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Chicago community group advances EVs, despite federal setbacks

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Clean cement startup Brimstone can make another key material: alumina

BCDP is also adding its input into initiatives like the Chicago Transit Authority Better Streets for Buses plan, which aims to expand clean transportation options and develop safer streets in communities of color.

If you’re gonna electrify your bus fleet, why would you launch the 20 or 30 new electric buses anywhere other than in a Justice40 community where the air quality is poorest, where the need for a clean energy transportation solution is greatest?” Davis said, referring to the Biden administration program that aimed to ensure that Black, Brown, and Indigenous communities would receive a substantial proportion of allotted federal funds and other resources.

A community-led approach to electric transportation planning

In 2024, BCDP participated in the National Renewable Energy Laboratory’s Clean Energy to Communities program, which supports community-led projects. BCDP also collaborated with NREL, Argonne National Laboratory, and local universities to launch the EV Institute, according to Davis.

The EV Institute, still under development, has been tasked with empowering the community to implement mobility and transportation equity. For example, there are plans to provide in-person and online education about the benefits of electric vehicles, according to Davis.

This holistic view reflects BCDP’s forward-thinking approach to electrifying transportation, said Julia Hage, manager of the transportation team at the Center for Neighborhood Technology in Chicago, which works with BCDP on its clean energy and community development initiatives.

Like many environmental justice community organizations, BCDP is taking the lead on its own initiatives around economic development, resiliency, and climate mitigation, Hage said.

While welcoming technical assistance and financial resources from outside organizations, environmental justice–based community organizations are nonetheless taking a more assertive approach toward self-determination. The Center for Neighborhood Technology has embraced its supporting role in empowering environmental justice communities to take their rightful seats at the clean energy transition table, Hage said.

Oftentimes with these different progressions of technology and transportation, the communities are left behind because they’re not included in these conversations,” Hage said. A lot of harm has been done to communities because of top-down planning decisions.”

Beyond collaborating with BCDP on transportation electrification, Hage said her organization is pulling the group into transportation equity work, too.

This approach was evident in a recent EV 101” information session that the Center for Neighborhood Technology conducted to educate community-based organizations on how to promote electric vehicle adoption, in which BCDP acted as both a participant and a subject-matter expert.

[BCDP was] able to also provide information to other CBOs, which I thought was a really cool benefit of having a cohort of community-based orgs,” Hage said. No matter where they were in their journey of electrification or clean transportation, they could share with each other things that they knew from their experience.”

What does federal funding disruption mean for environmental justice efforts?

While the Center for Neighborhood Technology and BCDP have multiple sources of funding outside the federal government, the sudden inability to rely on federal funding has made it harder for them to carry out their mission.

That’s part of our story now, too. We’re going to continue this decarbonization even in the face of all these cutbacks,” Davis said. We have community engagement programs that are now on hold that we were relying on for this year and the summer. That won’t happen, at least not in a timely manner, but we’re going to do this anyway because we’re using mostly city and state funds.”

The federal government’s abrupt cancellation of promised funds has had a profound impact on the broader environmental justice community that the Center for Neighborhood Technology and BCDP are a part of. In the resulting atmosphere of uncertainty, many of these organizations are questioning any future reliance on the federal government, Hage said.

The really alarming thing is, we’re seeing these full-on pauses and stop-work orders; resources that have been already allocated are being told to stop,” Hage said. Some speculate like, Oh, it’s just to confuse us. It’s just to make us scramble. They’ll have to go back on this. There’s no way.’ And there’s other folks who are kind of like, We can’t even trust this money anymore.’ We’re still just kind of on edge, like, Hey, is this going to happen?’”

One potential strategy is to advocate for state and local clean energy regulations and carbon-free transportation initiatives, along with increased emphasis and reliance on state-level organizations, such as the Illinois Environmental Protection Agency, Hage said.

I am sure organizations right now don’t want to find themselves in this situation,” Hage said. And I’m sure that they will want to redirect their focus on What are grants that won’t be suddenly paused or suddenly taken away from us?’ And that’s why I think the focus on state and local resources is in conversation. Though, a lot of state money comes from the federal government. So, it’s kind of about How do we best utilize this money while we have it?’”

The federal government’s purge of environmental justice data makes it harder to direct resources to where they are most needed. Nonetheless, BCDP and other environmental justice–focused organizations are determined to continue moving forward while acknowledging the significance of the challenges ahead.

The freezing of federal grants and loans previously appropriated by Congress has been disruptive and is being challenged in court as unlawful overreach. The ultimate impact, therefore, is not yet fully known,” Davis said in an email.

However, we remain undaunted in our work advancing renewable energy and clean transportation as economic and workforce development opportunities that make our communities healthier, safer, more livable and sustainable.”



Source link by Canary Media

Author Audrey Henderson


#Chicago #community #group #advances #EVs #federal #setbacks

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First look: 2026 Mercedes-Benz CLA EV, hybrid split the bill

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First look: 2026 Mercedes-Benz CLA EV, hybrid split the bill

  • Battery-electric CLA 250+, CLA 350 arrive first
  • Non-PHEV CLA hybrid coming in a year
  • EVs have 800-volt architecture, 320-kw max charging

Mercedes-Benz will kick off the replacement of all its global small cars this year—and when they do, all the models coming to the U.S. will sport some sort of electrification. But some will be more electric than others.

Battery-electric CLAs will be the first of the new generation of compact cars to arrive late in 2025. They’ll be followed by a CLA hybrid about a year after that, with replacements for the GLA-Class hatchback and GLB-Class yet to come. 

Not part of the current plan: plug-in hybrids.

Instead, the MMA componentry will be BEV-first, said Christoph Starzynski, Vice President Product Strategy and Product Steering Mercedes-Benz Cars, while a non-plug-in hybrid will follow. 

It’s a strategy that has been in the works since the MMA program, Starzynski told Green Car Reports. The blend of EV and ICE models was the way MMA “was always planned as a platform or architecture,” he said during a recent roundtable in Sindelfingen, during a press preview of the new range.

2026 Mercedes-Benz CLA-Class

2026 Mercedes-Benz CLA-Class

CLA EV: An 85.5-kwh core, with a motor or two

While the revamped CLA-Class grows larger and more technologically complex, it’s drawn closer to a few new nameplates in the EV space. Some aging products aside, the cars the CLA now competes with most directly include mass-market machines like the Toyota Prius and the Hyundai Ioniq 6.

With rivals like those, the 2026 CLA had to have an efficient battery at its heart. For the past few years, Mercedes has been maturing its EV technology with a series of concepts, starting with the recent EQXX concept

Both a single-motor and a dual-motor CLA will be offered. The CLA 250+ rear-drive, single-motor sedan rides atop an 85.5-kwh (usable) lithium-ion battery pack. It’s rated at 268 hp, and Mercedes predicts a 0-60 mph time of 6.6 seconds.

With a second 107-hp motor in front, the CLA 350 4Matic will offer all-wheel drive and a quicker acceleration time of 4.8 seconds. The front motor will be decoupled when not in use, for better efficiency, an effort that’s in concert with a heat pump and a low 0.21 coefficient of drag.

The 800-volt architecture of the CLA permits a charge rate of up to 320 kw, which could return 186 miles of range in 10 minutes on a DC fast charger. No estimates have been published for home Level 2 charging via its 11-kw onboard inverter. Based on WLTP ranges, it’s likely the most CLA 250+ will carry at least a 300-mile EPA rated range—perhaps much higher.

2026 Mercedes-Benz CLA-Class

2026 Mercedes-Benz CLA-Class

The CLA will benefit from a reworked regenerative braking system that avoids the pitfalls of that on the EQE and EQS cars. Instead of moving the pedal in response to regenerative braking, it will read the pressure applied to the pedal and blend regen and friction braking for a more smoothly combined force.

The CLA EV will have four regen modes—including a one-pedal drive mode. It’s “not something I’m a fan of,” Starzynski said, but customers wanted it.

With its 800-volt design, the CLA presents a question for charging in the U.S., where 400-volt Tesla stations are the most commonly available. Mercedes cars will be able to access the Ionna charging network that it’s a partner in, but Starzynski did not confirm how Mercedes would handle the compatibility of those 400-volt charging stations. 

“If we see a market demand for 400 volts in the United States when the car hits the market,” he said, “then we will also find a solution.”

2026 Mercedes-Benz CLA-Class

2026 Mercedes-Benz CLA-Class

2026 Mercedes-Benz CLA-Class: Gas-electric hybrid, minus the plug

Starzynski said the BEV-first design has resulted in a better ICE vehicle than might have been developed. That ICE hybrid arrives about a year after the battery-electric CLA sedan. In it, a 1.5-liter 4-cylinder will be mated to a 1.3-kwh battery pack, and to a 27-hp front motor integrated with an 8-speed dual-clutch automatic. No performance numbers or fuel-economy figures have been mooted, but Starzynski confirmed the CLA hybrid would be able to rely on its hybrid battery to allow the car to cruise on battery power alone at speeds of up to 60 mph.

The CLA hybrid will have electric drive range—just “not something you can certify,” Starzynski said—but there are no plans to come up with a “third way” solution for the car.

As a BEV or HEV, but not a PHEV, the CLA will remain one of the only, if not the only, Mercedes model to do so. A plug-in hybrid in this price and size class wouldn’t be a good choice, he suggested. In larger vehicles that require a more powerful drivetrain, plug-ins are a good “bridging scenario,” he explained. Given the possible cost and range trade-off, customers haven’t been clamoring for a CLA-sized PHEV—but for vehicles such as the GLC 350e plug-in hybrid now on sale in the U.S., the bridge to full-BEV driving is “definitely a strategy we want to keep.”

2026 Mercedes-Benz CLA-Class

2026 Mercedes-Benz CLA-Class

2026 Mercedes-Benz CLA-Class styling, space, and tech

The 2026 CLA—both electric and hybrid models—get lots of stars in their visual language in this generation. With a more pronounced wedge in its stance, the CLA EV wears 142 tiny three-pointed stars on its face, a big lighted one front and center, and more in the headlights and taillights. 

The wide-screen technology inside counts as another star, by any measure. A trio of digital displays marry under a pane of glass to create the “Superscreen,” a companion to the more expansive Hyperscreen in today’s EQE and EQS cars. The overpowering presence of the displays in the compact CLA might play better on the GLB SUV replacement yet to come—it’s a high-cowl, SUV-like dash shape, period—but the new interface plays well no matter who’s in the audience. It’s an immersive experience dubbed MB.OS, and it permits drivers to reorder apps on the home screen as they see fit, to swipe through screens like on a tablet, and to go full-screen with Apple CarPlay if they prefer that environment.

2026 Mercedes-Benz CLA-Class

2026 Mercedes-Benz CLA-Class

MB.OS factors in Google map data through a Mercedes-coded look and feel that even integrates lighting and voice quality to soothe the driver. If the voice-command system recognizes a tersely worded request, it can match the energy by dialing the car’s lighting from a cool blue to a vivid red, for example. 

All CLAs will sport a bundle of safety features including adaptive cruise control. A Level 2 driver assistance setup will come as an option, aided by an in-car network of eight cameras, five radar sensors, and 12 ultrasonic sensors, as well as over-the-air updates. 

Prices will be confirmed closer to the on-sale date, later this year. For comparison, the current CLA 250 costs $45,550. Expect more of everything, especially price—especially in the current EV-unfriendly political climate. 

Mercedes-Benz paid for travel so that we could bring you this first look of the 2026 CLA-Class.



Source link by Green Car Reports
Author news@greencarreports.com (Martin Padgett)

#MercedesBenz #CLA #hybrid #split #bill
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Thursday’s EV engineering webinar schedule: March 13, 2025

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Thursday’s EV engineering webinar schedule: March 13, 2025

This week Charged is hosting a virtual conference on EV engineering that’s free to attend. The conference includes live webinar sessions with interactive Q&As and on-demand webinars. View the daily session schedule online here.

All of the live sessions will be recorded and available to view after the broadcasts. The recorded videos can be accessed on each session’s registration page.

Thursday, March 13th Webinar Topics:

8:45 am EDT
Testing BMS Systems On Signal Level With Cell Controller Virtualization
Join this session

9:15 am EDT
Revolutionary xEV Power Conversion Saving Cost And Space
Join this session

9:30 am EDT
Utilizing High Efficiency Power Electronics To Support Charger Infrastructure BESS
Join this session

10:15 am EDT
Designing Dust Collection Systems For Optimal Battery Production
Join this session

11:00 am EDT
The Power Behind EV Traction Inverters: Why DC Link Capacitors Matter And What To Consider In Selection
Join this session

11:45 am EDT
Second Life ESS Considerations For EV Batteries: A Global Regulatory Overview
Join this session

12:30 pm EDT
SelVCD: A Revolutionary Way Of Driving Power MOSFETS In Gate Driver Application
Join this session





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Author Charged EVs


#Thursdays #engineering #webinar #schedule #March

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The smell of toasted rock could spell victory for geothermal energy

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Clean cement startup Brimstone can make another key material: alumina

The tests so far amount to the karate demonstration where someone chops through a stack of two-by-fours: Most impressive but not a commercially viable way to chop wood. The next step is obvious — Quaise needs to get out and drill into the earth. That’s coming soon.

Quaise obtained a test site in north Houston where it can drill up to 100 feet underground. The 100-kilowatt gyrotron system I saw firing up in the warehouse has already been moved to this field site, where Quaise is connecting it to a full-scale drilling rig owned by partner Nabors Industries; its mast will soar over 182 feet tall. Drilling should begin in April, cutting into an existing well stuffed with rock samples — outdoors but still a controlled environment.

Soon after, Quaise will swap that out for a new 1-megawatt system, delivering 10 times the power to speed up subsurface boring and maintain an 8-inch-diameter hole, bigger than the initial test holes. That device will use a comparable amount of power as is used by conventional drilling rigs, Araque noted.

Drilling 100 feet down is a start but far from sufficient. The company also secured a quarry site near Austin that provides the opportunity to drill nearly 500 feet through pure granite. Once the technology graduates to drilling thousands of feet, Quaise plans to piggyback on the existing drilling industry with its BYOG” approach.

Bring a gyrotron, bring the waveguide, bring the power supply, plug it into the drilling rig,” Araque said. There’s thousands of drilling rigs in the world. You just go and plug and play into them.”

New geothermal power plants coming soon

If and when the time comes to drill for actual power plants, Quaise aims to ride conventional drilling technologies as far as they’ll go. The plan is to hire traditional rigs to burrow through the first 2 to 3 kilometers of subsurface (up to nearly 2 miles) until the drill hits what’s known as basement rock.

After hitting basement rock, Quaise will swap drill bits for its millimeter-wave drill and blast to about 5 miles deep in favorable locations — even that far down, some places have easier access to heat than others. Operators will pump nitrogen gas into the hole to flush out the dust from vaporized rock as the drill moves ever deeper.

Quaise leaders did not disclose a timeline for the company’s first commercial deep drilling. At that point, Quaise will need to build an actual power plant and navigate the myriad permitting and transmission-connection hurdles that face renewables developers broadly. The company is running this development process in-house and already has multiple geothermal leases secured, a spokesperson noted.

In the meantime, a handful of other startups are making headway on commercial-scale geothermal plants, albeit with different approaches.

Fervo Energy has applied fracking technologies to geothermal drilling to make the process more efficient; after a successful 3.5-megawatt trial project in Nevada, the company began drilling the 400-megawatt Cape Station plant in Utah.

Closer in principle to Quaise, a Canadian startup called Eavor is developing ways to drill deeper than was economically practical before. Instead of reinventing the drill itself, Eavor defends it with insulation and shock cooling” to avoid crumbling in deep, high-temperature rock.

Most oil and gas directional drilling tools are rated for 180C temperatures, [but Eavor’s] insulated drilling pipe has a cooling effect on the tools making them work at even higher temperatures just by insulating the pipe,” a company spokesperson said in an email.

Eavor notched a big win in 2023, when it drilled a test well in New Mexico to depths of 3.4 miles and through rock as hot as 250 degrees Celsius. Now it’s drilling a closed-loop project in Germany to generate 8.2 megawatts of electricity and 64 megawatts of heating.

Taken together, geothermal innovators like Quaise, along with the somewhat less science-fictiony enhanced geothermal startups like Fervo and Eavor, could produce the clean firm” power that energy modelers say is necessary to balance out cheap wind and solar in the quest to decarbonize the electrical grid.

Advanced geothermal technologies could unlock a terawatt-scale resource that can deliver clean energy on demand,” said Jesse Jenkins, an authority on net-zero modeling and assistant professor at Princeton University. That would be an enormously valuable tool to have in our toolbox.”

Quaise could in theory supply those other geothermal innovators with a better type of drill to extend their range. But Araque insisted Quaise wants to be in the power generation business, not the widget business.

The company also has to manage an evident chokepoint in its development: those highly specialized gyrotrons. Quaise owns four, Araque said; the global gyrotron supply chain currently can’t handle an order for 10 more. That’s not an issue while Quaise works its way up to deep subsurface drilling, but the growth trajectory of the gyrotron suppliers could limit how much power-plant drilling the company can perform simultaneously in the future.

The work to extend from boring a few inches of rock to miles of it should not be underestimated, but Quaise has already crossed the more daunting chasm from never melting rock with an energy beam to doing so daily.

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Source link by Canary Media

Author Julian Spector


#smell #toasted #rock #spell #victory #geothermal #energy

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California GM EV owners could see $4,500 off home-backup hardware

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California GM EV owners could see $4,500 off home-backup hardware

  • Participation can All 2025 GM EVs eligible soon; a mix of 2024 and 2025 models eligible now
  • Additional incentives if owners opt to suspend charging during high-load times
  • Could help lay groundwork for future V2G program

General Motors electric vehicle owners in certain parts of California could receive a $4,500 discount on home-backup power hardware as part of a pilot program with utility Pacific Gas & Electric (PG&E).

Announced Thursday, the program aims to evaluate the use of the bidirectional charging capability built into many new GM EVs to help power homes, and potentially help support the grid, applications known as vehicle-to-home (V2H) and vehicle-to-grid (V2G), respectively. Discounted hardware will be one of the participation incentives for GM EV-owning PG&E customers.

The program will provide “incentivized pricing for qualifying GM Energy home energy products” to customers within PG&E’s service area, which includes Northern and Central California, the release said.

Cadillac Escalade IQ and GM Home Energy suite

Cadillac Escalade IQ and GM Home Energy suite

GM first detailed the hardware it’s using for home power backup in 2023, based around a particular wallbox it calls the PowerShift Charger, plus an Enablement Kit with inverter and “dark start” battery. Then last fall it rolled out its PowerBank home energy storage—although for now this hardware can’t be mixed and matched with hardware on other ecosystems like Tesla.

The automaker has said that all of its latest EVs, previously badged Ultium, are bidirectional-capable, with expanded capabilities to be potentially rolled out via software updates in the future. It expects all 2025-model-year EVs to be eligible for the program “soon,” but so far is only confirming the 2024 Chevrolet Silverado EV, 2024 Chevrolet Blazer EV, 2024 Chevrolet Equinox EV, 2024 GMC Sierra EV, and both 2024 and 2025 Cadillac Lyriq models.

Participants can also earn additional incentives by opting into “planned backup power events” and staying enrolled through the end of the program. Participating EV owners must also be registered in PG&E’s Emergency Load Reduction Program, and can earn additional incentives by choosing to stop charging their EVs during coordinated times as well.

Cadillac Lyriq and GM Home Energy suite

Cadillac Lyriq and GM Home Energy suite

GM and PG&E will collect data on participants’ charging patterns to “evaluate the potential for bidirectional technology to provide value to customers, support grid resiliency, and help scale bidirectional technology programs in California,” the release said. While the focus is on using EVs to provide home backup power for now, it could help lay the groundwork for using EVs to support the grid.

Ford has offered a bidirectional system for the F-150 Lightning for several years, although it’s focused on home backup and not the grid aspects highlighted with this announcement. The only manufacturer-approved V2G charger enabled now, beyond pilot programs, is the Fermata FE-20 for the Nissan Leaf. 


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

#California #owners #homebackup #hardware
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Toyota’s New EVs Get Big Battery Upgrades. Here’s Why They Matter

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Toyota’s New EVs Get Big Battery Upgrades. Here’s Why They Matter

Toyota made a big splash in Europe last week with major upgrades to the bZ4X and Lexus RZ crossovers, as well as the debut of the new C-HR+. Yet across the lineup, the real story lies beneath the surface: massive hardware upgrades, bigger batteries, upgraded motors and smarter tech.

The current Toyota bZ4X is not exactly class-leading in terms of range, charging or performance. It was in dire need of upgrades to truly resonate with the masses. Turns out, Toyota was listening to its growing base of customers who want great EVs.

While most of the details are Europe-specific for now, there’s little reason to believe these upgrades won’t arrive in the U.S. After all, Toyota invited American journalists to the unveiling, so a U.S. launch for some of this stuff is all but inevitable.

Bigger, More Energy Dense Batteries



Photo by: Lexus

The current bZ4X in the U.S. gets two battery sizes: 71.4 kilowatt-hours on the front-wheel drive, reportedly sourced from Prime Planet & Energy Solutions, Toyota’s joint venture with Panasonic and 72.8 kWh on the all-wheel drive, which comes from CATL.

The bZ4X now gets different batteries. The base version has a smaller 57.7 kWh unit and the longer-range model has a larger 73.1 kWh unit. Its Chief Engineer, Masaya Uchiyama, told InsideEVs that these batteries are now more energy-dense and the number of cells has also increased.

It’s unclear who the suppliers are, but at some point, it’s good to assume it will be LG Energy Solution or Toyota’s own $14 billion battery plant in North Carolina. The latter will be ready to ship batteries for Toyota hybrids, PHEVs and BEVs from April. Toyota also announced in 2023 that LGES would begin supplying NCMA batteries for Toyota BEVs in the U.S. from 2025.

That said, the European-spec bZ4X would get up to 356 miles of range on the WLTP cycle. Those estimates are typically about 22% higher than EPA numbers, so we figure the bZ4X might still get roughly 280 miles of range stateside—substantially better than the maximum 252 miles on the current FWD version available here.

The new C-HR+ also gets an even larger battery. The crossover coupe, which is mechanically unrelated to its now-discontinued gas-powered namesake, will get a 57.7 kWh pack and a larger 77 kWh pack. Toyota estimates that the latter will deliver 373 miles of range on the WLTP cycle, so expect its EPA range to be close to 300 miles.

The Lexus RZ will also get these upgrades, including the bigger 77 kWh pack. If you’re an enthusiast, its 408 hp range-topping version would be the one to go for.

Improved Charging Performance



Lexus RZ (2025)

Photo by: Lexus

The current bZ4X is too lazy to gulp electrons, which means owners end up spending far too long at public fast-charging stations. Our pals at the YouTube channel Out Of Spec Reviews ran a charging test with a 2022 bZ4X. It went from 0-80% in over an hour, which is terrible for anyone planning a road trip.

The max DC fast-charging rate of 150 kilowatts is the same on the upgraded models, but Toyota engineers told InsideEVs that the charging curve is now flatter, which would mean more consistent speeds at a higher rate. As a result, Toyota claims the charging time has now been halved.

Level 2 charging has also improved and that’s crucial as most owners would likely end up plugging in at home. The peak for AC charging has been doubled from 11 kW to 22 kW. Expect these upgrades to be uniform across models, including the bZ4x, C-HR+, Lexus RZ and quite possibly the Subaru iterations of the same.

Battery Preconditioning, Route Planning, Upgraded “eAxles”



Toyota battery preconditioning

Photo by: Lexus

Battery preconditioning is another welcome addition to Toyota EVs. It will now be standard and should also improve charging speeds. This would ensure that the battery would reach optimal temperatures by the time the vehicle arrives at a charging station. And also improve the pack’s thermal management.

Customers will be able to activate battery preconditioning manually or automatically with route planning, which is also new for Toyota BEVs. Earlier, owners had to use the Toyota smartphone app for route planning, but the new models will be natively equipped with this feature. So when you enter a destination, the vehicle will suggest charging stops along the way.



2025 Toyota bZ4X Interior

Photo by: Toyota

2025 Toyota bZ4X Interior

The electric motors are now more powerful with silicon carbide inverters, which makes them more efficient and powerful. The bZ4X has a maximum output of 343 hp whereas the Lexus RZ will deliver 408 hp. That’s pretty sick for the bZ4X, especially, as it’s supposed to be a mass-market family crossover.

Speaking of the motors, Toyota said its “eAxle” electric motor system is also upgraded. On the RZ, for example, the front and rear motors will have an identical power output, which Toyota says will help with better power distribution. It also said that the all-wheel-drive system now reduces pitch while acceleration and minimizes dive during braking by redistributing brake force between the axles.

A Real Shift For Toyota



Toyota BZ4x 2025

Photo by: Toyota

Some of these upgrades already exist on newer EVs. But remember that for Toyota—long criticized as a laggard in the EV space—it’s a big shift. 

Toyota also has several advantages over newcomers, like millions of loyal customers and an established network of dealerships and service centers. And now that the world’s largest automaker is finally onboard with EVs, it has the power to steer the entire car industry towards taking EVs more seriously.

Have a tip? Contact the author: suvrat.kothari@insideevs.com

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#Toyotas #EVs #Big #Battery #Upgrades #Heres #Matter

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Tech: How Telematics Can Help You Be a Better Driver

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Clean cement startup Brimstone can make another key material: alumina

Connected Technology Keeps You on a Safe & Fuel-Efficient Path

Story by Martin Banks

This article may contain affiliate links.

Internet of Things (IoT) technology is everywhere today, from the home to the office. One of the less familiar yet more exciting applications of IoT devices is in vehicles. One application of this technology, telematics, has seen rising popularity in both consumer and commercial circles–and it’s easy to see why.

Telematics covers a broad spectrum of technologies, from GPS navigation to IoT-enabled maintenance computers. Now, you can find all of these features on a single device, sometimes built into the vehicle itself. With the telematics market poised to reach $103 billion by 2022, the benefits of these technologies are increasingly evident.

Telematics for the save
Embedded technology can make you a better driver

Here are a few ways telematics can help you become a better driver.

1. Highlighting Mistakes

The first and perhaps most impactful way telematics make you a better driver is by revealing your driving patterns. These devices can show you data about how you accelerate, brake or make other choices. This information, in turn, will show your strengths and weaknesses as a driver, revealing a path to improvement.

This function is also the underlying idea behind usage-based insurance (UBI), which many insurers have now adopted. Progressive was the first to offer UBI programs, using GPS technology to provide mileage-based discounts. Now, these systems are more advanced, letting insurers offer discounted rates based on how and where you drive.

The promise of lower insurance rates offers a monetary incentive for better driving. When you know that insurers can see how you drive, you’ll be more likely to practice safe driving behaviors.

2. Reminding You of Maintenance Needs

How you act on the road isn’t the only part of being a good driver. Keeping your vehicle in top condition matters, too, especially for commercial fleets that depend on their trucks making long trips.

More advanced telematics systems can monitor engine performance, fluid levels and other maintenance factors, revealing when you should tend to them.

Vehicles’ maintenance needs rarely fall along a regular schedule. New cars can go anywhere between 7,500 to 10,000 miles between oil changes, but this changes as they age. Telematics takes the guesswork out of the equation by showing precisely when a vehicle needs maintenance.

These services prevent costly breakdowns and keep vehicles in prime condition, providing improvements like higher fuel efficiency. Since fuel expenses account for the highest amount of operating cost waste, these benefits are especially valuable to fleets.

telematics for the save
Telematics can save you looking for the best route

3. Optimizing Routes

Perhaps the most straightforward way telematics can help you be a better driver is by getting you to your destination faster. GPS navigation is arguably the most familiar telematics use case, and one of the most helpful.  With the use of bluetooth modules, the car can connect seamlessly to a technological device that gives it instructions or directions. As these systems become more advanced, they can consider more factors when planning routes, providing the best path for any circumstance.

Telematics systems enable other people to see a vehicle’s real-time position, too. This transparency lets fleets estimate and communicate delivery times while the same system optimizes drivers’ routes. These device networks can determine the best paths to deliver items in minimal time and with minimal fuel consumption.

This same technology is what enables ride-sharing apps like Uber and Lyft to work, too. Telematics through drivers’ phones can find the nearest available driver for any given passenger.

4. Making Your Vehicle More Eco-Friendly

As environmental concerns grow, being a sustainable driver has become more critical. Telematics can help in this area, too, through the secondary impacts of their other features. When your car is in top condition and travels as efficiently as possible, its environmental impact will keep to a minimum.

Changing your oil regularly can improve mileage, as it takes less energy to move lower-viscosity fluids. Since telematics offers more accurate data about when you should change your oil, they prevent mileage-harming buildup. As a result, you end up using less fuel by producing fewer carbon emissions.

Route optimization also improves fuel economy by taking drivers along the most efficient paths. Sustainability may not be the primary goal of telematics, but it’s a beneficial side effect. As fleets face emissions regulations and drivers grow more concerned about the environment, these benefits become all the more valuable.

Telematics for the save
A safer and more fuel-efficient path

Telematics Can Make Travel Safer, Cleaner, and More Efficient

Whether you drive for a living or just in your personal life, becoming a better driver is a goal everyone should have. Better driving and vehicle care behaviors will make roads safer, more eco-friendly and affordable. There are many paths to this goal, but telematics is one of the easiest and most effective.

Telematics technology provides transparency and data-based decision-making in areas typically full of estimates and guesses. These devices are improving travel all around for both consumer and commercial markets.

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The post Tech: How Telematics Can Help You Be a Better Driver first appeared on Clean Fleet Report.

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Author Martin Banks

#Tech #Telematics #Driver
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Toyota just gave the bZ4X the glow-up it deserves: Check out the new electric SUV

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Toyota just gave the bZ4X the glow-up it deserves: Check out the new electric SUV

Toyota’s first electric SUV is getting a major overhaul. The new bZ4X now has a bigger battery for more range, faster charging, dedicated EV features, a stylish facelift, and much more. Here’s our first look at the new Toyota bZ4X.

Toyota unveils new bZ4X with significant improvements

The bZ4X launched in 2022 as Toyota’s first fully electric SUV. Although it was expected to rival the Tesla Model Y and other top-selling electric SUVs, the bZ4X failed to live up to the task.

“I think it’s fair to say that we experienced a few bumps in the road during the launch,” Toyota’s chief branding officer, Simon Humphries, said during the company’s premiere event in Brussels this week.

Toyota listened to feedback from drivers, retailers, and journalists who experienced the bZ4X and delivered with the upgraded model.

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The new electric SUV has more driving range, up to twice as fast charging, and double the towing capacity. But, that’s not all. The bZ4X has been updated inside and out. The interior is completely redesigned with a new 14″ infotainment and instrument display panel.

Toyota-new-bZ4X
Toyota’s new bZ4X AWD model (Source: Toyota)

Toyota finally added a battery pre-conditioning feature as standard. For the first time, Toyota said the bZ4X can now fast charge in around 30 minutes in cold weather. Maximum DC charging power is still 150 kW.

A new route planning function that automatically selects the best charging station is also included. Toyota said the feature is available through an OTA update for current bZ4X drivers.

The new bZ4X has two battery options, 57.7kWh and 73.1 kWh. The smaller battery will be available exclusively in FWD while the larger battery has FWD and AWD configurations.

With up to 338 hp (252 kW), the upgraded AWD model is one of the most powerful Toyota vehicles in Europe. Its towing capacity has doubled to 1,500 kg.

Combined with an upgraded eAxle, the new long-range bZ4X has a WLTP driving range of up to 573 km (356 miles). That’s a significant improvement from the outgoing model’s range of up to 516 km (320 miles).

Although US specs have yet to be revealed, the 2025 bZ4X is rated with up to 252 miles on the EPA rating scale. When it arrives in the US, you can expect to see upwards of around 270 to 280 miles.

Toyota will launch the updated bZ4X in Europe later this year, one of three new EVs arriving by the end of 2025. The smaller Toyota C-HR+ and Urban Cruiser electric SUVs will join the updated model in Toyota’s growing European EV lineup.

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Author Peter Johnson

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DHL and Cox Automotive announce large-scale EV battery repair, remanufacturing logistics and storage center in the UK

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DHL and Cox Automotive announce large-scale EV battery repair, remanufacturing logistics and storage center in the UK

Logistics provider DHL Supply Chain and connected automotive services provider Cox Automotive are working together to deliver in-life EV battery services for UK manufacturers and fleets.

The new cooperation provides battery repair, remanufacturing logistics and storage services at DHL’s EV Centre of Excellence in Rugby. Designed to comply with the latest government regulations and meet current battery safety standards, the new facility has the capacity to handle thousands of EV batteries each year. DHL has invested over £800,000 in a Battery Energy Storage System to discharge EV batteries and recirculate energy back into the site and remanufacturing process.

“Handling, transporting and storing EV batteries is a complex process, presenting some unique challenges,” said Paul Stone, MD Manufacturing Logistics DHL Supply Chain. “We’ve been listening and working with the industry to create a more robust end-to-end solution for EV batteries that effectively and reliably addresses challenges for manufacturers and fleets. This cooperation represents a major step forward in creating a scalable circular economy for batteries in the UK.”

“With 35,000 square feet of dedicated battery repair space, we can deliver vital battery services to customers under one roof,” said Martin Forbes, President, Cox Automotive International. “This new facility provides our customers with a unique EV handling service as it complements our existing vehicle services location just 13 miles away in Bruntingthorpe.”

Source: DHL



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Ford EVs getting Tesla Supercharger route planning via Apple Maps

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Ford EVs getting Tesla Supercharger route planning via Apple Maps

Now that it’s rolling out adapters that allow its electric vehicles to charge at Tesla Supercharger stations, Ford is streamlining things for Apple iPhone users that want to navigate to them.

The automaker on Monday announced that Mustang Mach-E and F-150 Lightning drivers using Apple Maps EV route planning, via Apple CarPlay, can now specify a Tesla Supercharger or other North American Charging Standard (NACS) DC fast charger.

2025 Ford Mustang Mach-E (Premium with Sport Appearance Package)

2025 Ford Mustang Mach-E (Premium with Sport Appearance Package)

Drivers can now select NACS as a preference in the settings menu of Apple Maps and then be automatically routed to stations using that connector type, according to Ford. The automaker said that, previously, getting equivalent results required manually entering a Supercharger site as a navigation destination.

This functionality is available with iOS 17 and later versions of Apple’s mobile operating system, and doesn’t require any software updates to the vehicle itself, according to Ford. Adapters that let Ford EV owners use Tesla charging have been available since early 2024.

This essentially compares to what has already been available via Ford’s app and native navigation system in these EVs; now drivers who are accustomed to using Apple Maps get that full functionality, too. 

2025 Ford F-150 Lightning

2025 Ford F-150 Lightning

Ford launched Apple Maps EV route planning for the Mach-E and Lightning in 2023. It announced similar functionality for Google Maps and Android Auto at CES 2024, rolling it out later in the year, with the capability to show Tesla Supercharger stations from the get-go.

Ford emphasized that Apple Maps EV route planning encompasses all NACS chargers—not just Superchargers. While there aren’t many non-Tesla NACS fast-chargers right now, that could change with the continued buildout of the Ionna network. Backed by eight automakers (not including Ford), Ionna aims for 30,000 charging connectors by 2030, with a mix of NACS and Combined Charging Standard (CCS) types.



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

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