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2025 VW ID.4 EV costs more vs. 2024, more features due mid-year

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2025 VW ID.4 EV costs more vs. 2024, more features due mid-year

  • 2025 ID.4 with 82-kwh battery and 291-mile range starts at $46,520
  • VW promises “additional content” midyear; unclear if that’s in addition to NACS adapter
  • Base 62-kwh versions haven’t been priced, will come later

Volkswagen has put a price on some, but not all, U.S. versions of its 2025 VW ID.4 electric vehicle lineup ahead of their expected arrival at dealerships in February.

The 2025 ID.4 will be offered once again in a total of seven trims. ID.4 models with the larger 82-kwh (77 kwh usable) battery pack start at $46,520 in single-motor rear-wheel-drive form (including the $1,425 destination charge) or $50,420 in all-wheel-drive form. For the former, that’s $220 more than the equivalent 2024 model. This is for the 2025 VW ID.4 Pro, which continues to offer an extensive range of features, such as heated seats, heated washer nozzles, heated mirrors, a heated windshield (AWD models), dual-zone climate control, ambient lighting, 45-watt USB-C charging, and an extensive suite of active-safety tech. 

Pro S versions of the ID.4 with RWD add adaptive front lighting, perforated cooled front seats, a panoramic moonroof, a power tailgate, and 20-inch wheels, and it starts at $51,620, while the AWD Pro S version costs $55,520. Top S Plus versions are only offered in AWD form and cost $58,720, adding 14-speaker premium audio, heated rear seats, an overhead-view camera system, 21-inch wheels, upgraded trims, and more.

That leaves base-battery versions of the 2025 VW ID.4 with the 62-kwh (58 kwh usable) battery pack without a price, as of yet. For 2024 those versions started at $41,160 and were only offered with rear-wheel drive, keeping the 201-hp rear motor unit formerly used throughout the lineup.

The ID.4 has a CCS port, but it has said that its vehicles will obtain Tesla Supercharger access with a NACS adapter starting in June or July. Volkswagen noted with Monday’s update that those base-battery versions will have “later availability,” while all models will get “additional content starting midyear,” with details and pricing to come later, so it’s unclear if these two points are related.

2024 Volkswagen ID.4

2024 Volkswagen ID.4

2024 Volkswagen ID.4

2024 Volkswagen ID.4

2024 Volkswagen ID.4

2024 Volkswagen ID.4

VW confirmed last June that for 2025, even base versions of the ID.4 with the 62-kwh battery pack will get a 12.9-inch infotainment system with a revamped interface that cures, from what we could see in a first drive of the 2024 VW ID.4, nearly all of the interface ills of the ID.4 as it was initially launched. It keeps its Apple CarPlay and Android Auto compatibility, but it adds improved processing hardware to get rid of the latency, a tray of shortcuts, and climate functions that “stick” to the bottom of the screen. Supporting haptic sliders are now backlit and no longer laggy.

VW confirmed last June that the 2025 ID.4 would be carried over essentially unchanged from 2024, and it’s supplemented with a ChatGPT-based voice assistant. In a first experience with that voice interface, what VW is doing with or without the help of AI was not clearly differentiated. The automaker at that time emphasized only that no app or activation is required, and “if the request cannot be answered by the Volkswagen system, it is forwarded anonymously to AI and the familiar Volkswagen voice responds.”

2024 Volkswagen ID.4

2024 Volkswagen ID.4

2024 Volkswagen ID.4

2024 Volkswagen ID.4

2024 Volkswagen ID.4

2024 Volkswagen ID.4

VW has underscored, thankfully, that ChatGPT and the integration partner Cerence don’t gain access to vehicle data, and questions and answers are “deleted immediately to ensure the highest possible level of data protection.” At that time VW said that the new voice assistant could help answer general-knowledge questions, but in a CES demo Green Car Reports didn’t find it any easier than a Google search—or any more competent than Siri, which presents a low bar. 

As with the extensively revamped 2024 models, which arrived earlier this calendar year, the vast majority of the 2025 Volkswagen ID.4 lineup offers a punchier permanent-magnet rear motor unit allowing 282 hp in single-motor rear-wheel-drive form, or 335 hp in dual-motor all-wheel-drive form that includes a smaller induction motor in front. Meanwhile VW boosted ID.4 EPA range ratings to 263 miles for AWD versions or up to 291 miles for the single-motor version, both with the larger 82-kwh (77-kwh usable) battery pack.

VW ID.4 sales were down significantly in 2024, initially due to a slight delay before the refreshed model and then due to the recall and stop-sale of 2021-2024 ID.4 models—nearly 100,000 vehicles—due to defective door handles. Deliveries resumed last month and production restarted at its Chattanooga, Tenn., assembly plant.

As of yet, the 2025 VW ID.4 faces yet another hurdle: It’s not yet listed as qualifying for the $7,500 EV tax credit, which is at the time of writing still valid. With the clock potentially ticking on that piece of policy, and VW faced with a glut of 2024 models it needs to move out from the stop-sale, expect discounts on those much-improved 2024 ID.4s as we wait to get the full 2025 picture on this EV model line.



Source link by Green Car Reports
Author news@greencarreports.com (Bengt Halvorson)

#ID.4 #costs #features #due #midyear
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Lithium Battery Company invests $4 million in Tampa manufacturing plant

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Lithium Battery Company invests $4 million in Tampa manufacturing plant

US-based Lithium Battery Company is investing $4 million to establish a 60,000 sq ft automated battery manufacturing facility in Tampa, Florida.

The expansion includes a Foreign Trade Zone (FTZ) designation and features five specialized assembly lines designed to support defense contracts, artificial intelligence (AI) data center energy storage, and OEM partnerships.

The expansion is the company’s largest investment to date in US manufacturing capabilities.

The batteries produced at the site will range from small battery packs to 1 MW systems. Voltages will range from 3.7 V up to 800 V, while capacity will range from 1 Ah to 1 MWh.

The facility will feature a clean room environment for sensitive components, a testing and validation laboratory, climate-controlled storage facilities and quality control systems.

“Our range of automated assembly lines and testing capabilities is positioned to meet the most demanding requirements across defense, AI infrastructure, and commercial applications,” said Nathan Staron, the company’s Chief Executive Officer.

Source: Lithium Battery Company





Source link by Charged EVs

Author Nicole Willing


#Lithium #Battery #Company #invests #million #Tampa #manufacturing #plant

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Audi shifts strategy: EVs and gas-powered cars to share nameplates

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Audi shifts strategy: EVs and gas-powered cars to share nameplates

Audi announced Monday that it will upend a naming scheme announced last year and have internal-combustion and electric vehicles share nameplates.

In an effort to fit more electric models into its traditional alphanumeric format, Audi previously said it would assign odd-numbered designations to combustion models like the A5 and Q5, and reserve even numbers for EVs along with its current E-Tron suffix, as with the A6 E-Tron and Q6 E-Tron. But that’s no longer the case.

Numbers will once again refer only to a model’s size and positioning in the lineup, Audi said in a press release. The letters A and Q will remain as differentiators between cars and SUVs, respectively, rather than powertrain type, meaning electric and combustion models can now share the same alphanumeric combination, Audi confirmed.

2025 Audi SQ6 E-Tron

2025 Audi SQ6 E-Tron

Powertrain-specific branding such as E-Tron, TFSI for combustion engines, and TFSI e for plug-in hybrids will continue, along with body-style nomenclature like Sportback (used for fastbacks) and Avant (wagons), Audi confirmed.

“This decision is the result of intensive discussions and also follows the wishes of our customers as well as feedback from our international dealers,” Audi sales and marketing boss Marco Schubert said in a statement. The return to the previous nomenclature is more “intuitive,” allowing customers to more easily judge a model’s place in the lineup, Schubert added.

In addition to making things easier for customers to understand, the revised naming scheme better accounts for the numerous plug-in hybrids Audi has said it will introduce as a hedge against an unpredictable EV market. They might otherwise fall into the gap of a naming scheme that divides all models into electric or internal-combustion.

2025 Audi Q5

2025 Audi Q5

The first model affected by this change will be the next-generation gasoline Audi A6, which would have been badged as an A7 under the previous nomenclature. Due to be revealed Mar. 4, it will be styled as an A6 TFSI, while its electric companion model will keep its A6 E-Tron nomenclature.

But while they now share a name, it’s likely that the two models will be based on different platforms. The A6 E-Tron is based on the Premium Platform Electric (PPE) also used by the Q6 E-Tron and electric Porsche Macan, but as that’s an EV-specific platform, the gasoline A6 will likely use the Premium Platform Combustion (PPC) introduced with the latest Audi A5 and Q5.



Source link by Green Car Reports
Author news@greencarreports.com (Stephen Edelstein)

#Audi #shifts #strategy #EVs #gaspowered #cars #share #nameplates
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Honda, Hyundai, Ford, and Kia EV sales climb in January

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Honda, Hyundai, Ford, and Kia EV sales climb in January

Several automakers, including Honda, Hyundai, Ford, and Kia, reported higher EV sales in the US in January. Here’s a look at some of the top-selling EV models (outside of Tesla) last month.

EV sales in the US by model in January 2025

With nearly 133,000 electric vehicles sold in December, EVs accounted for 8.8% of new car sales in the US, a new record.

According to Cox Automotive’s Kelley Blue Book, the strong end-of-year sales helped push total EV sales to 1.3 million in 2024, up 7.3% from 2024.

With Trump reportedly planning to end electric vehicle incentives, like the $7,500 federal tax credit, demand is expected to pick up as buyers look to lock in the savings before they disappear.

Several automakers reported US sales numbers for January, giving us a better idea of how the EV market is playing out.

Ford sold 5,666 EVs last month, up 21% and a new January record. The Mustang Mach-E had its best January with 3,529 models sold, up 173% from January 2024. It was the second best-selling electric SUV behind Tesla’s Model Y.

EV-sales-January
Ford Mustang Mach-E (left) and F-150 Lightning (right) (Source: Ford)

Despite higher demand for the Mach-E, Ford F-150 Lightning sales slipped 15% to 1,907 units. Sales of Ford’s E-Transit electric van also fell 80%, with only 230 models sold last month.

Kia sold 1,542 EV6 models sold last month. However, sales of its three-row EV9 were down slightly (1,232 vs 1,408 in January 2023).

EV-sales-January
2025 Kia EV6 US-spec model (Source: Kia)

Sister company Hyundai notched double-digit sales growth with its popular EV models. As the upgraded 2025 model rolled out, Hyundai IONIQ 5 sales climbed 54%, with 2,250 units sold in January. Although IONIQ 6 sales were up 15% year over year (YOY), only 871 models were sold.

The biggest surprise, again, was Honda. Honda’s electric Prologue continued to take the US by storm with another 3,744 models sold last month.

EV-sales-January
2024 Honda Prologue Elite (Source: Honda)

After delivering the first models last March, the Prologue was the seventh best-selling EV in the US in 2024. Honda sold over 33,000 Prologue’s in the US in 2024, beating out the Chevy Equinox EV (28,874) and Rivian R1S (26,934).

GM doesn’t report monthly US sales numbers, so we’ll have to wait until April for quarterly sales for a comparison. Several others still have yet to report January US sales. Check back for the latest numbers.

Tesla doesn’t report monthly US sales numbers, but earlier today Electrek reported that the EV maker saw its first annual drop in sales in California last year.

FTC: We use income earning auto affiliate links. More.



Source link by Electrek
Author Peter Johnson

#Honda #Hyundai #Ford #Kia #sales #climb #January
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Electric excavators in London are so quiet, a “nervous dog” would pay them no heed

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Electric excavators in London are so quiet, a “nervous dog” would pay them no heed

Electricity distributor UK Power Networks and Falco Construction, an English multi-utility contractor, are trialing electric diggers for underground work in London.

Falco is currently deploying two of the diggers, and hopes to eventually replace all of its 120 diesel-powered excavators with the zero-emission Takeuchi TB20e mini-excavators, which would “directly remove over 200 tonnes of carbon emissions each year,” Falco said. Also, the TB20es produce 75% less noise—the equivalent of 13 decibels—when compared to non-electric diggers.

Most of London’s electric power lines are located underground, and because they are traditionally found just below the surface of the road, maintenance work on the lines is carried out at street level, where excavators are essential. Although this work is necessary for maintaining electrical service to the city of 8.9 million people, it can be disruptive to flowing traffic, as well as causing tremendous noise and air pollution.

The lack of excessive noise at Falco’s now much quieter work site in Walthamstow, a town within the London Borough of Waltham Forest in East London, was not lost upon locals. Vanessa Brooks, who works with animals at a nearby veterinary clinic, told a reporter that the noise she experiences isn’t “anything over and above what a nervous dog would normally experience going for a walk.“ She also commented that the use of e-diggers is particularly beneficial for slower-moving populations such as the elderly, who would otherwise be exposed to harmful exhaust fumes as they walk through the area.

UK Power is planning to roll out additional low-carbon machines in London, including EVs and heat pumps.

“E-diggers ultimately could be a huge enabler in UK Power Networks and Falco achieving their joint Net Zero commitments,” said Katherine Jennings, Continuous Improvement Manager at UK Power.

“We know that construction vehicles such as diggers contribute significantly to air pollution, which is why the mayor has tightened standards across London,” said Mete Coban, London’s Deputy Mayor for Environment and Energy. “It’s great to see companies like UK Power Networks and Falco Construction leading the way and rolling out electric diggers.”

Source: UK Power Networks



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Author Jonathan Spira


#Electric #excavators #London #quiet #nervous #dog #pay #heed

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Geothermal heat pumps are crazy efficient. Should you get one?

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Trump wants to end the $7.5B bipartisan EV charger buildout. Can he?

Canary Media’s Electrified Life column shares real-world tales, tips, and insights to demystify what individuals can do to shift their homes and lives to clean electric power. 

Micah Parkin wanted to quash her home’s carbon pollution to help fight climate change. So she took a familiar step among climate-inclined homeowners: She got a heat pump — just not the typical variety.

Her heat pump pulls warmth from the ground, rather than the air, and the appliance has been doing wonderfully well,” Parkin, the executive director of grassroots climate-action group 350 Colorado, told me from her home on a snowy January day. It’s had no problem keeping up with these zero and negative temperatures.”

Heat pumps, whatever their heat source, are critical for decarbonizing space and water heating, which accounts for more than 60% of the energy homes consume in the U.S. Switching from gas, propane, and fuel-oil systems can save homeowners money and is guaranteed to have health benefits given the toxic pollutants fossil-fuel systems emit.

Ground-source, or geothermal, heat pumps have a superpower over the much more common air-based systems: efficiency. While air-source heat pumps can perform two to three times as efficiently as fossil-fuel systems in cold weather, ground-source heat pumps can perform about twice as efficiently again. To put it in dollar terms: That means cutting the heating bill from an air-source heat pump in half.

That efficiency is what won Parkin over. She has a 7-kilowatt solar panel system on her roof, and she and her husband wanted a heat pump that would minimize their reliance on comparatively dirty grid power by staying within the budget of what their solar produces. It was really important to us that it be the most efficient system possible to use as little electricity as possible,” she said.

But for all their efficiency gains, geothermal heat pumps have one big thing holding them back: They cost roughly double to install compared with air-source systems.

Out of 123.5 million U.S. homes, just 1.3 million — or about 1% — rely on a geothermal heat pump, according to a January report by the Department of Energy. Air-source heat pumps provide primary heat for 13% of homes and are outselling fossil-gas furnaces by a wider margin than ever.

The DOE sees ample room for geothermal heat pumps to take off though. With the right policies and investments, annual adoption of the tech could double, with the equivalent of 7 million more American homes installing geothermal heat pumps by 2035.

In the next five or 10 years, you’re really going to see these become much more of a household name as a way to heat and cool your home,” said Timothy Steeves, report co-author and geothermal fellow at the DOE.

The benefits could be enormous not only for the homeowners involved but for the power system overall. Geothermal heat pumps are way less of a burden on the grid due to their efficiency, the report found — enough to net roughly $4 billion in annual savings on grid system costs, which could be passed on to utility customers.

Could geothermal heat pumps, with their unrivaled efficiency and grid and climate advantages, be a good fit for you? Let’s dig into the details of this clean-heating tech.

How geothermal heat pumps work

Ground-source heat pumps, also called geo-exchange, earth-coupled, and earth-energy heat pumps, are so efficient because they tap heat where it’s steady and abundant: underground.

The appliances connect to flexible plastic pipes that delve into the earth. These ground loops, laid horizontally in trenches less than 10 feet deep or vertically in boreholes 100-plus feet deep, carry a nontoxic mix of water and glycol to absorb thermal energy from the ground. That energy is then delivered indoors and transferred to refrigerant in the heat pump unit. A compressor squeezes the refrigerant gas, raising the temperature further to provide heating that can flow through ducts, mini-splits, or radiators.

Drawing heat from underground is a winning strategy because the shallow earth stays at a fairly constant temperature of somewhere between 40 and 70 degrees Fahrenheit. In the winter, it’s easier to find heat in the ground than it is in the volatile — and often chilly — air. Conversely, in the summer, the ground is cooler, making it a better heat sink.

Some geothermal heat pumps draw energy from water bodies, rather than the ground, through a similar process.

How ground-source heat pumps work in the winter and the summer. (Dandelion Energy)

Another selling point for ground-source heat pumps is their longevity. The heat pump unit itself has a slightly better average lifespan — around 20-plus years for ground-source heat pumps compared with 15 years for air-source heat pumps, according to the DOE. But the underground infrastructure can last 50 years, potentially more, said Kathy Hannun, founder and president of Dandelion Energy, a home-geothermal company and spinout from X, Google’s moonshot factory.”

Ground-source heat pumps can also simplify some aspects of installation, Hannun said. Dandelion designed a ground-source heat pump that doesn’t need as much electrical capacity and can produce warmer air than typical heat pumps, making it more compatible with existing ductwork, she said.



Source link by Canary Media

Author Alison F. Takemura


#Geothermal #heat #pumps #crazy #efficient

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BMW and SK tes to expand high-voltage battery recycling

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BMW and SK tes to expand high-voltage battery recycling

German carmaker BMW and South Korean technology firm SK tes plan to expand their closed-loop battery recycling system from Europe to the US-Mexico-Canada region in 2026.

The recycling process recovers cobalt, nickel and lithium from used batteries to return them to the value chain to produce new batteries.

BMW is directly involved in the process, allowing it to feed back insights to its development departments.

High-voltage batteries from BMW development, production and markets in Europe that are no longer fit for use will be delivered to SK tes, which will then convert the old batteries into high-quality metals that can be reintroduced to battery production.

The latter batteries will be mechanically shredded, during which the metals are concentrated to leave black mass material. The nickel, lithium and cobalt contained in the black mass are then recovered in a hydrometallurgical process. These secondary raw materials will be used for the BMW’s new GEN 6 drivetrain.

“The promotion of circular economy is an important strategic topic for the BMW Group. The development of recyclable products, the increase of secondary materials in our components, and the closing of loops play an equally important role,” said Nadine Philipp, Vice President Sustainability Supplier Network at BMW. “And by means of circular economy we are also increasing our resilience in the supply chains.”

Source: BMW





Source link by Charged EVs

Author Nicole Willing


#BMW #tes #expand #highvoltage #battery #recycling

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Driving The Chevy Blazer EV

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Chevy Blazer EV

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Last summer, I got a call from my neighbors Dave and Dana asking for my Tesla referral code. They had driven my Model Y and decided to get one for themselves. No one had asked me for that information before, so it took a little digging to find it. A few days later, I got an email from Tesla saying my referral bonus — dinner with Elon or something like that — had been confirmed. I didn’t hear anything more for a while and just assumed there would soon be another Model Y in the parking lot. Then I was informed that my referral bonus had been cancelled. Shortly after that, I looked out my window only to see my neighbors stepping out of a fire engine red Chevy Blazer EV.

Photo by Steve Hanley for CleanTechnica. All rights reserved.

So here’s the story. Apparently, they made the mistake of visiting their local Chevy dealer and got seduced by this Blazer sitting on the lot. The car certainly is RED! Dana has given it an affectionate nickname. She calls it The Cherry Bomb! And it does look good. Where the Model Y is all fluid lines, the Blazer EV is more chunky. GM has been designing cars for a long time. It once had the world famous Harley Earl as the head of its Art and Color section, where he created a string of iconic cars, including the epic Buick Y Job. The company has always had its finger on the pulse of American tastes, and the Blazer EV does a great job of tapping into where American car culture is today.

It is lower than a Suburban, but definitely not a sedan. There’s a bit of a station wagon vibe as well. If you squint a little, you can see just a hint of the Chevy Nomad that actually upstaged the Corvette in 1955. The Nomad was a go-anywhere, do-anything car that was a perfect fit for the “See the USA in your Chevrolet” ad campaign made popular by Dinah Shore. Bringing that vibe into the present and adding a bit of brawn to capture the design idiom of today is a master stroke by Chevrolet. It’s easy to see why Dave and Dana found themselves smitten with this car. And did I mention it is RED?

Photo by Steve Hanley for CleanTechnica. All rights reserved.

The Blazer EV has had some teething problems. It was late getting into showrooms because of multiple software issues that bedeviled the early cars. When Edmunds bought one for its test fleet, the car refused to function properly. On a trip to San Diego — to attend a Chevy media event — the car displayed eight different warning messages in a single day. “In just one trip from Los Angeles to San Diego and back, the Blazer EV went from perfectly fine to totally on the fritz. And that’s only the beginning,” Edmunds says. Along the way, “the window switches refused to work. Then the infotainment display completely melted down, stuck in an infinite loop of shutting off, turning on, displaying a map centered in the middle of the Pacific Ocean, and turning back off again. It did this until we pulled off the freeway and restarted the car. All was well after the reset, but an hour later, it happened again.” Chevrolet actually stopped selling the cars for a time until the glitches were fixed.

Photo by Steve Hanley for CleanTechnica. All rights reserved.

At first, the Blazer EV was supposed to be available with four trim packages — LT 1, LT 2, RS, and SS. The single-motor LT 1 and the SS are not yet available, so buyers have a choice of an LT or an RS version. Both have an 85 kWh battery and dual motors. The LT price, according to the Chevrolet website, is $43,690*. See that asterisk? That’s where Chevrolet explains: “MSRP less incentives. Tax, title, license and dealer fees extra. Residency restrictions apply. Not available with some other offers. See dealer for details.” The price for the RS is $47,095 with the same asterisk. Both cars have an EPA range estimate of 279 miles. The RS is gussied up with some extras, but the LT my neighbors purchased was far from a barebones car. It had every available feature, including a large tilt-and-slide sunroof.

This review is not about technical details. I did not dismount the wheels to measure the diameter of the brake discs, for instance. The purpose was to get some seat time in a Blazer EV and compare it to the Tesla Model Y I have been driving for the past 3 years. My impressions started with the appearance. I like it! The car is not as svelte as the Tesla, but that is intentional. It has a more visceral appeal, like a jungle cat getting ready to pounce. Dana says she finds the hood to be longer than she is used to — their previous car was a Chevy Bolt, which is considerably shorter than a Blazer EV.

Photo by Steve Hanley for CleanTechnica. All rights reserved.

So, what is it like to drive a Blazer EV? In a word — delightful. It has the same urgency under acceleration as the Model Y, and the same aggressive regenerative braking, which are two of the features of an electric car that drivers seem to appreciate the most. There is more whine from the electric motors than I am used to, but that is not a bad thing. In fact, I suspect the Chevy engineers thought about that a great deal and decided to give the car a more robust sound experience than the Tesla. Where the Model Y wafts along in near silence, the Blazer purrs. Yet in steady-state driving, it is as quiet as the Model Y. Different strokes for different folks. It’s why they make Coke and Pepsi — people like choices. The car is also quite roomy inside, with generous head and hip room.

I like that the Blazer EV still has knobs that can be twiddled to adjust the fan speed or volume of the radio, and actual stalks on the steering column. It felt like someone could rent one and feel at home almost immediately — a good thing, in my opinion. The ride is supple and smooth, turning is crisp, and one-pedal driving is easy to do. I also like that there is a control on the dashboard that allows the driver to adjust the desired level of regenerative braking. Tesla drivers can do something similar, but it requires knowing how to drill down through the menus on the touchscreen, which is not nearly as convenient.

Photo by Steve Hanley for CleanTechnica. All rights reserved.

Dave and Dana drive back and forth between Florida and the Midwest on a regular basis. That was a chore with their Bolt, but is much easier with the Blazer EV because they can use the Tesla Supercharger network along the way. Dave says he has seen over 150 kW while charging but that it soon tapers to around 100 kW. The Model Y may have an edge in the charging department, but unless you are using the superslab every day, the difference comes down to a few extra minutes a year — hardly enough to influence a major purchase decision.

In the final analysis, has Chevrolet gotten its sums right on the Blazer EV? In other words, is it a compelling electric car? I think the answer is yes. It is different than a Model Y but no less competent. Actually, it may have a little more carrying capacity in the rear thanks to its more squared off liftgate and higher roofline. The buying public wants choices, and the Blazer EV is an excellent choice for many people considering the purchase of their first electric car.

Photo by Steve Hanley for CleanTechnica. All rights reserved.


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Source link by CleanTechnica Reviews Archives
Author Steve Hanley

#Driving #Chevy #Blazer
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It’s Groundhog Day: Do You Know Where Your Electricity Rates Are Going?

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6 More Weeks of Winter Will Hit Your Utility Bill Hard

As Groundhog Day is here, we’ll be speculating on whether or not we will see six more weeks of winter. New insights from SolarReviews.com have identified what that could mean for electric bills across the country—and the biggest is increased pricing!

The data analyzed by SolarReviews included historical Groundhog Day records which show about a 65% chance of Punxsutawney Phil seeing his shadow. We also referenced generation by energy resources, average electricity rates and bills, including energy consumption. Only datasets from official records were included in the analysis.

Here is what 6 more weeks of winter could do to your energy bill:

  • Electricity rate increases

Punxsutawney Phil saw his shadow 11 times between 2007 and 2023. During those years, average electricity prices were over 5% higher than in the ones when he predicted an early spring.

  • Increased utility bill spending by 4.6%

In February, residential consumers are likely to spend $4.93 more on their electric bill in years where Phil sees his shadow.

  • Higher energy consumption for heating

While the average temperatures in February and March between 2007 and 2023 are relatively flat, data shows that there are slightly cooler temperatures associated with years in which Punxsutawney Phil sees his shadow.

Ways consumers can save on energy bills during years of long winter

  • Purchase energy-saving winter items

Electricity bills are undoubtedly the most expensive during the coldest and hottest months of the year, as heating and cooling costs take up such a large portion of the bill. 

You can purchase items such as a heated blanket, humidifier, or insulated curtains to have in your home to keep warm and avoid touching the thermostat as often.

  • Insulate your home

A great way to prepare your home for winter is making sure it’s properly insulated. Weatherstripping doors and caulking windows are a simple cost effective way to keep cold air out and avoid turning up the thermostat.

  • Unplug electronics whenever possible

Electronics plugged into power outlets in your home can still draw small amounts of power, even when the device is turned off. These are known as phantom loads and can account for up to 10% of your home’s electric usage. 

Get in the habit of unplugging electronics during the winter when they’re not in use, or purchase smart power strips that can automatically power down devices.

“A prolonged winter is just as bad as a heat wave in the summer. You have to be willing to integrate energy-saving hacks into your daily routine. The best thing to keep in mind is that no matter how frivolous it seems, no savings are too small. Things add up, and it’s fine to make any changes where you can.”

The post It’s Groundhog Day: Do You Know Where Your Electricity Rates Are Going? first appeared on Clean Fleet Report.
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Author Jamie Smith

#Groundhog #Day #Electricity #Rates
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Cutting-edge Renault Filante concept hopes to break EV efficiency records

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Cutting-edge Renault Filante concept hopes to break EV efficiency records

The new Renault Filante Record 2025 concept is a racy, aerodynamically-sculpted piece of rolling electric lab equipment designed to push the envelope of energy efficiency and set new records for power consumption and range.

Built around the same 87 kWh li-ion battery as the Renault Scenic E-Tech electric car, the Renault Filante Record 2025 is a single-seat technology demonstrator that uses minimalist design engineering and lightweight, composite materials to bring its weight down to an impressive 1000 kg – a number made even more impressive when you realize that fully 600 kg of that mass comes from the battery!

“We designed this vehicle as a sculpture in motion. Inspired by fighter planes and the speed records of the nineteenth century,” says Sandeep Bhambra, Director of Advanced Design, Renault and Ampere. “(The concept) reflects both performance and timeless elegance. Every inch of the surface was crafted to capture the light and showcase the body lines, which appear to melt into the air. The blue windows and colour palette further underline this light and airy impression. The design as a whole seeks to convey an impression of flow and lightness.”

1926 Renault 40 CV des records

Record-setting 40 CV des records; via Renault.

Inspired by the 1926 Renault 40 CV des records, which set a number of speed records at the track in Montlhéry, France, between 1924 and 1926, the Renault Filante Record 2025 concept features a special new “Ultraviolet Blue” paint that flops between blue and purple, depending on the viewing angle. The paint serves to give the the impression of movement, even when it’s sitting still.

Renault says the final design was a collaborative effort between the stylists and aerodynamicists and meant to invoke the same sense of newness and speed as the now 100-year-old 40 CV des records. Adding to that “vibe” are bespoke, 3d-printed parts, unique friction-reducing prototype tires, and both steer-by-wire and brake-by-wire technologies that are expected to make their way into the next generation of Renault EVs.

The concept will be on display at this year’s Rétromobile motor show in Paris from February 5th through the 9th, before real-world test sessions and the hunt for a new efficiency record begins in earnest in Q2 of this year.

Electrek’s Take

Renault – and, by extension, the Renault Group – has been making steady progress on both the electrification and autonomous vehicle fronts for years, even logging several million miles on its deployed fleet of electric semi trucks. So while it’s easy to dismiss the claims made to hype up concept cars (which are, by definition, marketing exercises), it seems just as easy to underestimate Renault and its ability to drive at least parts of its concepts to production.

SOURCE | IMAGES: Renault, The Originals; via Electrive.

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Author Jo Borrás

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