-6.7 C
New York
Monday, December 23, 2024

Submit EV Event

Advertise on EV Magazine
Home Blog Page 8

Tesla makes finding charging stations for people towing trailers easier

0
Tesla makes finding charging stations for people towing trailers easier

Tesla has released a new navigation feature to make it easier for people towing trailers to find charging stations that can accommodate them.

Towing trailers with electric vehicles is not yet super popular, but it is rapidly gaining in popularity, with more electric SUVs and pickup trucks having increasingly impressive towing capacity.

Tesla has had the Model Y and Model X with a limited but still useful towing capacity for a few years, but with now the Cybertruck and the opening of its Supercharger network to other EVs, including many pickup trucks, the automaker is starting to see more people arriving at its popular charging stations with trailers.

This can be problematic as if you don’t want to block several chargers, you are going to have to unhook your trailer to go charge your vehicle. That’s less than ideal and something gas-powered vehicles rarely have to do at gas stations.

Tesla’s solution has been to build a few “pull in” charging spots at some Supercharger stations that enable you to park with your trailer while charging (via Tesla Motors club):

Tesla pull in Supercharger Model X

Tesla is currently building more of these stations, but they are still far and few in between and hard to find.

The automaker is now making it easier to find with a new software update. Now, you can click on a Supercharger station, and it will tell you if it has trailer stalls.

Furthermore, if you are driving on “trailer mode” and searching for charging stations, those with “trailer friendly” stalls will appear at the top:

However, as usual, when traveling long distances in an electric vehicle, you are better off just doing a bit of planning about where to charge ahead of time, especially if you are going to be towing over long distances.

Now that Tesla can distinguish between trailer-friendly and non-trailer-friendly stations, the automaker can hopefully include it in its API for other automakers to integrate into their own navigation systems as many of them can start using the Supercharger network.

Part of Tesla’s Supercharger network is powered by solar, but the best way to power your electric car with solar is at home. If you want to find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage. EnergySage is a free service that makes it easy for you to go solar – whether you’re a homeowner or renter. They have hundreds of vetted solar installers competing for your business (including Tesla and Powerwall certified installers in some markets), ensuring you get high-quality solutions and save 20 to 30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them.

Your personalized solar quotes are easy to compare online, and you’ll get access to unbiased Energy Advisors to help you every step of the way. Get started here.

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



Source link by Electrek
Author Fred Lambert

#Tesla #finding #charging #stations #people #towing #trailers #easier
- Advertisement -

Voters in Ann Arbor, Michigan, create a local clean energy utility

0
Chart: Steelmaking is starting to go electric

The SEU plans to install and own solar panels on customers’ rooftops and batteries in their sheds and garages, selling those customers the power at cost, without a markup. That lets residents access solar power and backup power without dropping a load of cash up front for it or taking on debt. This kind of subscription is available from companies like Sunrun, but they do it to make money, not to sell at cost.

The most radical dimension of the plan is to use the city’s utility franchise rights to build wires between properties, so that they can share excess solar power locally. Most everywhere in the country, customer-led upgrades have to stay on the customer side of the utility meter; crossing that boundary to sell power to a neighbor violates the utility’s legally enforced monopoly. This stands in the way of visions for interconnected neighborhoods generating and selling power with each other based on who needs it at a given moment.

But Ann Arbor officials tracked down a century-old precedent that makes sharing power possible: The Michigan Constitution preserves the rights of cities and villages to form their own utility or to supplement an existing utility,” Missy Stults, the city’s sustainability and innovation director, told me.

Thus, the SEU will link up different properties if the people living there want it. If a home generates more solar than it can use, it could run a line to a neighboring house that’s shaded by trees, allowing it to buy surplus power.

We’ll be able to connect homes with each other, schools with homes, schools with each other,” Taylor said. We’re going to do this in a way that is cost-effective and fully opt-in.”

This plan assumes people will be happy to offer up their roof space for panels that the SEU will own and use for broader community benefit. But doing so will let that household buy cheaper, cleaner power for itself. The battery controls present some additional complications: Will the host customer get first dibs on backup power, or will that be split among the locally connected homes as well? This is new territory for distributed energy in the U.S.

That said, the strong show of support at the ballot box demonstrates the local community is fully on board with the general direction of the SEU. It’s no accident that this idea is coming to fruition in a college town like Ann Arbor, said Liesl Clark, a former state climate leader who now serves as director of climate action engagement at the University of Michigan.

There are a lot of people who are innovative and also are interested in having agency,” she said. It is a community that was ripe for a solution like this.”

Furthermore, the city structured the plan in a way to minimize any downside for residents who don’t want to jump on the decentralized power opportunity.

You haven’t asked me how much it’s going to cost the taxpayer,” Taylor told me as I was about to wrap up our phone call. He answered the rhetorical question: Nothing!”

That pledge veers into too-good-to-be-true territory, but the SEU structure makes it possible. The city won’t levy any new taxes because it’s not buying out DTE’s assets. Instead, it’s installing new equipment based on voluntary customer commitments, and those customers pay their way, while saving themselves money.

Breaking free from utilities without all the hassle

The outcome of this effort remains far from certain. But so far, Ann Arbor has managed to pursue a low-drama, low-conflict way to break up with a monopoly utility, in contrast to high-profile recent attempts elsewhere.

The city of Boulder, Colorado, famously fought for a decade to peel off from Xcel Energy, and ultimately gave up. In 2010, California mega-utility PG&E spent $46 million to make it harder for communities to source their own electricity, though even that gargantuan sum failed to stop the rise of community choice aggregators.

Maine has grappled for years with its deeply unpopular monopoly utilities. Last year, voters nonetheless soundly rejected a ballot referendum to seize utility assets under a new public power entity. The utilities spent $40 million to fight it, and independent experts raised concerns about how the public entity would deliver on promises of a cheaper, more efficient grid after saddling itself with billions of dollars of debt.

Activists in Ann Arbor have also pushed for full municipalization — a city-level version of what Maine considered and rejected. The city is working on a second study to dig into the details of what purchasing the grid infrastructure would entail. That conversation will continue as the SEU implementation moves forward, Taylor noted.

For its part, Michigan utility DTE hasn’t declared war on Ann Arbor. Following the vote, the company stated that it will continue to invest in making the city’s grid more resilient and clean — a recent Michigan climate law requires ramping to 60 percent renewable power by 2035 and 100 percent clean electricity by 2040.

The public interest in full municipalization may explain the muted response from the utility: The SEU allows DTE to go on with business as usual, and its distribution grid will continue to play a crucial role even if kilowatt-hour sales decline from the new local solar generation.

Instead of fighting the utility colossus head on, Ann Arbor is taking a live-and-let-live approach. It’s a case where avoiding head-on conflict could make it possible to deliver the benefits of clean, local energy far more quickly.

Advertise on EV Magazine

Source link by Canary Media

Author Julian Spector


#Voters #Ann #Arbor #Michigan #create #local #clean #energy #utility

- Advertisement -

Corporate America is investing in record levels of solar and storage

0
Corporate America is investing in record levels of solar and storage

Corporate America is investing in clean energy at record levels, with tech giants taking the top spots for users of solar.

Meta, Google, and Amazon are leading the charge in solar and battery storage adoption, according to the Solar Energy Industries Association’s (SEIA’s) latest “Solar Means Business” report.

Meta continues to hold the title of the top solar user in corporate America, with nearly 5.2 gigawatts (GW) of solar capacity installed. Meanwhile, Google leads the way in energy storage, boasting 936 megawatt-hours (MWh) of installed battery capacity. Through the first quarter of 2024, these companies have added the most solar capacity to their electricity portfolios, with major players like General Motors, Toyota, and US Steel also climbing the ranks.

The report reveals that US businesses have installed nearly 40 GW of solar capacity both onsite and offsite through Q1 2024, and corporate storage use now exceeds 1.8 gigawatt-hours (GWh). Even more growth is coming: Companies have over 3 GWh of battery storage under contract that will come online in the next five years.

“Some of the largest industrial and data operations in the world continue turning to solar and storage as a reliable, low-cost way to power their operations,” said SEIA president and CEO Abigail Ross Hopper.

Technology companies are at the forefront of this shift as data center growth drives skyrocketing electricity demand. Amazon, for example, leads the US with 13.6 GW of solar procurements under contract, while Meta and Google each have nearly 6 GW under contract – pipelines over 10 times larger than the next company in the rankings.

Target remains the US’s leading onsite corporate solar user for the ninth year in a row, with Prologis, Walmart, Amazon, and Blackstone also making the top five. For the first time, the “Solar Means Business” report is also tracking corporate battery energy storage, with Google, Apple, Meta, Target, Walmart, Home Depot, and Kohl’s among the top 10 companies using storage to meet more of their energy needs in real-time.

Looking ahead, both offsite and onsite energy storage are expected to play a bigger role in corporate renewable energy strategies. Medical companies like Kaiser Permanente are already using batteries to power microgrids, making their facilities more resilient to outages.

Carolyn Campbell, Meta’s head of clean and renewable energy, East, highlighted the importance of expanding solar capacity to match the company’s global operations with 100% clean energy: “We’re thrilled to rank number one for corporate solar procurement in SEIA’s report this year, and we continue to find ways to grow the grid to benefit everyone.”

Target’s vice president of property management, Erin Tyler, said of Target’s 20-year-old solar program, “Through our commitment to solar, we’re well on our way to achieving our corporate goal of sourcing 100% of electricity from renewable sources by 2030.”

The “Solar Means Business” report also looks at the policies driving corporate America’s adoption of solar. Many companies are taking advantage of the Inflation Reduction Act’s long-term clean energy incentives. To further accelerate their renewable energy investments, businesses are calling for improvements in interconnection processes, new community solar legislation, and simpler tax credit monetization.

Read more: A 100-MW solar farm just broke ground in Wisconsin


If you live in an area that has frequent natural disaster events, and are interested in making your home more resilient to power outages, consider going solar and adding a battery storage system. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. They have hundreds of pre-vetted solar installers competing for your business, ensuring you get high quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use and you won’t get sales calls until you select an installer and share your phone number with them.

Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisers to help you every step of the way. Get started here. –trusted affiliate link*

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



Source link by Electrek
Author Michelle Lewis

#Corporate #America #investing #record #levels #solar #storage
- Advertisement -

Natural Resources Canada provides $13.3 million to deploy new EV chargers

0
Natural Resources Canada provides $13.3 million to deploy new EV chargers

The Canadian government is investing 18.6 million Canadian dollars ($13.3 million) in EV chargers across the country.

“The installation of these chargers will help EV drivers get to where they need to go with confidence and ease,” Natural Resources Canada said.

The funds will be given to multiple organizations that will use them to install over 1,600 Level 2 and DC fast chargers in Toronto and across Canada.

The federal funding for the EV charger installation project was provided through Natural Resources Canada’s Zero Emission Vehicle Infrastructure Program.

“To support Canadians driving EVs, where they live, work, travel and play, the Government of Canada is helping to build reliable and available charging options,” said Julie Dabrusin, Parliamentary Secretary to the Honourable Jonathan Wilkinson, Minister of Energy and Natural Resources.

Natural Resources Canada is the department of the Government of Canada responsible for natural resources and energy. To date, NRC investments have helped deploy more than 41,000 chargers across the country.

Source: Natural Resources Canada



Advertise on EV Magazine

Source link by Charged EVs

Author Jonathan Spira


#Natural #Resources #Canada #million #deploy #chargers

- Advertisement -

Review: 2025 GMC Sierra EV Denali multitasks to the max

0
Review: 2025 GMC Sierra EV Denali multitasks to the max

  • Sierra EV Denali stands out with a GM-estimated 460 miles
  • Midgate setup allows flexibility for items nearing 11-feet long
  • Versatility from air suspension, rear-wheel steering, Super Cruise

“I’ve been on that route, and it’s not a route for a full-size pickup—let alone one weighing nearly 9,000 pounds.”

That was what I noted, partly in disbelief, to my co-driver as we were shown into a 2025 GMC Sierra EV and sent off to wind up through narrow Bay Area Redwood highways and stretches of Skyline Boulevard. 

Memory served well about the roads; the route included some undulating ribbons of asphalt on ridges that I’d enjoyed thoroughly in a little Volkswagen GTI years earlier. But I completely underestimated the Sierra EV. 

At about 233 inches long and 84 inches wide not counting mirrors, the big electric truck wasn’t so nerve-wracking for tackling narrow lanes. I could place it with precision, thanks to rear-wheel steering that pivots the rear wheels at a small angle opposite the fronts in low-speed hairpins. Instant torque delivery from the Sierra EV’s dual-motor system meant we didn’t lose momentum up the hills, while the air suspension kept us feeling even-keeled. Strong regenerative braking (Normal and High) kept our speed right as it should be on the steep downhill grades. 

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

I went into the day knowing well this truck’s lofty range claim of 460 miles and how quickly it accelerates—and I didn’t need further proof that it can blast quietly to 60 mph in 4.5 seconds (or better, it seems). But GMC nudged us along the kind of route I never would have chosen, including plenty of those curves, some towing, some in-the-dirt play with the rear-wheel steering demonstrating the astonishing maneuverability and camera views, and an exercise with CrabWalk mode, which points the rear wheels in the same direction as the fronts. And it turned us loose with the challenge of fitting a whole lot of outdoor-fun gear into the Sierra EV in a hurry. 

By the end of the day, I felt schooled. GMC hasn’t made a quirky design statement (that’s the Cybertruck), aimed for the outdoor lifestyle crowd (that’s the R1T), or simply made an electric version of its top-selling truck (that’s the F-150 Lightning). 

The GMC Sierra EV sits next to the GMC Hummer EV in the GMC lineup, and the brand essentially separates the two by saying that if the Hummer EV pickup is the “it” truck, the Sierra EV is the “do it” truck. As a product, it’s a more impressive accomplishment for the market, and if you’re looking for the most cargo versatility for large items, and the most range for towing, hauling, and doing trucky things, this is it.  

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV: Big range for a “do it” truck

The 2025 GMC Sierra EV has some of the market’s highest range ratings, not because it’s a standout for efficiency but because it goes big on its battery packs. Both battery packs are dual-layer, with the capability to stitch the two layers together in series to allow 800-volt DC fast-charging. The Max Range’s 205 kwh, it achieves range ratings of 460 miles, and the Extended Range’s 170 kwh affords 390 miles. The Max Range number is “GM-estimated,” because that super-sized pack throws the Sierra EV into a medium-weight category that doesn’t apply to EPA ratings. 

Over nearly 90 miles of widely varied street and highway driving, we saw 1.9 miles per kwh according to the Sierra EV’s trip computer—suggesting we might still see 390 miles of range or more in this type of driving. 

The huge battery opens up possibilities. The Sierra EV can tow up to 10,500 pounds with the Extended Range pack or 10,000 pounds with the Max Range pack, and while it might halve the range, that’s not so much of an issue here. 

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2024 GMC Sierra EV Denali Edition 1

2024 GMC Sierra EV Denali Edition 1

2024 GMC Sierra EV Denali Edition 1

2024 GMC Sierra EV Denali Edition 1

Sierra EV can tow comfortably, find space for gear

In a short loop with a 5,500-pound trailer, the Sierra EV seemed mostly unfazed by the load, still capable of accelerating quicker than a fully loaded minivan. On a loop with two full-acceleration taps, it averaged just 1.0 miles per kwh, according to the trip computer—still indicating that 200 miles of range is possible with a horse trailer or large boat. 

Max Range versions like the one I drove deliver up to 760 hp and 785 lb-ft of torque, via two permanent magnet motors that are designed and built by GM. Extended Range versions have essentially the same hardware, other than the battery pack, but make 645 hp and 785 lb-ft. 

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

Those power numbers, and the 4.5-second acceleration time for the Max version, are only delivered when in Max Power mode. The Sierra EV also has Normal-Tour, Off-Road, Tow-Haul, and a customized mode. GM would not say what peak power is in any of those other modes. 

The Sierra EV has an 11.0-cubic-foot frunk—called the eTrunk here, with a cupholder, a drain, weatherproofing, and more. But the surprise cargo-versatility star here is the Midgate. In just a few minutes you can convert the backseat area into an expansion of the cargo bed—creating a 9-foot-1-long space with the tailgate locked, or a 10-foot-10 space with the tailgate down and the flip-down tailgate load step used to backstop long items—like a kayak. 

Engineers emphasized that the Midgate isn’t meant as a solution to only use once in a while, rather something you might use daily. While it’s not weatherproof, of course, it’s a great solution for bringing gear a few miles to a launch point—without having to get specialized carriers—and you can leave one of the backseat positions in place while using it. 

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

Sierra EV Denali is expensive, but very well equipped

The GMC Sierra is very closely related to the Chevrolet Silverado EV RST, but there are some key differences in how it fits into the EV market and the truck market. In 2024, the Sierra EV was only offered in its top Denali trim, with what’s essentially “the works”—the biggest battery pack, the air suspension, rear-wheel steering, and a feature set that’s one of the most luxury-focused among full-size pickups. 

For 2025, there have been only some slight price changes, the addition of the Extended Range version, and 20 miles more for the Max Range version due to some efficiency improvements to the motor units themselves. My day was spent with the top Sierra EV Denali version, in Max Range form, costing at least $100,495—including the $2,095 destination fee but not any additional accessories for towing and storage. 

The Sierra EV Denali includes the air suspension, rear-wheel steering, a panoramic sunroof, heated-and-cooled front seats, leather upholstery, a heated steering wheel, heated outboard seats, a head-up display, wi-fi hotspot compatibility, and seven-speaker Bose audio. There’s also wireless charging cleverly integrated into a sliding center console tray, plus plenty of USB-C ports and a 120-volt AC cabin outlets. In addition there’s the 7.2-kw AC Offboarding Power station that might eliminate the need to take that small generator out to the campsite or job site. 

I didn’t get the chance to charge the Sierra EV as part of this brief test drive. Peak fast-charging rates are listed as 350 kw for the Max Range pack and 300 kw for the Extended Range pack. GM says that on a 350-kw CCS connector it will recover up to 100 miles of range in just 10 minutes, and it’s said before that either of these packs will get from 10-80% in about 40 minutes. GMC integrates a battery preconditioning feature to help achieve peak rates; it works with the native navigation trip planner or via the press of a virtual button. 

2025 GMC Sierra EV with GM Energy suite

2025 GMC Sierra EV with GM Energy suite

Ready for backing up the home, not Apple CarPlay

In the give-and-take of EV living, the Sierra EV also includes the capability to output 10.2 kw AC, potentially eliminating the need to tote around a generator. And starting with the $1,699 PowerShift charger, owners can outfit their home with GM energy components that could use the Sierra EV to help backup the home—including PowerBank home energy storage.

While the GMC Sierra EV Denali shares much with the Chevrolet Silverado EV, one of the most pronounced cabin differences is that the Sierra EV gets a 16.8-inch portrait-oriented system instead of the Chevy’s landscape orientation. Just like in the Silverado EV and other new GM EVs, it’s made with Google built-in, including the capability to run Google-ecosystem apps—but there’s no Apple CarPlay or Android Auto compatibility or integration. 

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

GM’s Super Cruise is also included (for three years) in the Sierra EV, allowing hands-off driving plus semi-automated lane changes on more than 750,000 miles of mapped roads and highways—with maintained driver attention. Super Cruise also now works when towing. With the 5,500-pound load, I engaged the feature briefly and found steady lane positioning and solid speed control using the regenerative braking. But it’s still not a perfect system or one to rely on all the time; when I attempted to use the system to cruise on US-101 around Palo Alto, it kept disabling itself as it couldn’t see the faint-and-inconsistent lane markings that we had no issue seeing. 

GMC has managed to accommodate tall people so well in front and in back, allowing plenty of headroom and a great view outward. Seats are plush yet supportive front and rear.

The cabin is super-quiet, aided by three things: an active-noise cancellation function for the Bose audio system, additional noise padding underneath compared to GMC’s other models, and acoustic side glass. It adds up to the ambience of a luxury vehicle. 

That ambience holds in this Denali version, with fine stitching details in the front perforated seats, patterned speaker grilles, laser-cut wood trim, and a tight fit and finish throughout. We’ll see if these standards hold for the less-expensive versions to come. 

2025 GMC Sierra EV Denali

2025 GMC Sierra EV Denali

More GMC electric trucks on the way—but when?

GMC has said that more affordable Sierra EV AT4 and Elevation models are due in 2025, although it hasn’t confirmed whether that will be for the 2025 or 2026 model year. GM also hasn’t given an update on when it plans to ramp up production of these trucks at its Lake Orion, Michigan, plant where it ceased building the Bolt EV nearly a year ago. Until then, output will be limited. 

But it’s easy, also, to envision an even more kitted-out version of the Sierra EV with magnetic ride—to quell the hold-on-tight, amusement-park-ride feeling you get in the Sierra EV when accelerating rapidly on imperfect pavement. Perhaps those are the changes that will elevate this platform for the upcoming Cadillac Escalade IQ. 

GM has overcome lots of preconceptions—including my own—and shown what a great electric truck it can make. Now it needs to make more of them. 


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

#Review #GMC #Sierra #Denali #multitasks #max
- Advertisement -

Xiaomi raises delivery target yet again for its new EV, as ‘demand surges’

0
Xiaomi raises delivery target yet again for its new EV, as ‘demand surges’

China’s Xiaomi has reported a 30.5% growth in third-quarter revenue for its EV business, with the company also bumping up its yearly delivery target for the SU7 series EVs to 130,000 units.

Back in May, Xiaomi – the world’s third-largest smartphone maker – had said that it planned to build 100,000 EVs by the end of the year, with the company well on its way to achieving that goal. CEO Lei Jun said on his social media account that the company was bumping up its previous target of 120,000 of its first EV as “demand surges,” reports Reuters.

Last December, Xiaomi debuted its first vehicle, the SU7, which officially launched in March, offering three versions – Standard, Pro, and Max, with the Standard starting at $30,761 – strategically about $4,000 cheaper than the price of Tesla’s Model 3 in China. A souped-up hypercar version, the Ultra, has also since been unveiled.

Xiaomi SU7 Ultra. Source: Xiaomi

Since its launch, the SU7 has been a hit in China and is set to easily surpass production goals of 100,000 units one month early. To boost that momentum, Xiaomi now expects to complete the construction of an expansion of its EV factory in mid-2025, which should ramp up its numbers even more – at least, that’s the aim.

In the third quarter of this year, Xiaomi has said that it delivered 39,790 units of the SU7, for a total sales figure from its March launch to the end of September to 67,157 units.

Huatai Securities has forecast Xiaomi will deliver 400,000 EVs in 2025, with its EV business accounting for about a fifth of its revenue compared with 8% this year, Reuters reports.

Of course, analysts have predicted the company would lose money on its SU7, to the tune of around $10,000 a vehicle, but the smartphone maker has a tidy cash reserve of $15 billion to help it weather the storm.

Xiaomi SU7
Source: Xiaomi Weibo account

While facing plenty of competition in China from the likes of BYD, the company has, for one, tremendous brand appeal to the Chinese consumer, who are already familiar with its products and user interfaces. In addition to an alluring price point, the SU7 is a connected car that syncs with other devices. Compared to other EV makers, Xiaomi, too, has an edge on software and a jumpstart on autonomous driving, which it has been testing on roads for a few years.

The company says it plans to invest $10 billion over the next 10 years in building its EV empire, reports have said. By the end of the year, the company expects to expand to 22 sales stores, 135 service centers, and 53 delivery hubs in 59 cities.


If you’re an electric vehicle owner, charge up your car at home with rooftop solar panels. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing on solar, check out EnergySage, a free service that makes it easy for you to go solar. They have hundreds of pre-vetted solar installers competing for your business, ensuring you get high quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use and you won’t get sales calls until you select an installer and share your phone number with them. 

Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisers to help you every step of the way. Get started here.

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


Advertise on EV Magazine
Source link by Electrek
Author Jennifer Mossalgue

#Xiaomi #raises #delivery #target #demand #surges
- Advertisement -

The economic case for green steel production at a Michigan steel mill

0
Chart: Steelmaking is starting to go electric

Dearborn, Michigan, was at the heart of auto industry innovation during the days of the Model T Ford.

Now clean energy and environmental justice advocates are proposing that the city play a lead role in greening the auto industry, through a transformation of the Dearborn Works steel mill to green steel” — a steelmaking process powered by hydrogen and renewable energy with drastically lower emissions than a traditional blast furnace.

The blast furnace at Dearborn Works is due for relining in 2027, at an estimated cost of $470 million. Advocates argue that instead of prolonging the blast furnace’s life, its owner, Cleveland Cliffs, should invest another $2 billion dollars and convert the mill to Direct Reduced Iron (DRI) technology powered by green hydrogen (hydrogen produced with renewable energy).

An October report by Dr. Elizabeth Boatman of the firm 5 Lakes Energy examines the economics and logistics of such a conversion, and argues that demand for cleaner steel is likely to grow as auto companies and other global industries seek to lower their greenhouse gas footprints. Starting in 2026, steel importers to the European Union will need to make payments to offset emissions associated with steel production.

Worldwide, the auto industry is the second largest consumer of steel after construction, and being able to pass on the price of a green steel premium’ to its end consumers, the automotive industry is uniquely positioned to create demand for green steel without having to rely on public subsidies,” the European Union think tank CEPS said in a recent publication.

This is a great chance for the state to step in now and ensure this conversion happens, instead of waiting another 20 years,” said Boatman. All the economic indicators suggest clean steel is the steel product of the future, and the best way to future-proof jobs especially in the steel sector and especially for unions.”

Cutting pollution, creating jobs 

Cleveland Cliffs is planning to convert its Middletown, Ohio, steel mill to DRI, tapping a $500 million federal grant for industrial decarbonization under the Bipartisan Infrastructure Law and Inflation Reduction Act.

A DRI furnace does not need to use coke or heat iron ore to 3,000 degrees Fahrenheit to produce pure pig iron”; the same result is achieved with a different chemical process at much lower temperatures. DRI furnaces can be powered by natural gas or clean hydrogen. Initially, Cleveland Cliffs says, its Middletown mill will run on natural gas, releasing about half the carbon emissions of its current blast furnace. Eventually, the company announced, it could switch to hydrogen.

Along with slashing greenhouse gas emissions, a similar green steel conversion at Dearborn Works would greatly reduce the local air pollution burden facing residents in the heavily industrial area, which is also home to a Marathon oil refinery, a major rail yard, and other polluters.

But it wouldn’t be cheap. Boatman’s report estimated the cost of converting a blast furnace to a DRI furnace and associated electric arc furnaces at $1.57 billion, plus $2.6 billion to build a green hydrogen plant. Utility DTE Energy would need to work with grid operator MISO to add about 2 GW of solar and 2 GW of wind power, plus battery storage, to the grid to power the green hydrogen production.

The conversion would mean closure of the EES Coke plant, which turns coal into coke for the steel mill, on heavily polluted Zug Island in the River Rouge just outside Detroit, five miles from Dearborn. In 2022, the EPA sued the coke plant, a subsidiary of DTE Energy, over Clean Air Act violations.

A recent study by the nonprofit Industrious Labs found that the EES Coke plant could be responsible for up to 57 premature deaths and more than 15,000 asthma attacks. The report also found that more than half the people living within a three-mile radius of both the steel mill and coke plant are low-income, and three-quarters of those living around the coke plant are people of color, as are half those living around the steel mill.

The total health costs are quite significant,” said Nick Leonard, executive director of the Great Lakes Environmental Law Center, which is representing local residents as intervenors in the EPA lawsuit against the coke plant. We allow companies to externalize those costs and not account for them. If they were required by some sort of change in policy or regulation to be responsible for those costs, it would certainly make the case they could make this expensive switch” to green steel.

The law center also represented residents in legal proceedings around Dearborn Works’ Clean Air Act violations, including a 2015 consent decree and a 2023 mandate to install a new electrostatic precipitator at a cost of $100 million.

Leonard said local residents know Cleveland Cliffs poses a risk to their health, and they want solutions. They know there’s a problem — they are frustrated by the lack of will or attention from state and local government.”

Cleveland Cliffs did not respond to a request for comment.

Why Michigan?

The country’s active steel mills are concentrated in Pennsylvania, Indiana, Ohio, and Michigan. Advocates and residents are asking Nippon Steel to consider a green steel conversion at the Gary Works mill in Northwest Indiana, if the global corporation succeeds in acquiring Gary Works owner U.S. Steel. Advocates have also proposed green steel conversions for Pennsylvania mills.

Advertise on EV Magazine

Source link by Canary Media

Author Kari Lydersen


#economic #case #green #steel #production #Michigan #steel #mill

- Advertisement -

CATL's New Sodium-Ion EV Battery Works In -40 Degree Cold

0
CATL's New Sodium-Ion EV Battery Works In -40 Degree Cold

  • CATL’s second-generation sodium-ion cells can reportedly discharge normally even at -40 degrees Celsius (-40F as temperature scales converge). 
  • Depending on the make and model, EV batteries perform the best between 60F to 110F. The operating range can go much higher or lower, but that affects performance and range.
  • Sodium-ion battery production is in its nascent stage, but several battery makers, including BYD, CATL and Northvolt are betting on them for certain low-energy density applications. 

China is reaching new heights in diversifying the battery chemistries used in electric vehicles. The country is already leading in subcategories of lithium-based chemistries, like nickel-manganese-cobalt (NMC), nickel-aluminum-cobalt (NCA) and lithium-iron-phosphate (LFP). Earlier this year, state-run utility company China Southern Power Grid even deployed sodium-ion batteries for stationary energy storage. Now CATL, the world’s largest battery maker, claims to have unlocked new levels of extreme weather performance with sodium-ion batteries.

The role of sodium ions is similar to lithium ions, where charge-carrying ions travel between the positive and negative electrodes during the charge and discharge cycles. Studies suggest that sodium-ion batteries could eliminate the pesky traits of lithium-ions: There’s less risk of thermal runaway, they can operate at varied temperatures and crucially, the cost of sodium hydroxide, a key raw material, is far lower than lithium-hydroxide. (Although battery companies have reached better economies of scale with lithium-ions.) 

Sodium-ion batteries have already entered production in China. Cars that use them include the Yiwei EV produced by Volkswagen-backed JAC and the JMEV EV3. Speaking at the World Young Scientists Summit, CATL chief scientist Wu Kai said that its second-generation sodium-ion cells can discharge normally even at -40 degrees Celsius, as per several local Chinese media reports. That means EVs with such batteries won’t lose range under frigid temperatures, which could help address some of the lingering concerns regarding the extreme weather performance of batteries. They will launch in 2025 in China, with mass production expected to begin in 2027.

Extreme heat and extreme cold are both enemies of a lithium-ion battery. In extreme cold, chemical processes within a cell slow down, as lithium-ions can’t move as freely as they can under normal temperatures. Similar to how water struggles to flow through frozen pipes, electrical energy in a cold battery faces more resistance. This leads to lower driving range, longer charging times and prolonged exposure to extreme temperatures can even impact long-term battery health. At least in theory, sodium ions solve this problem as they’re far more resilient.



Photo by: CATL

Tesla’s 4680 NCM cells in some newer Model Ys have an estimated energy density of up to 296 watt-hours per kilogram, as per some early teardowns. Sodium-ion batteries are less energy-dense. While CATL has not disclosed the energy density of the new cells, it reportedly aims to reach a figure of 200 Wh/kg—a tough goal given that even LFP batteries have only recently hit that mark. That would only be appropriate for low-range EVs or entry-level trims. Some reports also claim sodium-ion batteries are expected to replace 20-30% of LFP batteries in select applications.

A study published in the U.S. government’s National Library of Medicine calls sodium-ion batteries a “rising star.” Battery giants like CATL, BYD, and Sweden’s Northvolt are already investing in and developing these next-generation cells. So either way, one thing is clear: the future of battery chemistry isn’t headed in a single direction but will likely embrace a mix of chemistries tailored to specific use cases.

Contact the author: suvrat.kothari@insideevs.com

Advertise on EV Magazine

Source link by Battery Tech – News and Trends | InsideEVs

Author


#CATL039s #SodiumIon #Battery #Works #Degree #Cold

- Advertisement -

Watch Kia’s new EV4 hatch carve up the Nurburgring, nearly on two wheels [Video]

0
Watch Kia’s new EV4 hatch carve up the Nurburgring, nearly on two wheels [Video]

Kia’s upcoming entry-level EV has finally made its way to the famous Nurburgring for testing. The EV4 hatch was spotted ripping across the track, nearly on two wheels at one point, as Kia preps for its big debut.

According to Kia, the EV4 is “an entirely new type of EV sedan. ” It was first unveiled last October during Kia’s first annual EV Day, alongside the EV3 and EV5 as part of its new low-cost lineup.

The EV5 launched in China last year, while the EV3 is already rolling out in Korea and Europe. Next up, we will finally see the production version of the EV4.

Although its four-door format suggests it’s a sedan, Kia said the EV4’s bold design is a symbol of the company’s innovation. Its low nose, long-tail silhouette, and added roof spoiler give it an almost racecar-like feel.

With its official debut approaching, Kia’s EV4 has been spotted out in the wild several times. Last week, it was caught testing in the US for the first time.

A hatchback model has also been spotted. It was first caught on European roads this summer and in the US earlier this month.

Kia-EV4-Nurburgring
Kia EV4 (back) showcased alongside EV9 (left) EV3 (middle), and EV5 (right) (Source: Kia)

Kia EV4 hatch takes on the Nurburgring as debut looms

After the EV4 was spotted racing across the Nurburgring for the first time, we are getting our best look yet at the upcoming Kia model.

The video from CarSpyMedia shows the EV4 hatch carving up sections of the track. Several times, you can see the EV4 is being pushed to the limits, nearly going up on two wheels.

Kia EV4 hatch testing at Nurburgring (Source: CarSpyMedia)

However, with a low center of gravity and likely added stabilization tech, the EV4 appears to handle it with ease. You can also see the difference between the sedan model and the hatchback, with the bulky backside.

As it takes on the track, it almost looks like the 576 hp EV6 GT, Kia’s fastest and most powerful car. At least for now.

Kia-EV4-hatchback
Kia EV4 sedan concept (Source: Kia)

Kia is expected to officially reveal the EV4 by the end of the year, with deliveries starting in 2025. Prices are expected to be in the $30,000 to $40,000 range. The hatchback model is likely aimed at Europe, but it could also find a market in the US as buyers drift toward more efficient options.

Ahead of the LA Auto Show later this week, Kia is teasing five new vehicles for the US, at least one being an EV. Will it be the EV4? EV3?

Source: CarSpyMedia

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



Source link by Electrek
Author Peter Johnson

#Watch #Kias #EV4 #hatch #carve #Nurburgring #wheels #Video
- Advertisement -

Mercedes-Benz CLA EV prototype covers 2,309 miles in 24 hours

0
Mercedes-Benz CLA EV prototype covers 2,309 miles in 24 hours

  • A Mercedes-Benz CLA EV prototype toppled a record set by Porsche Taycan
  • Mercedes drove prototype 2,309 miles in 24 hours around Nardo test track
  • Production Mercedes CLA EV could become most efficient U.S.-market EV

Records are meant to be broken, and Mercedes-Benz has just busted one set by Porsche.

In April, Mercedes-Benz quietly took an electric CLA-Class prototype to the Nardo test track with the aim of seeing how many miles could be driven in 24 hours. The answer ended up being 2,309 miles, which set a new record.

2026 Mercedes-Benz CLA EV prototype sets distance record at Nardo

2026 Mercedes-Benz CLA EV prototype sets distance record at Nardo

Under what was internally codenamed Project N—the N stood for Nardo—the team took two close-to-production prototype electric CLAs and aimed to set a record. Porsche set the previous record of 2,128 miles back in 2019 with a Taycan.

The entire feat took 40 charging breaks, with each break lasting about 10 minutes. The 2026 CLA can add 186 miles of range, or about 36 kwh to its 85-kwh battery pack, in 10 minutes, according to Mercedes, when started at a 10% state of charge. The automaker said that 10 minutes should bring the pack to 50%.

2026 Mercedes-Benz CLA EV prototype sets distance record at Nardo

2026 Mercedes-Benz CLA EV prototype sets distance record at Nardo

That rapid charging is enabled partly by the CLA’s 800-volt electrical architecture, just like the Taycan has. 

The record-setting electric CLA started out at 100% state-of-charge and the team optimized the charging strategy in real time to take into account air temp and environmental factors such as wind. The team also had to take into account the fact the charger was located in a particular spot on the track, so the stops were planned, and the state of charge at which the car got plugged in was not consistent.

Mercedes said the ambient air temperature ranged from 55.4 degrees Fahrenheit at night to 84.2 degrees during the day.

2026 Mercedes-Benz CLA EV prototype sets distance record at Nardo

2026 Mercedes-Benz CLA EV prototype sets distance record at Nardo

The car’s average speed during the test was 96.2 mph with the car’s top speed of 130 mph reached during the session.

The team consisted of six drivers and three shift changes with the rear-wheel-drive CLA EV. A single 200-kw permanently synchronous motor sent 268 hp to the rear wheels. Its 2-speed automatic transmission aided with the efficiency, according to Mercedes.

The Porsche Taycan isn’t the most efficient EV on the market. That distinction is held by the Lucid Air with its 5.0 mi/kwh range rating. But the Taycan consistently overachieves and overdelivers above and beyond its EPA range ratings in real-world driving, which could be attributed in part to its 2-speed transmission and taller cruising ratio. Should the production version top the Air, as Mercedes appears to claim for its prototype, it would herald a new efficiency king when the 2026 CLA EV arrives later in 2025. 


Mercedes-Benz paid for travel and lodging along with some German pretzels for Green Car Reports to bring you this firsthand report.



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

#MercedesBenz #CLA #prototype #covers #miles #hours
- Advertisement -