo says it is as intuitive as a smartphone, there is a small learning curve if you’re not already familiar with it.


Stepping into the vehicle, comfort is clearly the focus, with Volvo touting it as an “upgraded Scandinavian living room.” It leans into a premium feel without any garish touches, relying on a rich, tasteful, unfettered design. It feels good. New to the XC90 are the tailored dashboard in grained charcoal vinyl and recycled textile decors. Two new stunning “responsibly produced” upholsteries are added, in new bio-attributed leather-free Nordico and recycled-textile Herringbone Weave. And just like the EX90, this vehicle gets the new Bowers & Wilkins speaker mesh for the instrument panel and door panels, and the sound quality of the system is rich and crisp.

T8 Vehicle specs

  • Seating capacity: six or seven
  • Upgraded powertrain (T8): turbocharged 2.0-liter four-cylinder PHEV
  • Horsepower (T8): 455
  • Peak torque (T8): 523ft. lb.
  • Pure electric range (T8): 33 miles
  • Transmission: eight-speed automatic
  • Drivetrain: all-wheel drive
  • Fuel economy, EPA: 58 MPGe
  • Co2 emission, combined: 30 g/km (WLTP)
  • Acceleration 0-60 mph: 5 seconds
  • Overall length: 195 inches
  • Wheelbase: 117.5 inches
  • Height: 69.6–69.7 inches
  • Width (not including mirrors): 84.3 inches
  • Curb weight, PHEV 7 seater: 1,565 lb.
  • Maximum towing capacity: up to 5,000 pounds when properly equipped
  • Fuel tank capacity: 18.8 US gallons
  • AC charging time 0–100%: 5 hours (240v, 16a)/10 hours (120v, 16a
  • On-sale date: end of 2024

Final thoughts on the XC90

The new facelift is pretty much that, loads of superficial changes to the interior and exterior, as well as a new user experience and a larger, faster touchscreen. Like the EX90, the focus is on a safe, comfortable, luxurious vehicle to haul kids and loads of gear around, with a few eco-Scandi touches that give it special appeal.

The XC90 competes in a crowded three-row midsize luxury SUV market against the Audi Q7, Lincoln Aviator, and Genesis GV80, among so many others. But saying that, plug-in hybrids like the XC90 T8 in the category are a rare breed, giving you the option to take your daily drives on pure electric before switching to fuel. But with a range of 33 miles, you of course won’t get very far. Plus while Volvo is pushing the seven-seat option, it seemed a bit tight to me, and only optional for kids or very quick trips, not big road trips.

Set to go on sale next month, prices for the B5 mild hybrids start at $58,450, with the XC90 T8 AWD plug-in seven-seater starting at $73,000. Owned by China’s Geely, Volvo tells me that all of its US-bound vehicles will be made in Sweden.

Volvo is targeting the US market for the XC90, followed by China, and thirdly Europe. Size-wise, I guess makes it good for loading up your car at IKEA – in Sweden, we certainly passed many an IKEA and it was tempting. With a pure electric range of 33 miles, I suppose you could make at least part of the trip before having to switch over to gas power. The whole concept is a bit of a conundrum, but Volvo says it is giving the people what they want – a plug-in hybrid that can go the distance – and it’s betting this vehicle will be a big winner for years to come.

Photos: courtesy Volvo


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Author Jennifer Mossalgue

#Review #Volvos #insanely #popular #XC90 #SUV #full #refresh
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I Test Drive A Nissan Ariya & Marvel At Some Year-End Deals

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I Test Drive A Nissan Ariya & Marvel At Some Year-End Deals

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I was driving past a grocery store and noticed they had a station to test drive the Nissan Ariya a little north of Denver, Colorado. I stopped by and took it for a spin.

I drove the top-of-the-line all-wheel-drive Platinum trim. This has the power liftgate, heated and cooled leather seats, a premium Bose sound system, and the larger battery for almost 300 miles of range. It costs about $10,000 more than the base front-wheel-drive model with much less range. For many, the extra $10,000 is worth it; for others who live in areas without snow and who don’t mind charging more often, it isn’t.

It seemed similar to the top-of-the-line Chevy Equinox I drove earlier this year. I got to push the car to its limits on a roundabout and it was surprisingly neutral. It felt slightly more composed than the Equinox, but not as nice as the twice as expensive Polestar 3 I drove earlier. I found the acceleration was brisk, but there is a slight lag compared to my Tesla Model Y, which has instant throttle response. It also has creep that can’t be turned off, and the regen is quite mild. None of these things will bother a person coming from a gas car, but they could irritate a person coming from an EV.

I loved the heads-up display, and the interior materials felt more premium than in the Chevy or my Tesla, and nearly as nice as the Polestar! We at CleanTechnica have written a lot on the Ariya — see here for hundreds of articles that mention it.

I like to occasionally camp in my cars, so I like to test out the back area. It was a bit short, but it is easy to put something in that covers the gap between the front seats and the back seats if you want to camp back there. It seemed a bit wider than my Model Y, so more room for two people if you buy a mattress. I found the front seats comfortable, and the rear seats were surprising roomy for a large person like me (230 pounds and 6 foot 2 inches).

The person at the event said the top model leases for $299 a month (in Colorado, where there is a $5,350 lease credit plus the $7,500 federal tax credit). As you can see above, there are some very aggressive lease deals in Colorado. $29 a month for a Nissan Leaf would be a great city car, while the $119 Ariya with all-wheel drive is a great deal, especially as the Ariya is expected to get access to most Tesla Superchargers by the end of this year!

At the end of the test drive, they asked me to take a 2 minute survey and gave me a $10 gift card to the grocery store. There was no pressure to buy at this time.

Tesla Is Also Rolling Out The Discounts

As you can see in the above video, Tesla is expected by my friend Dennis to offer a wide range of incentive between now and the end of the year in hopes of making their sales targets. They may get an extra boost from people who want to get the $7,500 federal tax credit before it is potentially cancelled. Some of the things Dennis predicts are listed below. Some of those discounts are available today, some will likely come in the next few weeks, and some will probably not come at all.

  • 3 to 6 months of free supercharging
  • Free transfer of free Supercharging from existing vehicle
  • Free FSD for up to 3 years
  • Leasing discounts as low at $199 a month on the Model 3 and $299 a month on the Model Y
  • 0% financing for up to 72 months
  • Inventory discounts of up to $8,000 in selected locations

Of course, we know Tesla will likely announce enhanced and more affordable options next year, so be aware of that so you don’t have buyer’s remorse when something better comes along.

Conclusion

Now is a great time to buy or lease an electric vehicle. Chevrolet, Kia, and Hyundai are also offering a lot of promotions. Of course, there will always be something better coming in the future, but with the tax credit policy more uncertain than ever, this might be the best deal you will find in a while.

If you want to take advantage of my Tesla referral link to get Reward Credits, here’s the link: https://ts.la/paul92237 — but as I have said before, if another owner helped you more, please use their link instead of mine. If you want to learn more about Tesla’s new referral program (August 2024), Chris Boylan has written an excellent article on it.

Disclosure: I am a shareholder in Tesla [TSLA], BYD [BYDDY], Nio [NIO], XPeng [XPEV], NextEra Energy [NEP], and several ARK ETFs. But I offer no investment advice of any sort here.


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Battery Replacement Costs Are Poised To Plunge: 'Cheaper Than Fixing An Engine'

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Battery Replacement Costs Are Poised To Plunge: 'Cheaper Than Fixing An Engine'

  • Climate research firms expect the prices of lithium, a key raw material in an EV battery, to plummet in the coming years.
  • This trend will likely keep second-life batteries in service years after they are first introduced, thanks to technological improvements.
  • Battery replacements are rare. Even then, replacements are poised to cost as much as, or even lower than replacing a combustion engine by 2030. 

The high-voltage battery is the lifeblood of an electric vehicle. However, concerns about the long-term health of an EV battery and the potential high cost of replacing it, especially on a used model, may deter many buyers from going electric. However, a silent revolution is underway in the world of battery manufacturing. That revolution is focused on increasing the energy density of batteries and improving their durability, all of which is poised to impact their replacement costs and second-life values, as per a new report from battery health and data start-up Recurrent.

Battery replacements are rare. Automakers generally offer a warranty of eight years or 100,000 miles on the pack. Most modern batteries can last twice as long and go double the distance, according to Recurrent. And that’s a conservative estimate. Tesla owners frequently report driving over 200,000 miles in their EVs, that too with minimal degradation. There’s even a 1.2 million-mile Model S out there that has undergone four battery replacements—bringing the average replacement mileage to a whopping 300,000 miles.

Most of us won’t go to such extremes. But in the rare case that you do require a replacement for whatever reason, how much will it cost in the future? Assuming the industry continues to proliferate at the same pace, Recurrent has an answer: astonishingly low!

Citing data from climate research firm RMI, Recurrent estimates that cell prices could reach $35 per kWh by the end of the decade. This would translate to pack prices of $50 per kWh, bringing the replacement cost of a 100 kWh battery to $4,500–$5,000, or about $3,375 for a 75 kWh pack. These estimates put EV battery replacement costs on par with replacing an internal combustion engine. J.D. Power says engine replacement can cost between $4,000 for a four-cylinder unit and more than $10,000 for a high-performance one. How those prices evolve down the line remains to be seen.



Photo by: CATL

As of today, replacing an EV battery can cost anywhere between $5,000 to $16,000, depending on the size of the pack and the vehicle’s make and model. In most cases, you never even have to think about this for new cars. It’s okay for most used EVs too, but experts recommend checking the health of a used pack before putting your money down.

Recurrent further said that owners may be able to offset battery replacement costs by reselling their used packs. As of today, a service shop usually keeps the used pack if it’s replaced. It will then be refurbished or sold to another company to repurpose it for energy storage, backup power, or other uses. However, industry experts expect the used EV market to grow substantially down the line, with millions of used EV owners who may be able to negotiate the sale of their own packs if replacement is required. Recurrent projects this will offset the price of a new pack by a further $10-20 per kWh, depending on the size, chemistry and health.

Naturally, all this circles back to the bigger picture: lithium prices are falling rapidly and EVs are poised to reach price parity with gas cars. Goldman Sachs said in October that lithium prices are on track to plummet from $149 per kilowatt hour in 2023 to just $80 per kWh in 2026. This 50% drop would help BEVs reach ownership cost parity with gas cars in the U.S. within the next couple of years, that too “on an unsubsidized basis.” But Goldman expects the EV landscape next year to largely depend on how the regulatory environment takes shape under the Trump administration.

But that won’t deter long-term adoption. “We think we’re going to see a strong comeback in demand in 2026 purely from an economics perspective. We believe 2026 is when a consumer-led adoption phase will largely begin,” the report concludes.

All this is to say that the rare scenario of you requiring to replace your battery pack doesn’t spell doom for the whole EV ownership experience. The lifespan of a modern battery is already great and seems on track to improve further. If replacement is required, experts say it may not cost as much as it does today in the future. And even then, there are clear ways to offset those replacement costs, as degraded packs may find multiple use cases in their second life.

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Tesla and Rivian are settling their battery tech theft lawsuit

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Tesla and Rivian are settling their battery tech theft lawsuit

Tesla and Rivian have been embroiled in a lawsuit in which the former accused the latter of having stolen battery technology by poaching Tesla employees.

It sounds like the two automakers are finally about to settle the lawsuit, which has been going on for 4 years.

In 2020, Tesla filed a lawsuit against Rivian over allegedly stealing trade secrets by hiring former Tesla employees and encouraging them to bring documents. Rivian has denied the allegations.

When Tesla filed the lawsuit, it wasn’t clear what trade secrets Tesla was claiming Rivian had stolen. However, we noted that the employees listed in the lawsuits were two recruiters, an EHS manager, and a manager of Tesla’s charging networks.

The automaker claimed that these employees brought “documents consisting of highly sensitive trade secret, confidential, and proprietary engineering information” when they went to work for Rivian.

A year later, Tesla expanded the lawsuit, claiming more specifically that Rivian was “stealing the core technology for its next-generation batteries.”

At first, the companies tried to settle out of court, but it didn’t work out, so the lawsuit was moved to court last year.

Over a year later, we now learn that Tesla had notified the court that it expects to file to get the lawsuit dismissed after reaching a conditional agreement with Rivian. The company didn’t disclose the details of the settlement (via Bloomberg):

Tesla didn’t disclose specifics about the agreement in a court filing, but told a California state judge that it expects to seek dismissal of the case by Dec. 24 upon satisfactory completion of the terms.

Neither Tesla nor Rivian have commented on the reported settlement.

While Tesla has claimed that it somewhat open-sourced its patents, we have previously noted that it’s not exactly the case. Tesla claims to let other companies use its patented technology as long as they themselves don’t sue them over patent rights.

And in this specific case, Tesla alleges that Rivian has specifically hired employees to steal technologies. Again, Rivian has denied the allegation.

Electrek’s Take

The terms are unknown, but in similar cases, it often involves things like some level of access to make sure that no proprietary technology is being used or has been used.

The lawsuit is not exactly clear, but based on the timeline and the allegations of “next-gen batteries”, Tesla could have been talking about its 4680 battery cells, although those are cells. It could also be the structural battery pack.

Rivian is expected to use a taller 4695 battery from LG Energy Solutions for its next-generation vehicles.

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Author Fred Lambert


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Mercedes tech may enable EV batteries with mixed cell types

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Mercedes tech may enable EV batteries with mixed cell types

Mercedes-Benz has its eyes on solid-state batteries with its partnership with Factorial for battery cells, but the automaker’s already thinking one step beyond that.

In the future, Mercedes envisions mixed battery packs with different types of cells all wired in parallel rather than today’s series arrangement. The enabling factor to this is a new micro-converter the automaker’s developing in-house to replace today’s electrical inverter systems.

In Germany, Mercedes engineers showed working prototypes to Green Car Reports of the programmable micro-converters. The converters are about the length of a stick of gum and twice the width. They looked light and were encased in black plastic, but engineers were sure to keep us from touching the (presumably expensive) prototypes.

Mercedes-Benz micro-converters

Mercedes-Benz micro-converters

The micro-converters can be connected directly to any number of cell pairs. This enables engineers to program and control individual cell pairings independently regardless of the state-of-charge. Engineers demonstrated this on a workbench, putting the mixed test cells under load and then independently turning on and off certain cell pairings.

Engineers said the new micro-converters open the possibility to mix-and-match cell types, chemistries, and more for various situations. The converters could enable a pack to have LFP cells, NMC cells, and solid-state cells all together, and they could call upon different types of cells for different conditions and situations to work in their optimal operating windows. That could open a new door for performance vehicles for the automaker’s AMG division.

Mercedes-Benz micro-converters

Mercedes-Benz micro-converters

The new approach could translate to faster charging rates, longer driving range, and more flexibility in pack design, according to Mercedes’ engineers.

Mercedes-Benz paid for travel and lodging for Green Car Reports to bring you this information.


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Kempower, Proviridis partner on novel electric semi truck charging solution

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Kempower, Proviridis partner on novel electric semi truck charging solution

French infrastructure specialists Proviridis have partnered with EVSE manufacturer Kempower to deliver a novel, underground charging solution for electric semi trucks designed to easily integrate into existing truck depots.

By installing its high-powered charging cabinets underground and integrating the charging cables into a solid metal pipe, Kempower and Proviridis have been able to make room for high-powered charging points in an existing truck depot that didn’t have enough space to install either conventional EVSE or overhead “drop lines.”

For the pilot, the metal pipe is painted in a striking yellow color to make it easier to see while maneuvering the lot, and keeping the dispensers themselves more protected than conventional concrete bollards. The 600 kW power cabinet is positioned a few yards away – a typical space-saving Kempower solution – and connected to the charge points by underground cable.

Proviridis believes their solution provides enough of a competitive advantage that fleet buyers looking to electrify will be eager to give it a try.

“The product is durable across a wide spectrum of temperatures and conditions, requires minimal ventilation, and can cater for a wide range of customer needs,” explains Olivier Verdu, Technical Director at Proviridis. “These are features which perfectly place the Kempower solution for this type of charging configuration in a logistics environment.”

Electrek’s Take

While traditional charging equipment can cause up to 20% of an existing truck depot’s parking capacity to be lost, the Kempower products have already gained recognition for the efficient size footprint of its overground Satellites. If this underground version proves to be even better, you can expect to see a lot more Kempower installations near you.

SOURCE | IMAGES: Kempower.

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Source link by Electrek
Author Jo Borrás

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News: 2026 Genesis GV70

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The Next Generation GV70 Keeps a Split Personality

North American automotive journalists were invited to Culver City, California, for the reveal of the 2026 Genesis GV70 gasoline and all-electric models that will be on-sale in mid-2025. This is what we know so far. Clean Fleet Report will write detailed reviews of the GV70 when we get behind the wheel early in 2025.

The exterior redesign is subtle, but adds further refinement to these Genesis premium compact SUVs. Both get a redesigned G-Matrix Crest Grille with multi-lens headlamps retaining the two-line design and featuring a micro-lens array. Other design changes up front are to the skid plate and air intake grilles, out back the tail lights have been redesigned to match the front two-line design. The 19-inch and 21-inch wheel designs are also new for 2026.

A subtle redesign

The interior features an all-new 27-invh OLED (Organic Light-Emitting Diode) display for the instrument cluster and an optional Bang & Olufsen sound system that comes with 16 speakers. The new adjustable interior lighting, tri-zone heating and air conditioning system, digital key and optional Nappa leather complete the new passenger experience.

Electrified GV70

The Electrified GV70 gets a bigger battery

Convenient and helpful changes for the Electrified GV70 (which is an all-electric model) center on charging. The charge port door (still on the left front of the grille) now has an electric motor so it can be opened and closed more easily. Genesis added a heating element to aid charging port access in the cold and new lighting for the charging port location to help at night or in darker environments like parking garages.

The Electrified GV70 comes exclusively with a North American Charging Standard (NACS)

charge port and a Combined Charging System (CCS) adapter. This combination and flexibility opens a nationwide network of more than 36,000 NACS and CCS DC fast chargers.

Lastly, the Electrified GV70 is equipped with a larger 84kWh battery that will offer more range, providing customers with greater flexibility. Here’s the summary:

  • Dual electric motors driving all four wheels
  • Horsepower: 429 total; 483 in Boost Mode
  • Torque: 516 pound feet
  • All-electric mile range: TBA
  • Charging: Maximum of 10% to 80% in 18 minutes
  • North American Charging System (NACS) standard

GV70 Gasoline

An upgraded dash

The gas version has two powertrain options.

2.5-liter turbocharged 4-cylinder

  • Horsepower: 300
  • Torque: 311 pound-feet
  • Fuel Economy: 22 mpg city/28 highway/24 combined

3.5-liter turbocharged 6-cylinder

  • Horsepower: 375
  • Torque: 391 pound-feet
  • Fuel Economy: 18 mpg city/24 highway/20 combined

Pricing

Pricing has not been announced. For reference, the 2025 base price for the GV70 gasoline is $45,700, and for the Electrified GV70 it’s $66,950. All prices are before the destination and delivery fee.

The new tail lights

Observations: 2026 Genesis GV70

John Krsteski, senior chief designer for Genesis Design California, told us: “The importance of the GV70 to Genesis is we know our consumers are pretty divided, as there are many that still prefer an ICE (Internal Combustion Engine) but there are also people that have and need to move into EVs. We don’t have a hard line, so the GV70 offers them to choose what they want.”

Clean Fleet Report is not a stranger to the Genesis Electrified GV70 having reviewed it in 2023 and 2024, both times coming away from it thinking this is one of our favorite all-electric premium SUVs. We anticipate the redesigned GV70 gasoline and electric iterations will continue to be among the best SUVs roaming the highways.

Make sure to opt-in to the Clean Fleet Report newsletter (top right of page) to be notified of all new stories and vehicle reviews.

Story by John Faulkner. Photos by John Faulkner and Genesis.

The post News: 2026 Genesis GV70 first appeared on Clean Fleet Report.

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Ben Maclean adds second CAT D6XE electric drive dozer to his fleet

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Ben Maclean adds second CAT D6XE electric drive dozer to his fleet

Ben Maclean is the 24-year-old owner of a land reclamation business called Down to Earth Developments that specializes in transforming unusable or degraded land into more productive plots that can be put to residential or agricultural use – and Ben is using these hybrid machines to make reclamation an even more sustainable enterprise.

Maclean is bucking the trend of young people avoiding construction and agriculture and making a name for himself throughout the UK. Soon after becoming the youngest customer to order one of Caterpillar’s first D6XE electric dozers earlier this year. Ben was so impressed with the big electric drive CAT that he ordered another one.

It’s just arrived – and Ben seems pretty excited about it.

“It’s not just the electric drive using less fuel, but the all-round technology package you get with CAT machines that saves costs in quite a few ways,” explains Maclean. “We also have two CAT 323 hydraulic excavators and their grade assist and payload technology help us get the job done that little bit quicker.”

The electric drive CAT machines operate much the same way that range-extended EVs (or “EREVs“) do. Onboard batteries send power to electric motors while an ICE generator works to keep them topped off. The arrangement delivers superior power, torque, and control compared to diesel drive, with a 35% improvement in fuel efficiency and, according to CAT, 20% fewer harmful carbon emissions compared to the conventional 3 speed D6T Tier 4 Final.

“Sustainability is quite literally what they do,” says Ryan Trafford, manager at CAT’s UK distributor, Finning. “Customers like Ben are the first generation to have grown up understanding the importance of making responsible decisions, with sustainability being at the heart of that.”

Here’s hoping more young people bring their sustainable priorities to the various trades as they come up.

CAT D6XE electric drive dozer

SOURCE | IMAGES: Down to Earth Developments.

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Author Jo Borrás

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Mercedes developing solar paint for EVs

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Mercedes developing solar paint for EVs

  • Mercedes-Benz is developing a solar coating for EVs
  • In ideal conditions it could provide many miles of additional EV range per day
  • Mercedes wouldn’t say how the solar paint would be applied to a car

Mercedes-Benz is trying to come up with any and all new ways to increase efficiency, which it believes is the new currency as it enters the EV era.

In Germany, the automaker showed Green Car Reports working prototypes of a new solar coating, which the automaker views as solar paint that could cover future EVs.

Mercedes-Benz solar paint coating vs. a solar cell

Mercedes-Benz solar paint coating vs. a solar cell

Mercedes-Benz solar paint coating vs. a solar cell

Mercedes-Benz solar paint coating vs. a solar cell

Some EVs, hybrids, and even gas-powered cars have featured various arrangements of solar cells. These are usually mounted on the roof and are wired in a series array actuated by a single central control unit. The solar cells aren’t flexible and can shatter under stress.

Mercedes is developing a solar paint that could cover the entire body in solar-active material. Mercedes said the coating is thin at only 5 micrometers thick and weighs 50 grams per square meter, and that it can be applied to any material. It can also be applied to any surface, from wheels to curved fenders and hood creases.

The solar paint can be any color, but darker colors are better because they absorb more light whereas lighter colors like white and silver are more reflective. Mercedes engineers said the solar paint has an efficiency of 20%, which matches today’s solar cells used on vehicles.

The energy recovered by the solar paint can be transferred to the vehicle’s high-voltage battery pack. The paint is active at all times, whether the vehicle is on or off, and always provides energy to the battery.

The average customer in Los Angeles drives 29 miles per day, the brand says. But according to its engineers, an EV with the solar paint could produce up to 34 miles worth of energy per day. 

Mercedes noted the paint is a paste-like substance, but the automaker wouldn’t say how it would be applied—only confirming it wouldn’t be painted on.

Mercedes-Benz paid for travel and lodging for Green Car Reports to bring you this information.



Source link by Green Car Reports
Author news@greencarreports.com (Joel Feder)

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Mercedes Wants EV Battery Packs With Both NMC And LFP Cells

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Mercedes Wants EV Battery Packs With Both NMC And LFP Cells

  • Mercedes is experimenting with multiple-chemistry battery packs that have more than one type of cell.
  • A new type of micro-converter and hooking up the battery cells in parallel not in series makes this possible.
  • This innovation will improve battery pack performance, modularity and space efficiency.

While the details surrounding the impressively efficient new electric CLA were the most important news we obtained while in Stuttgart last week, Mercedes-Benz also gave us a glimpse at what it’s cooking up for the future. Among the many innovations we were shown at the event called Mercedes Future Experience was a new type of power converter that allows for much more control over a battery pack than ever before.

Its programmable micro-converter can be wirelessly controlled and embedded into the battery pack and controlled wirelessly. This allows for control on an individual cell pair, allowing for much finer adjustment of the charge that goes into each one. For this system to work, the cells need to be connected in parallel, not in series, which unlocks new possibilities.

For instance, a vehicle with this system could balance the charge in its cells far better than today’s EVs. It could detect and isolate damaged cells without affecting the entire battery pack, and it would also allow for a much more accurate battery health check, which would easily be able to pinpoint problem cells and check their individual parameters.









This new type of micro-converter can also keep the total battery pack voltage constant regardless of the state of charge. It typically varies with the state of charge.

Mercedes explains that “research results show it is possible to provide a constant HV output of 800 volts, regardless of the state of charge and the state of health of the individual cells. The output voltage of this vehicle battery is no longer dependent on the number of cells connected in series. The number is determined purely by the desired performance and capacity class.”

If this makes it into production, it would also allow for much more modular battery packs than what we have in today’s EVs, resulting in more efficient use of space. It could help automakers cut costs by applying increased standardization and modularization when applied on a large scale.

During a round table talk with Mercedes’ Chief Technology Officer Markus Schäfer, we asked about the possibility of using multiple chemistries within the same battery pack, specifically both LFP and NMC cells. Schäfer told us “Yes, this is exactly the idea, to mix and match,” and he confirmed that the possibility of an LFP and NMC pack is in the cards. He did not say when we could see such a pack in a production car given that this innovation is still in the very early stages of testing.

LFP (short for lithium iron phosphate) batteries can better take regular fast charging all the way to 100%, exhibiting less degradation than NMC (nickel manganese cobalt) batteries. They also have better thermal stability and are more affordable. However, NMC batteries can store more current and are preferred for large-capacity battery packs that power long-range EVs. Having both in the same battery pack would have multiple advantages, taking advantage of both their strengths.

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Source link by Battery Tech – News and Trends | InsideEVs

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