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765 hp AUDI E ditches the four rings, keeps the sexy wagon aesthetic

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765 hp AUDI E ditches the four rings, keeps the sexy wagon aesthetic

Audi is embracing its future in China with the launch of a new Chinese market electric sub-brand called AUDI that ditches the iconic “four rings” logo in favor of four capital letters – but one thing it hasn’t ditched is AUDI Audi’s sexy teutonic long-roof design language.

As you might expect from an Audi-issued press release that claims AUDI is a new and distinctive thing that’s totally separate from Audi, it’s a difficult and confusing read. Check out this sample and you’ll see what I mean:

The first premium car brand to enter the Chinese market back in 1988, Audi was a pioneer. As it launches its new brand AUDI in cooperation with SAIC, the company now underlines its claim to this role. AUDI is shaped 100-percent by the Audi DNA and embodies “Vorsprung durch Technik” in the era of electric intelligent connected vehicles. The AUDI E concept car was jointly developed by experts from both Germany and China. It offers a preview of three future production models to be introduced from mid-2025.

Audi Media Center

Which – I dunno. Maybe you’re smarter than me and this all makes sense. Regardless, Audi seems serious about this new AUDI thing, and the first vehicle to debut wearing the new nameplate does seem to share in the Audi DNA we’ve come to know, if only because it’s an AWD wagon and not a more generically-shaped SUV.

The AUDI E concept, itself

Audi AUDI E concept for Chinese market; via Audi.

Co-developed with Chinese auto giant SAIC, the AUDI E Concept is about 4.8 meters long, putting it squarely in that BMW 5-series, Mercedes-Benz E-class range typically inhabited by the A6. Powered by two electric motors (one at each axle) putting out 570 kW (~765 hp) and 800 Nm (590 lb-ft) of torque to the ground through “signature” Audi quattro four-wheel drive, which enables the AUDI to rocket from 0-60 mph in about 3.5 seconds.

The concept car is equipped with a 100 kWh battery pack that AUDI parent company Audi says is good for up to 700 km of range (~430 miles) on the Chinese cycle. The wagon’s Advanced Digitized Platform also boasts an 800 volt system architecture that enables “super-fast” charging, adding more than 220 miles (370 km) of range just 10 minutes.

Electrek’s Take

Audi’s official press release says that the use of “AUDI” in lieu of the nearly century-old Auto Union rings “signals both the connection to, and differentiation from, the sister brand.” Now, call me cynical, but that seems both confusing and somewhat cowardly to me – if Audi wants to sell more affordable models in China under a different brand name, it already has one: Volkswagen.

Creating an AUDI that isn’t really an Audi is just bizarre, and I can’t imagine this move helping create the kind of positive energy that VW and Audi needs to dig themselves out of trouble.

SOURCE | IMAGES: Audi.

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Source link by Electrek
Author Jo Borrás

#AUDI #ditches #rings #sexy #wagon #aesthetic
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Electric Mazda SUV arriving in 2027, CX-5 hybrid under development

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Electric Mazda SUV arriving in 2027, CX-5 hybrid under development

Mazda on Thursday provided an update on its powertrain development efforts, which will emphasize bringing more development work on all-electric and hybrid powertrains in-house going forward.

After launching the low-range MX-30 crossover, which has already been discontinued in the U.S., with all-electric and range-extended powertrains, Mazda has leaned on partners for electrification. A hybrid version of the CX-50 crossover SUV arrives for the 2025 model year with a Toyota-sourced hybrid system, while the EZ-6 electric sedan was developed in partnership with China’s Changan Automobile.

Mazda electrification plans for current decade

Mazda electrification plans for current decade

Now Mazda is trying to stand on its own. In Thursday’s presentation, the automaker said it was developing its own hybrid system to be used in the next-generation CX-5 crossover SUV launching sometime between 2025 and 2027. After the CX-5, the hybrid system could then be applied to larger models, Mazda said.

Closer to the end of that time frame, around 2027, Mazda also plans to launch an electric SUV based on its own dedicated EV platform, with a plug-in hybrid variant also possible. This will be sold alongside an electric SUV co-developed with Changan.

2025 Mazda EZ-6

2025 Mazda EZ-6

Mazda also confirmed that it had inked battery supply deals with AESC and Panasonic to secure needed battery volumes up to 2030. A new factory in Japan’s Yamaguchi Prefecture will assemble cells from Panasonic, with which Mazda has been in talks since at least 2023, into modules.

Development of internal-combustion engines will continue as well. In the same presentation, Mazda announced a new Skyactiv-Z family of 4-cylinder engines due to launch in 2027, and said that it reinstated a rotary-engine development team in February. The MX-30 currently uses a small rotary engine as a range extender, but this hints at broader use of the piston-less engines that are a big part of Mazda lore. The automaker in May also allied with Subaru and Toyota to find ways to further reduce emissions from combustion engines.



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

#Electric #Mazda #SUV #arriving #CX5 #hybrid #development
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‘UK-first’ intercity battery trial train outperforms diesel

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‘UK-first’ intercity battery trial train outperforms diesel

A “UK-first” intercity battery trial train proved that single battery technology can outperform diesel engines cost-effectively.

Hitachi Rail, Angel Trains, and TransPennine Express just wrapped up the trial, which took place in the north of England. It proved that powerful batteries offer significant benefits for emissions, fuel savings, and air quality.

Hitachi has already rolled out passenger battery trains in Japan and Europe, like the Masaccio hybrid in Italy. The intercity battery trial train in the UK demonstrated that the 700 kW battery could push the train past 75 mph and power it for over 70 km. The battery matches the weight of a diesel engine and is installed in the same undercarriage space, ensuring no risk of track degradation and no impact on the passenger environment.

The battery trial train delivered better-than-expected results in fuel savings, cutting fuel costs by 35-50%. One key way it achieved this was with an “Eco-mode” where the battery fully powered sections of the route, showing that the technology is more than ready for real-world use.

This success gives Hitachi the green light to move on to a full intercity battery-electric train, with an estimated range of 100-150 km. That would allow significant stretches of non-electrified routes to go battery-powered, avoiding the need for expensive infrastructure like overhead wires in tunnels or stations.

UK Rail Minister Lord Hendy said:

Rail is already the most environmentally friendly form of public transport, and the success of this trial will pave the way for even greener, more reliable journeys for millions of passengers.

This technology will play a vital role as we deliver our ambitious plans to transform and decarbonize the railways, and it could open the door to a more affordable expansion of the network for communities across the country.

Hitachi Rail is the only train manufacturer developing a battery product using the UK battery supply chain, and it’s collaborating with Innovate UK and the University of Birmingham to develop next-gen battery technology.


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Source link by Electrek
Author Michelle Lewis

#UKfirst #intercity #battery #trial #train #outperforms #diesel
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Enhancing industrial EV battery performance in emerging non-automotive and off-highway markets

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Enhancing industrial EV battery performance in emerging non-automotive and off-highway markets

With the increasing push towards sustainability and efficiency, the electrification of industrial vehicles is not just a technological milestone but a necessity. As electric vehicles (EVs) revolutionize transportation and extend their reach into diverse industrial sectors, the demand for robust and reliable battery systems becomes ever more critical. 

Revolutionizing Industrial Battery Technology

Industrial batteries, particularly those used in EVs, are subject to extreme conditions and rigorous demands. These batteries must maintain optimal performance over extended periods, often in environments where conditions can be severe. The efficiency of a battery is significantly hampered if it cannot effectively manage the heat generated during operation. Poor thermal management can lead to decreased performance, safety hazards like thermal runaway and an ultimately reduced lifespan.

Moreover, EV batteries need to demonstrate remarkable durability and reliability to withstand the mechanical stresses and vibrations inherent in industrial applications. This is where thermally conductive structural adhesives play a critical role, ensuring the battery components remain securely bonded while facilitating effective heat dissipation.

Thermal Management and Durability

Poor thermal management in batteries can lead to decreased performance and safety hazards. Parker’s CoolTherm® TC-2002, a two-component adhesive system, is engineered for superior thermal conductivity. It enhances heat dissipation, reduces overheating risks and promotes battery longevity. The structural adhesive’s robust mechanical bonding maintains structural integrity, vital for industrial applications where batteries are subject to constant motion and vibration. Additionally, properties like flame retardancy and electrical isolation make CoolTherm TC-2002 an optimal solution for safety and performance reliability.

Real-World Industrial Applications

In real-world scenarios, Parker’s CoolTherm thermal management materials have been instrumental in enhancing the performance and reliability of EV batteries used in sectors such as construction, mining, agriculture and logistics. An electric forklift manufacturer integrating CoolTherm TC-2002 into their battery design, for example, will achieve improved heat management and structural support. This integration not only extended the battery life but also contributes to the forklift’s overall energy efficiency and operational safety.

Emerging Markets Fueling Advanced Battery Demand

Beyond traditional automotive applications, several emerging non-automotive EV markets are rapidly adopting advanced battery technologies. Each sector presents unique demands and opportunities for growth.

  • The Warehouse Revolution: The warehouse sector, which includes electric forklifts, personnel carriers and stock chasers, is rapidly shifting from nickel batteries and propane powertrains to lithium-ion battery powertrains. Lithium-ion battery technology has enabled greater adoption of electric power versus propane or natural gas but is also driving a switch from nickel batteries to Li-ion. The market for electric warehouse equipment is projected to experience substantial growth due to rising demand from the e-commerce industry, a growing focus on sustainability and advancements in battery technology. 
  • Transforming Transportation: Trucks and Buses: Electric trucks and buses are gaining momentum, spurred by technological innovations and stringent emission regulations. The anticipated cost parity with diesel trucks and buses accelerates their adoption, further supported by battery advancements promising enhanced performance and reduced environmental impact.  
  • Construction Industry Electrification: Electrification in construction equipment is gaining traction, with electric machinery requiring batteries that withstand harsh environments. The heavy-duty electric vehicle battery market, including those used in construction applications, is adapting to these needs with ruggedized battery designs and is expected to experience significant growth, with forecasts indicating a Compound Annual Growth Rate (CAGR) between 10% and 15% over the next decade. This growth is driven by increasing environmental regulations, rising fuel costs and advancements in battery technology that can better suit demanding construction needs. A documented benefit also exists from reduced pollution and worker hazards in poorly ventilated construction environments. Moreover, inner-city noise-related ordinances regulate the operating hours of loud diesel construction equipment, but these restrictions may not apply to quieter electric alternatives. 
  • The Rise of Electric Motorcycles: Globally, the electric motorcycle market is experiencing exponential growth, with projections indicating an expansion from a $30 billion market to over $140 billion by 2030. This surge is largely fueled by lithium-ion batteries, whose lightweight design and high energy density meet the specific demands of this sector.
  • Marine and Aerospace Innovations: Marine and aerospace industries are tapping into advanced battery technologies, with market projections indicating significant growth. These sectors focus on developing batteries that address challenges like corrosion resistance and weight constraints, often involving hybrid systems and renewable energy solutions. The global marine battery market alone is expected to expand from $1.3 billion in 2024 to $5.4 billion by 2032.

Challenges and Solutions in Non-Automotive EV Battery Development

In the realm of non-automotive electric vehicles (EVs), industrial batteries encounter distinct challenges that are critical to their performance and safety. For one, effective thermal management is paramount to prevent overheating and ensure reliability during charging and discharging cycles. Additionally, achieving weight reduction without compromising battery performance is essential for enhancing vehicle efficiency.  

Closeup of electric vehicle battery cell assembly line in mass production. Concept Electric Vehicle Technology, Battery Production, Automotive Innovation, Industry Trends

The need for robust sealing solutions is equally crucial, as it protects battery enclosures from environmental factors and maintains operational integrity. Furthermore, enhancing the durability and longevity of these batteries is vital to withstand the rigorous demands and conditions they face. Addressing these challenges is fundamental to advancing the capabilities and safety of industrial batteries in non-automotive EV applications.

Parker leverages its expertise in advanced materials and technologies to tackle the formidable challenges faced by battery manufacturers in the non-automotive EV sector. By implementing cutting-edge thermal management solutions, optimal heat dissipation is achieved, safeguarding against overheating and enhancing overall battery reliability. 

Additionally, encapsulants and potting compounds, including the CoolTherm portfolio, are designed to improve the durability and longevity of battery packs by providing robust protection and thermal management. Parker tailors these solutions to meet the specific needs of non-automotive EV applications, ensuring optimal battery performance and reduced downtime.

Capturing Opportunities in a Dynamic Market

The demand for advanced battery technologies is set to grow as industries continue to innovate. The industrial battery market reflects a broader commitment to sustainability and operational efficiency, with sectors like construction, transportation and logistics leading the charge. As these industries continue to innovate, so will Parker. With tailored solutions, Parker continues to not only meet but exceed the specific needs of each sector. Parker invites you to explore how their advanced technologies for batteries can empower your operations and drive success in these dynamic markets. 

Integrating thermally conductive adhesives, such as Parker’s CoolTherm TC-2002, into battery systems underscores the strides being made to enhance performance and safety. By managing thermal loads effectively, these adhesives extend battery lifespan, improve safety and ensure consistent performance even in challenging environments.

For businesses aiming to capitalize on these market opportunities, understanding the evolving landscape and the role of advanced battery technology is crucial. Parker’s solutions offer a pathway to success, empowering operations across diverse sectors with tailored technologies that meet specific industry needs.

The electrification of industrial vehicles and the rise of non-automotive EV markets signal a new era in battery technology. By addressing key challenges in thermal management and durability, and exploring emerging markets, industries can leverage these advancements to drive growth and innovation.

For more insights into how Parker’s advanced technologies can revolutionize your industrial battery systems, visit their website or reach out to their team to explore the latest in thermally conductive adhesives and other cutting-edge solutions.


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Source link by Charged EVs
Author Charged EVs

#Enhancing #industrial #battery #performance #emerging #nonautomotive #offhighway #markets
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After Trump win, it's up to states to lead on climate action

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Chart: Steelmaking is starting to go electric

States took on the mantle of combating climate change during the first Trump administration. Now they need to redouble the work during the second. 

That’s the message that Caroline Spears, executive director of Climate Cabinet, has for state lawmakers following Trump’s victory on Tuesday. 

As an advocacy organization that helps state and local leaders run, win, and legislate on climate change,” Climate Cabinet supported more than 170 candidates in Tuesday’s election. As of midday Wednesday, when Spears spoke to Canary Media, she was feeling cautiously optimistic about the races her group had focused on: About a third of them we won, about a third of them we lost, and about a third of them are still too close to call.” 

Getting climate-committed candidates into state offices can make the difference between a state enacting or preserving climate policies and it blocking or rolling back such policies, she said. For example, the 2022 midterms saw Maryland, Massachusetts, Michigan, and Minnesota secure Democratic trifectas” — control of the governor’s office and both houses of the state legislature — leading to significant climate legislation being passed and signed into law in those states. 

States have always been key to climate policy,” Spears said, and now, with a Trump administration expected to attempt to unravel the Biden administration’s climate policies and unleash fossil fuels, it’s up to state leaders to hold the line.”

How states can keep the energy transition moving

State lawmakers and regulators have the ability to order local utilities to shut down or reduce emissions from fossil-fueled power plants and expand the share of electricity they generate from zero-carbon resources like wind, solar, geothermal, and nuclear power. 

States can also require large polluters — like fossil-gas utilities — to reduce the amount of greenhouse gas they spew into the air and set emissions and energy-efficiency requirements for buildings. At present, states have the authority to adopt vehicle emissions standards that are more strict than those set by the federal government — although Trump sought to rescind that authority during his first term and may attempt to do so again. 

States also play a key role in distributing funds from the federal Inflation Reduction Act and Infrastructure Investment and Jobs Act — at least while the full laws remain on the books. 

During the first Trump administration, we saw states really taking charge,” said Jeff Deyette, deputy director of clean energy at the Union of Concerned Scientists, an advocacy group. I think that momentum has been maintained over the past eight years. This could be another boost to continue to push those state leaders … to protect what they have.” 

There’s a lot to protect. The roster of states with aggressive decarbonization targets has expanded under the Biden administration: Colorado, Illinois, Maryland, Massachusetts, North Carolina, Oregon, Rhode Island, and Washington state all adopted strong emissions goals in 2021 or 2022

All told, 25 states and Washington, D.C., have now instituted some form of target for achieving either economywide net-zero carbon emissions, 100 percent renewable or carbon-free electricity, or both. This chart, compiled in mid-2024, includes all of these states except Vermont, which in June 2024 passed a law mandating 100 percent renewable energy by 2035 for all utilities and by 2030 for its largest utility, Green Mountain Power. 

(Raymond James)

How the 2024 election changed the state policy landscape

Clean energy and climate policies aren’t necessarily partisan issues, said Heather O’Neill, CEO of trade group Advanced Energy United. We see the potential for broad agreement in states of all political stripes and persuasions,” as utilities grapple with rising electricity demand from data centers, factories, electric vehicles, and broader economic growth. Advanced energy technologies are a low-cost solution to all of these challenges,” she said.

She cited the example of Texas, a red state that’s deployed more wind and utility-scale solar power than any other state and is set to pass California for having the most grid-connected batteries by year’s end. Those resources are working to keep the grid reliable,” O’Neill said, as shown by the role that solar and batteries played in averting grid emergencies this summer. 

But to date, Democratic control has been a prerequisite for passing aggressive climate or clean-energy legislation in almost every state that has done so. The exception is North Carolina, where the GOP-controlled legislature passed a law in 2021 mandating that Duke Energy, the state’s biggest utility, cut carbon emissions 70 percent below 2005 levels by 2030 and reach net-zero emissions by 2050

Heading into the election, 17 states had Democratic trifectas and 23 states had Republican trifectas. No state appears to be on a path to form a new Democratic trifecta as a result of the election; rather, Democrats have lost full control in Michigan and might do the same in Minnesota. 



Source link by Canary Media

Author Jeff St. John


#Trump #win #it039s #states #lead #climate #action

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GIGAGREEN and the Battery Heroes clustering groupwill present their latest innovations at the BatteryInnovation Days

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GIGAGREEN, an EU-funded project that is developing and scaling up novel electrode and cell component manufacturing processes by following a Design to Manufacture approach, will participate in the Battery Innovation Days.

This project will share there a booth with the other five projects of the Battery Heroes clustering group: NoVOC, BatWoman, greenSPEED, BATMACHINE and GIGABAT.The Battery Heroes is a collaborative group composed by battery research EU-funded projects.

Concretely, they are under the topics “Environmentally sustainable processing techniques applied to large scale electrode and cell component manufacturing for Li-ion batteries”, and “Towards creating an integrated manufacturing value chain in Europe: from machinery development to plant and site integrated design”.

Battery Heroes carries out scientific collaboration activities, such as a workshop on Life Cycle Assessment that already took place in in July and September, as well as communication and dissemination actions.

This event is, for them, an opportunity to further promote their activities in the field of battery research. Also, to meet other professionals in this or similar industries with whom they can collaborate.This is the fourth edition of the Battery Innovation Days (BID), a yearly event that takes place in different cities every year. In 2024 will take place in Barcelona, and it will be hosted by Acció, the Agency for Business Competitiveness, supported by the Government of Catalonia.

In the Battery Innovation Days, attendees will have the chance to network with industry peers from diverse backgrounds, gaining fresh perspectives and insights. It is also an opportunity to stay up to date on emerging trends and technologies, as the hottest topics in the battery industry will be discussed.

There will be also a Battery Young Research Award ceremony, which celebrates academic excellence and honours students driving scientific advancements in battery research. Last, and here is where the role of GIGAGREEN and Battery Heroes is more visible, there will be several exhibitor booths from different organisations (businesses, research centres, projects…).At BID, GIGAGREEN will highlight its advancements in a range of innovative materials, such as binders, electrolytes, separators, and active materials for both cathodes and anodes.

These materials arespecifically designed for cutting-edge dry and wet electrode processing methods, that aim to lead to the development of Design for Manufacturing guidelines and a Digital Twin.The Battery Heroes will have a new opportunity to create even more solid synergies. Members will meet in person and will have the opportunity to dive into questions or discussions proposed by other attendees, which will create a deeper knowledge of the other members of the clustering and will enhance creativity towards the cluster activities.

About GIGAGREENLed by Politecnico di Torino, GIGAGREEN is formed by Sustainable Innovations, ABEE, Solvionic, Leclanché, Nanomakers, Parma University, Politechnical University of Valencia, Sintef, INEGI, CIC energiGUNE, Arlanxeo, Alphanov, Manz Italy, and CETIM.Funded by the EU’s Horizon Europe program, GIGAGREEN is a four-year project aimed at revolutionizing cell manufacturing processes for electric vehicles, with a focus on sustainability and efficiency.

About Battery HeroesIn line with the cooperation spirit promoted by the European Commission, Battery Heroes is a clustering group formed by six EU-funded projects on battery innovation: NoVoc, greenSPEED, BatWoman, BATMACHINE, GIGABAT and GIGAGREEN.These projects share a common goal of advancing sustainable and efficient manufacturing processes for lithium-ion batteries in the EU, with a focus on reducing costs, energy consumption, and environmental impact.

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Rivian R2 will get Arizona-made batteries from LG

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Rivian R2 will get Arizona-made batteries from LG

  • Batteries bound for U.S. Rivian R2 models will come from Arizona
  • LG will supply Rivian with 67 gigawatt-hours over five years
  • 4695 format is set to be shared with R3, R3X

Next-generation cylindrical battery cells for the Rivian R2 SUV will come from LG Energy Solution and its Arizona plant, the battery supplier and U.S. EV maker confirmed Thursday. 

The agreement, LG says, will span five years and total 67 gigawatt-hours in total energy capacity and power R2 models for the North American market. Although LG didn’t note a starting date for supply, the R2 is due to go on sale in 2026.

The Rivian R2-bound cells, at 46 mm in diameter and 95 mm in length, mirror the size that BMW has also committed to. They stand dimensionally different versus Tesla’s 4680 cell format (46 mm x 80 mm), which reportedly carries with it some additional production challenges, the 2170 format (21 mm x 70 mm) used in the Rivian R1 lineup and the Tesla Model Y and Model 3, among others, or Tesla’s original 18650 format (18 mm x 65 mm).

LG noted that the new size enables higher energy density, improved space efficiency, and enhanced safety. 

BMW cylindrical battery cells

BMW cylindrical battery cells

Rivian confirmed to Green Car Reports that the agreement is specifically for high-nickel cells, which generally refers to NCA or NCM lithium-ion chemistries and not the lithium-iron phosphate (LFP) cells that are becoming more popular in cost-conscious base EV models—like versions of the Ford Mustang Mach-E, and in the upcoming next-generation Chevy Bolt EV. 

The $45,000 Rivian R2 will be the first true mass-market EV from the U.S. electric vehicle maker, and it could be the model that makes the fledgling company financially sustainable. It’s initially set to be built in Normal, Illinois, alongside the R1T pickup, R1S SUV, and EDV (van) models. 

Once production is underway, some R2 production may be shifted to a future Georgia plant that would start making vehicles in 2027—eventually including the compact Rivian R3 family, with its hot-hatch, rally-tinged R3X counterpart. 

Rivian R3X

Rivian R3X

Cells a structural core for Rivian’s future EVs

As Rivian confirmed earlier this year with their reveal, the R2, R3, and R3X are all set to be built around the same next-generation architecture, focused around a structural battery pack with these 4695-format cylindrical cells. 

Rivian confirmed to GCR that LG does not have explicit exclusivity as the cell supplier for the R2 lineup. The 67 gigawatt-hours calculates out to about 700,000 vehicles split over five years, assuming nearly 100 kwh per vehicle. So it’s unclear from this initial plan whether R3 and R3X might see some of these cells, too, in the interest of flexibility, or to what degree those somewhat-more-affordable LFP cells might enter the mix.

Rivian R2

Rivian R2

LG noted that “within the first year of production” batteries for the R2 will be made at the standalone plant in Arizona. 

“This large-scale order from Rivian for 4695 batteries marks a key milestone for LG Energy Solution in expanding its client base within the cylindrical battery segment,” David Kim, the battery firm’s CEO, said in its release on the agreement. 

Rivian and LG noting IRA impact

Made just two days after the U.S. Presidential election, the LG announcement mentioned the positive impact of Biden administration EV policy and its Inflation Reduction Act in leading to the Arizona manufacturing push.

“The supply agreement with Rivian is expected to further strengthen LG Energy Solution’s presence in the U.S. market and its plans to actively respond to the IRA by developing and supplying competitive battery cells in a timely manner while expanding into new markets,” stated the battery supplier.

Rivian R3X

Rivian R3X

The EV maker further pointed to the U.S. sourcing as “aligning with Rivian’s focus on U.S. domestic manufacturing and IRA compliance.”

Rivian reported some additional good news on Thursday. It produced 13,157 vehicles and delivered 10,018 in the third quarter of 2024. Although production has been held back by a component for its Enduro motor unit shared between its R1 models and its van platform, it confirmed that it’s on track for its 2024 delivery outlook of 50,500 to 52,000 vehicles. 



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

#Rivian #Arizonamade #batteries
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2026 Rivian R2 Will Get New LG Cells With 'Six Times' The Capacity

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2026 Rivian R2 Will Get New LG Cells With 'Six Times' The Capacity

  • Korean battery giant LG Energy Solution will supply batteries for the upcoming Rivian R2.
  • LGES said the R2 will get a new type of cylindrical cell with six times the capacity of current cells. 

The battery blitz in America continues and the newest beneficiary of that is the upcoming Rivian R2.

Rivian just inked a battery supply deal with Korean battery giant LG Energy Solution (LGES) for its next-generation R2 model that’s set to launch in the second half of this decade. The Irvine, California-headquartered automaker showcased the R2 electric SUV—which looks like a baby R1S—in March and is now inching closer to bring that model to market.

LGES said on Thursday that it will provide Rivian with its advanced 4695 cylindrical cells for over five years, with a capacity totaling 67 gigawatt-hours. The new cell type has a diameter of 46 millimeters and is 95 mm tall, the battery maker said in a press release. It will feature six times the capacity of the existing 2170 cylindrical cells. 

“Its larger size enables higher energy density, improved space efficiency, and enhanced safety, which is attracting industry-wide attention,” LGES said. The batteries will be manufactured at the LGES factory in Arizona and shipped to Rivian’s Illinois plant, where the R2 is expected to enter production in 2026 if things continue as planned.

Rivian confirmed the same to InsideEVs but did not provide any further details.

The R2 is expected to get over 300 miles of range, the automaker said. The R1S and R1T both get nickel-manganese-cobalt (NMC) batteries from Samsung SDI, whereas their entry-level Standard Range trims get lithium-iron-phosphate (LFP) cells from an undisclosed supplier.

“Due to the dynamic nature of the current EV market, an increasing number of global automakers are demonstrating a strong preference for a diverse range of battery form factors,” said David Kim, CEO of LG Energy Solution. “This large-scale order from Rivian for 4695 batteries marks a key milestone for LG Energy Solution in expanding its client base within the cylindrical battery segment.”

Rivian showcased the R2 back in March with much fanfare although the smaller R3 and R3X hatchbacks stole the show. 

The R2 will carry over the adventure theme from its bigger R1 sibling and is expected to pack a bunch of cool tech, like zonal architecture and haptic control dials on the steering. It will also come natively equipped with the Tesla NACS connector—so finding fast chargers shouldn’t really be an issue for the R2.

Rivian is targeting a starting price of $45,000 for the R2, which means it would locks horns with the Tesla Model Y, Hyundai Ioniq 5, Ford Mustang Mach-E and the Chevy Blazer EV.

However, there’s a big question: Will buyers flock to the R2 or skip the middle child and wait for the R3? R2 pre-orders had topped 100,000 by July, but numbers only say so much.

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



Source link by Battery Tech – News and Trends | InsideEVs

Author


#Rivian #Cells #039Six #Times039 #Capacity

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LG Energy Solution to provide Rivian 4695 cylindrical batteries produced in the US for the R2

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LG Energy Solution to provide Rivian 4695 cylindrical batteries produced in the US for the R2

Battery manufacturer LG Energy Solution just announced that its Arizona subsidiary has signed a long-term supply agreement with US automaker Rivian for 4695 cylindrical batteries. The cells will be produced at LG Energy Solution Arizona’s new standalone US facility beginning next year and will power Rivian’s upcoming R2 BEVs.

LG Energy Solution (LGES) is a spinoff entity of LG Chem specializing in battery development and manufacturing. In the four short years since the entity was founded, the Korean company has established partnerships and supply agreements with OEMs worldwide and is currently one of the leaders in its respective market behind long-time frontrunner CATL.

When the Biden administration introduced the Inflation Reduction Act, which included tax incentives for BEVs and their batteries assembled on US soil, LGES was one the most popular battery manufacturers OEMs reached out to for joint ventures to set up localized cell manufacturing in North America.

Since then, we’ve seen facility plans announced between LGES and automakers like Hyundai Motor Group, Stellantis, Honda, and Ford, which recently decided to bring its operations stateside over from Europe. Toyota also has a supply agreement in place with LG Energy Solution.

In 2022, we covered the news that LG Energy Solution was investing $450 million to produce 4680 battery cells, a format pioneered by Tesla. The company has since developed taller, higher-capacity cells called 4695.

Today, the company announced a new deal for those 4695 cylindrical batteries, which will be produced in Arizona and delivered to Rivian for its R2 models.

Rivian batteries
A rending of LG Energy Solution’s Stand-Alone Battery Manufacturing Complex Project in Arizona / Source: LG Energy Solution

Rivian R2 will be powered by LG Energy Solution batteries

LG Energy Solution shared details of its latest supply agreement this afternoon. The company has signed on to provide Rivian with its advanced 4695 cylindrical batteries for over five years, delivering a total energy capacity of 67 GWh during that time.

The “4695” nomenclature refers to the dimensions of the battery cells, which have a diameter of 46mm and a height of 95mm. LG Energy Solution explained that its 20 years of research and development in cylindrical batteries have gone into its next-generation 4695 cells for Rivian.

The battery specialist states that its larger cells will offer OEMs long-range and high safety while delivering over six times the capacity of the existing 2170 cylindrical cells popular in BEV battery modules today. LG Energy Solution CEO David Kim spoke about the company’s 4695 batteries and its robust supply agreement with Rivian:

Due to the dynamic nature of the current EV market, an increasing number of global automakers are demonstrating a strong preference for a diverse range of battery form factors. This large-scale order from Rivian for 4695 batteries marks a key milestone for LG Energy Solution in expanding its client base within the cylindrical battery segment.

Today, we also learned that the batteries for Rivian will eventually be manufactured at its pending facility in Arizona within the first year of production, then delivered to Rivian’s assembly plant in Normal, Illinois, where they will be implemented in R2 models sold in the North American market. 

Construction of LGES’ Arizona facility is underway and expected to be completed and begin full-scale production in less than two years from now.

The Rivian R2 was unveiled this past March to much fanfare, and well over 100,000 pre-orders have since been placed. It will be assembled at the Normal, IL, facility and may eventually move to the American Automaker’s second manufacturing plant, which remains under construction in Georgia.

During its reveal, Rivian shared that it expects the R2 BEV to reach the market in the first half of 2026. If that timeline holds, it should be right around when LG Energy Solution begins producing batteries for those Rivian models in Arizona.

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Source link by Electrek
Author Scooter Doll

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Bentley now going all electric by 2035, first EV's an SUV

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Bentley now going all electric by 2035, first EV's an SUV

  • Bentley’s pushed its timeline to go all electric back five years to 2035
  • The automaker’s first EV will arrive in 2027 and be an SUV
  • Bentley will keep PHEVs in its lineup until 2035, and BEVs will remain separate products

Bentley is once again reshuffling its electrification plans, but it still expects to have an all-electric lineup by 2035, the automaker announced Thursday.

In January 2022, Bentley announced plans to introduce five electric vehicles over five years starting in 2025, leading to an all-EV lineup by 2030. The launch of that first EV was later pushed back to 2026, a timeline that’s still in effect, Bentley CEO Frank-Steffen Walliser said in a media briefing, with a market launch in 2027 and prototypes currently undergoing testing.

That first all-electric model will be a “luxury urban SUV” that won’t replace any of Bentley’s existing models, Walliser said, adding that it will be “compact for a Bentley” at about 196 inches long. That’s 5.8 inches shorter than the current Bentley Bentayga SUV. Future Bentley EVs also won’t share platforms with its all-combustion or plug-in hybrid models due to packaging disadvantages, Matthias Rabe, head of research and development at Bentley, said.

2024 Bentley Bentayga Apex Edition

2024 Bentley Bentayga Apex Edition

Charging speeds will be incredibly good, and range will be sufficient,” Walliser said, explaining that total travel time is what Bentley is focused on, and that this can be kept reasonable through a combination of fast charging and range. Those comments were echoed by Rabbe, who added that engineers are looking for a replacement for the exhaust noises of internal-combustion Bentleys.

“We don’t just want to copy something, and we don’t just want to make something which is only synthetic,” Rabbe said, promising a new approach to sound that isn’t currently used by any other EV maker.

Along with its first EV, Bentley plans to introduce a new plug-in hybrid or all-electric model every year before switching to selling only electric cars in 2035. Walliser confirmed that plug-in hybrids will stay in the lineup until that point, helping to reconcile what he sees as weak demand in the luxury market for EVs with the emissions regulations anticipated to require more of them.

Bentley Continental GT Speed in Tourmaline Green

Bentley Continental GT Speed in Tourmaline Green

Legislation is driving electrification,” along with competition from other automakers, Walliser said, but added that on the other hand “there’s not a lot of demand” for EVs among current Bentley customers. But the Bentley CEO sees demand on new customers looking for a “more modern interpretation of a Bentley” and believes existing customers can be won over once they drive an EV.

Bentley currently offers plug-in hybrid versions of every model, but it’s unclear if the automaker will stick with a plan announced in 2020 to eliminate standalone combustion powertrains. There is at least one more non-hybrid version of the Bentayga planned, Rabbe said. Bentley will also continue to produce plug-in hybrids as long as there is demand, he said, meaning the 2035 deadline for their elimination could be flexible.

Walliser said in a recent interview that anticipated battery-technology developments and growth of charging infrastructure will create better conditions for EVs around 2035. Given that this aligns with Bentley’s current EV plans, there’s perhaps a better chance that those plans will actually come to fruition—giving Bentley the all-electric lineup it’s been discussing, on and off, for a decade.


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

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