Tuesday, October 31, 2023

Blue Bird delivers its 1,500th electric school bus


Yellow school bus maker Blue Bird has delivered its 1,500th electric school bus. Modesto City Schools in California purchased the historic EV through Blue Bird’s authorized school bus dealer A-Z Bus Sales.

Modesto’s milestone unit is one of 1,500 Blue Bird electric school buses now serving school districts across 41 US states. The company says replacing 1,500 diesel-spewing buses with EVs has reduced carbon emissions by nearly 16,000 metric tons annually, and spared 110,000 students per day from breathing diesel tailpipe emissions.

Blue Bird’s e-buses are powered by the electric PowerDrive 7000 system from Accelera by Cummins, which represents a long-standing collaboration between the two companies.

Blue Bird recently celebrated the grand opening of its EV Build-up Center, which will enable the company to increase its long-term production capacity to 5,000 electric school buses a year.

“Blue Bird is recognized as the technology leader and innovator of low- and zero-emission school buses,” said Blue Bird President Britton Smith. “The demand for clean and sustainable school bus transportation remains high. Therefore, Blue Bird continues to significantly expand its electric school bus production.”

Source: Blue Bird



from Charged EVs https://ift.tt/S8dEs6g

Webinar: Optimizing pack & module production test: Challenges, strategies and data analytics

In today’s fast-paced battery production landscape, where ambitious goals for scalability and data ownership are at the forefront, understanding the critical role of testing and data analytics is paramount.

Discover the challenges faced in achieving ambitious battery pack and module production goals and how to overcome them. Learn how to harness the power of the NI Platform’s capabilities and gain a competitive advantage through a total cost of ownership perspective. Explore the transformative potential of data analytics in optimizing production, reducing costs, and mitigating risks.

Join us to unlock the key insights and strategies that will drive your battery production efficiency to new heights, ensuring your place at the forefront of this electrifying industry.

Key takeaways

  • Identify key challenges and industry trends for battery module and pack production
  • Learn about assembly quality assurance through electrical verification test techniques
  • Get insights to leverage data analytics for battery production.

This webinar will be hosted by CHARGED on Thursday 14th December at 11 AM US EST

Register now – it’s free!



from Charged EVs https://ift.tt/Fg4q7uT

Monday, October 30, 2023

Behind the scenes of EV test labs with UL Solutions and Keysight (Webinar)


Powering the Future of Electric Vehicles: Step Inside EV Test Labs

Go behind the scenes of UL Solutions’ and Keysight’s electric vehicle labs to see the tech driving high-power charging, batteries, and how EVs might fuel the grid. Register now for your exclusive ticket and get your questions answered during a live Q&A with automotive experts.

Webinar: November 7, 2023 at 9:00 AM PT
Register today.

Learn About Power From the Grid to EVs and Back:

EV Charging
Dig into the protocols and specs, safety considerations, and best practices for AC and DC EV charging. Explore the AC and DC EV charging world with in-depth protocols, specifications, safety considerations, and best practices. Discover the essential knowledge you need to charge your electric vehicle safely and efficiently.

Vehicle to Grid (V2G)
Learn about the ecosystem that will allow EVs to send power back to the grid.

EV Standards
Step inside the EV lab at UL Solutions, where engineers develop standards and test for compliance.

Reserve your spot.



from Charged EVs https://ift.tt/B0Z6zUc

GKN Automotive unveils off-the-shelf electric drive unit concept


GKN Automotive has unveiled a new plug-and-play eDrive concept aimed at the niche EV and EV conversion markets. GKN will use the concept to test market appetite for a new eDrive that’s suitable for various purposes, including small to large cars and light commercial vehicles in series production.

The first commercial products based on the concept could be available as early as 2025.

Prospective customers have a choice of three systems: a 113 kW 2-in-1 combination system (motor and transmission); or a fully integrated 3-in-1 system comprising an electric machine, transmission and inverter, with a choice of 113 kW or 185 kW output.

“We have spent the last 20 years producing leading eDrive technologies for global vehicle manufacturers, enabling them to drive the electric revolution,” said Dirk Kesselgruber, Chief Technology Officer. “Based closely on our existing technology, our new eCrate concept will bring this technology to even more customers looking for high-quality and cost-effective electric drive units in a plug-and-play format.”

Source: GKN Automotive



from Charged EVs https://ift.tt/f5GZmVl

Circontrol’s eVolve Smart EV charger gets cybersecurity, communications and contactless payment upgrades


Barcelona-based Circontrol provides efficiency solutions for public and private car parks, along with smart EV chargers.

Now the company has made important improvements to its eVolve Smart “semi-fast” EV charger. The latest upgrade of the eVolve Smart charger adds new cybersecurity, electrical protection and communications features, as well as a new integrated contactless payment system.

Circontrol aims to make its products easily adaptable to different countries’ or customers’ needs and technical requirements, especially those required to comply with diverse European regulations.

“As the EV market continues to expand, it’s clear that different countries and customers have unique requirements tailored to their specific needs,” says Circontrol. “Circontrol considers it essential to offer solutions that cater for the diverse needs of both EV users and EV charger owners. This is why one of the main eVolve Smart upgrades concerns a new cloud-based contactless payment system.”

Circontrol’s solution allows customers to pay for a charging session without any registration process. The payment device can be easily adapted to charger owners’ needs, with just a software update.

The new version of the Circontrol AC post also offers various country-specific safety protections as optional devices, such as the PEN Fault for the UK or the NF for France.

The new eVolve Smart is compliant with the German Eichrecht Calibration Law, ensuring the exact amount of energy is billed while guaranteeing that the charging point data has not been altered by a third party. It has been designed in accordance to the V.3 grid connection norm from Elaad for the Netherlands.

The eVolve Smart system is now ready for OCPP 2.01, ensuring seamless integration with a back-office system. It also offers WiFi connectivity and an improved RFID reader.

The eVolve Smart is designed to be installed at public sites such as shopping centers, car parks or airports, as well as private areas like workplaces or condominiums. It offers 22 kW of power, comes equipped with Type 2 plugs, and is compatible with dynamic load management systems.

Source: Circontrol



from Charged EVs https://ift.tt/GV9rJSQ

Webinar: Discover the latest advancements in venting technology that help protect electric drive modules


As the demands for electric vehicles evolve, so do the venting requirements used to protect Electric Drive Modules. Applying the appropriate Electric Drive Module (EDM) venting solution helps maintain vehicle performance in both every day and more challenging driving conditions.

Join this session and discover the role venting technology plays when considering pressure equalization and contaminant protection in EDM environments. The intricacies of venting technologies will be explored, with a focus on ensuring the correct materials are developed and compatible with the changing fluids specifically used in electric vehicles.

Key takeaways:

  • Understand how venting helps mitigate factors that can put EDM performance at risk.
  • Learn more about the testing methods that help ensure venting technologies developed are EDM-compatible. 
  • Discover Donaldson’s venting solutions, including the synchronized use of Donaldson Synteq XPTM and Tetratex® ePTFE.

This webinar will be hosted by CHARGED on Tuesday 12 December at 11 AM US EST

Register now – it’s free!



from Charged EVs https://ift.tt/QIRF3l4

Sunday, October 29, 2023

Winners and losers from GM’s rollback of its EV plans


When GM agreed to unionize its EV battery plants, we applauded the move, believing that the destructive UAW strike would end with the US Big Three legacy automakers and their unions beginning to come to terms with the EV future.

We were wrong. As of this writing, the UAW has reached a tentative agreement with Ford, and the end of the strike is in sight. However, the Big Three’s existential struggle with electrification looks set to get worse, not better.

GM, which has already fallen far behind EV market leaders Tesla and BYD, announced that it would delay the launch of several planned electric models and reduce its investments in e-mobility. On a recent call with investors, GM said it will delay the launches of the Chevrolet Equinox EV, the Silverado EV RST and the GMC Sierra EV Denali by several months. CEO Mary Barra said the company will drop plans to invest $5 billion to launch several new entry-level EVs (which the market badly needs), and will equip the next-generation Chevy Bolt with lower-cost batteries purchased from China (which could make it ineligible for IRA subsidies).

GM will delay the planned retooling of a plant in Orion Township, Michigan to build electric pickup trucks, a move which will “save” $1.5 billion in capital investments, Chief Financial Officer Paul Jacobson said. The delay “will actually allow us to incorporate some of the changes and improvements that we’ve seen in early-stage production,” he added.

Reuters reports that GM has joined other automakers in lobbying the Biden administration to water down ambitious emissions and fuel economy rules that are intended to hasten the transition to EVs (so much for the idea that automakers want consistent, predictable regulation).

By all accounts, GM is expecting to face much higher labor costs once the UAW strike gets settled, so it’s looking to reduce costs in other areas. But not everyone buys the “UAW made us do it” narrative that GM and Ford are selling. Pretty much every legacy automaker is struggling to make EVs profitable, and this was the case long before the strike began. As EV inFocus writer Ciaran Donnelly sees it, GM wants to roll back production of EVs, on which it is earning little or no profit, in order to prioritize production of high-margin gas-burning trucks and SUVs.

The current buzzword at GM appears to be “agility,” which was mentioned seven times during the recent investor call. This means that the company will “continually evaluate EV demand and adjust production schedules to maximize profitability.”

“We purposely built flexibility into our manufacturing facilities and are uniquely positioned among our competitors to be able to flex our production between ICE and EVs,” said CFO Jacobson. But this “pick your powertrain” approach is far from new, and it’s hard to see how it will help GM catch up with Tesla and BYD, which don’t devote money and effort to “flexing production” between different powertrains.

Meanwhile, CleanTechnica reports that, of the 20 top-selling EVs in the world, 16 are either Tesla or Chinese. No GM (or Ford or Stellantis) model made the top 20.

So, cui bono et cui malo? The clear winners from GM’s EV equivocation are Tesla and the Chinese automakers. GM and its workers will be losers in the long run (the Big Three’s stockholders are already feeling the pain). Also in the debit column are American consumers, who have been waiting a decade for more affordable EV choices—and perhaps for some viable alternatives to smug Tesla.

Oh, and how about the American government and taxpayers? The Biden Administration has expended much political and financial capital to try to help the US auto industry catch up to China and Europe. GM and Ford just pissed all over those efforts. A year from now, if President Biden’s strategy to drag our auto industry into the 21st century is perceived as a failure, the consequences could be dire for US auto workers (as UAW President Shawn Fain understands)—and for democracy.

Sources: Reuters, EV inFocus



from Charged EVs https://ift.tt/WKhxMt3

Friday, October 27, 2023

Webinar: Development of innovative materials, testing methodologies and simulation models for safe battery systems


Battery safety is one of the key priorities in battery development. Even though the safety of the battery is already of a high standard today due to many measures, the future designs demand innovative battery safety materials.

In this session, we will talk about the application-specific material development and how simulations and testing methodologies under real conditions verify the material properties, applicability and support the development of the next-generation materials.

Key takeaways:

  • Development of application related materials
  • Application-related testing methodologies
  • Simulation models for thermal runaway and propagation

This webinar will be hosted by CHARGED on Thursday, November 9th at 11 AM US EDT

Register now – it’s free!



from Charged EVs https://ift.tt/OM0wdkB

Wednesday, October 25, 2023

Download the guide to using regenerative, bidirectional power supplies for battery testing


The testing and validation of batteries and fuel cells can be a large endeavor with a sizeable infrastructure including (but not limited to) environmental chambers (e.g., temperature or explosion-proof chambers), temperature sensors, racks of programmable DC power supplies, electronics loads, and measurement racks with the supporting I/O for the automated control and monitoring of data.

Regenerative power supplies combine the programmable DC power supply and electronic load into one piece of equipment, providing both a source and a sink for tests. This technology provides an alternative to the conventional approach of using resistive load banks to burn excess energy.



from Charged EVs https://ift.tt/8xs1v0S

LG Magna e-Powertrain to open new facility in Hungary


LG Magna e-Powertrain, the joint venture (JV) between LG Electronics and Magna, is opening a new facility in Miskolc, Hungary.

The 284,000-square-foot plant will be in Miskolc’s industrial sector, which has well-developed infrastructure and is close to OEM customers and Magna operations. Scheduled for completion in 2025, the new facility will start production with e-motors and plans to offer a suite of electrified powertrain solutions, including inverters and on-board chargers for the growing EV market.

“With this new capacity, the JV’s first in Europe, LG Magna e-Powertrain is well positioned to keep pace with customer demands and increases in global EV production,” said Diba Ilunga, President of Magna Powertrain.

Source: Magna



from Charged EVs https://ift.tt/Uy2B7kt

Works with Synop program tackles EV charger interoperability issues


Many companies offer charging and energy management solutions for EV fleets, and most claim that their systems are hardware-agnostic. But can a fleet operator be sure that their existing EVSE has actually been tested with the software they’re buying?

Energy management provider Synop has released Works with Synop, a program that provides customers with a curated list of hardware options that all work with Synop’s software platform. The initial partners for the Works with Synop program include BorgWarner, Thomas Built Buses, Power Electronics and Zerova.

“Over the past three years we’ve learned that the charging experience is based on more than the numbers on a spec sheet; it also depends on things like provisioning, tight alignment on firmware updates, and well-defined support channels,” said Gagan Dhillon, CEO and co-founder of Synop. “We’ve been working across engineering, customer support and implementation teams to collaborate with a growing list of hardware makers that meet a high bar for those functions.”

Customers that opt for hardware from the Works with Synop list are promised a direct line of support and a streamlined process to report any issues through Synop’s software platform for efficient and timely problem resolution.

“We have had a front-row seat to the challenges of electrification for school bus operators, and the need for better hardware-software alignment is something we’ve identified as a gap for a while,” said Arjun Nair, Manager of Electric Vehicle Programs and Consulting for Thomas Built Buses. “We have been impressed by how Synop and its hardware partners have [homed in] on the relevant interoperability criteria and support channels criteria to deliver a great experience.”

Source: Synop



from Charged EVs https://ift.tt/UuXobyH

Researchers announce cycle life breakthrough for lithium-sulfur EV batteries


Researchers at Monash University have developed a new lithium-sulfur  battery design with a nanoporous polymer-coated lithium foil anode that reduces the amount of lithium required in a single battery.

In their recent paper, the scientists explain how they applied a nanoporous polymer directly onto a lithium foil anode, creating a new battery design that uses less lithium, has more energy per unit volume, lasts longer and could be cheaper than lithium-ion batteries.

Lithium-sulfur  (Li-S) batteries, which use metallic lithium and sulfur, can deliver more energy per gram than lithium-ion batteries, but they also have their limitations. Typically they contain a lithium anode and sulfur  cathode with a separating layer. When the battery charges and discharges, large amounts of lithium and sulfur  react with one another, placing the lithium metal under a lot of strain.

SEM image of nanoporous polymer-coated lithium

PhD student and lead researcher Declan McNamara of Monash Engineering said the thin polymer coating on lithium significantly improved the number of times the battery could be cycled: “The polymer contains tiny holes less than a nanometer in size, which allow lithium ions to move freely while blocking other chemicals that would attack the lithium. The coating also acts as a scaffold for lithium, and helps it charge and discharge repeatedly. Metallic lithium is a bit of a double-edged sword. Lithium is packed full of energy, but in a bad battery, this energy is wasted on side reactions. On the other hand, if the energy is channeled correctly, it can make some incredible energy storage devices that are easier to make. This coating is a step towards highly efficient, easily manufactured Li-S batteries.”

Another advantage of the new design is that it does not require nickel or cobalt, removing the need for minerals that have a significant environmental and social cost.

As with any technological advance, it’s hard to predict how long it will be before Li-S batteries find their way into production vehicles. However, study co-author Professor Matthew Hill said the technology could have an immediate impact: “The market for electric vehicles, drones and electronic devices is on a steep growth pattern and this research is commercially ready for manufacturing to support that growth.”

Source: Monash University



from Charged EVs https://ift.tt/aiwUmtY

Tuesday, October 24, 2023

SME launches EV training and certification programs


SME, a nonprofit that promotes adoption of new manufacturing technology, has expanded its offerings to include EV training programs and an EV Fundamentals certification.

According to the Economic Policy Institute, the electrification of transport could create over 150,000 new jobs related to the production and maintenance of EVs.

SME obtained input from industrial and academic experts to develop a Body of Knowledge that encompasses the technologies, job roles, competencies and skills critical to the electrification industry.

“SME has undertaken extensive research into labor demands for EV manufacturing and electrification, including leveraging insights from industry leaders,” said Jeannine Kunz, SME’s Chief Workforce Development Officer. “Our collaboration with manufacturers, schools and workforce organizations will embed in-demand EV expertise and competencies into nationwide career development programs and technical education.”

Electrification-specific training covers such topics as lithium battery handling and safety, high-energy batteries, and EV components and manufacturing. The training, along with the certification, is designed to prepare students for a variety of job roles, including assembly technician, production associate, team assembler, manufacturing technician, battery pack assembler, quality control inspector, electric motor assembler and maintenance technician.

SME’s efforts to upskill workers for EV manufacturing has drawn support from several industry groups and state governments.

“As a partner with the SME Education Foundation on expanding the SME PRIME school network to at least 49 Michigan high schools by 2025, we excitedly anticipate the integration of the new curriculum and credentials into PRIME’s career pathways for students,” said John J. Walsh, CEO of the Michigan Manufacturers Association. “As the auto industry’s transition to electrification accelerates, the need for workers with EV-related skillsets is increasingly critical to Michigan’s leadership position in the automotive and mobility space.”

“The success we envision as a state in the electric vehicle industry hinges not only on cutting-edge technology but also, and even more crucially, on developing a skilled workforce,” said Brad Neese, VP, South Carolina Technical College System Division of Economic Development. “A talent pipeline that is skilled and ready to work serves as the driving force towards achieving our goals.”

Source: SME



from Charged EVs https://ift.tt/5S6TekW

Monday, October 23, 2023

bp seeks EV charging innovators to work with


As the end of the Oil Age comes into sight, the world’s giant oil companies are not sitting on the sidelines. International oil major bp says it is “pivoting to an integrated energy company,” and has been investing in EV charging infrastructure and other e-mobility products and services.

bp currently operates some 22,000 charge points, and aims to increase that number to more than 100,000 by 2030. The company also plans to finalize investments in renewable energy projects with a collective capacity of 50 GW by 2030. Other focus areas include biofuels and hydrogen.

The company is expanding its interests beyond public charging, and is actively seeking innovative companies in the e-mobility sector to work with. “To make our transition a reality bp will need to work with innovators and thought leaders in a wide variety of sectors and markets,” says the company.

Substantial amounts of capital are available for investment—bp says it expects to increase the proportion of its capital expenditure on its “transition growth engines” (including e-mobility) to more than 40% by 2025 and around 50% by 2030.

Companies that can “offer solutions and expertise that can help” bp make the transition to the EV/renewable energy economy are invited to contact the company’s transition growth engine team.

Source: bp



from Charged EVs https://ift.tt/E3NdvqR

EcoPro BM, SK On and Ford are building a cathode plant in Québec


South Korea-headquartered battery makers EcoPro BM and SK On, along with Ford, plan to invest nearly $900 million in the construction of a cathode manufacturing facility in Bécancour, Québec. Production is slated to begin in the first half of 2026.

EcoPro CAM Canada LP was established by EcoPro BM this year. It will produce up to 49,604 tons of nickel cobalt manganese CAM (cathode active materials) annually at the facility. This will supply batteries for Ford’s future EV manufacture as part of its plan to localize key battery raw material processing in regions where it produces EVs.

“We’re excited to invest in this new facility to create a vertically integrated, closed-loop battery manufacturing supply chain in North America,” said Bev Goodman, President and CEO, Ford of Canada.

Construction has begun on the three-million-square-foot site, which will include a six-floor building and facilities for EcoPro CAM Canada LP research and development.

Source: Ford



from Charged EVs https://ift.tt/GxeJSpK

Sunday, October 22, 2023

DASH offers an all-Tesla rideshare service in Tampa


The Tampa Bay region is sadly lacking in public transport options. The Tampa Downtown Partnership hopes to make getting around Florida’s third-largest city a little easier with the new DASH ride service, which offers low-cost rides in bright yellow Tesla Model Ys.

The new DASH (Downtown Area Shared Hubs) service take passengers on shared rides to and from about 20 different hub locations in Downtown’s seven neighborhoods—the Downtown Core, River Arts District, Channel District, Water Street, Central Park, West Riverfront, and Tampa Heights—for a rock-bottom price of $2 per person (the same as a standard bus fare). Behind the wheel is a “driver-ambassador,” a uniformed, expert guide to what to see and do in the area.

“As we continue to grow and all the seven neighborhoods of Downtown evolve, we need other ways to move within the core of Downtown, and this is a really exciting way to make that happen,” said Shaun Drinkard, Interim President of the Tampa Downtown Partnership.

The service will operate Monday through Saturday from 7 am to 11 am, and Sunday from noon to 9 pm. Customers can book rides using the DASH Tampa smartphone app, available for both Apple and Android phones. Wheelchair-accessible vehicles are available.

“How do we get our community from Point A to Point B in the most efficient fashion?” asked Tampa Mayor Jane Castor at the ribbon-cutting. “The ‘first mile-last mile’ is critically important, and DASH is a great solution to that.”

Source: Tampa Downtown Partnership



from Charged EVs https://ift.tt/9qgM61E

Saturday, October 21, 2023

Go Eve secures US patent for its multi-EV charging DockChain technology


Anglo-Irish EV charging firm Go Eve has secured a US patent for its DockChain technology. This marks a milestone for the company, which is preparing to enter the US market in early 2024.

Go Eve’s DockChain solution enables an existing EV charger to serve multiple vehicles. The patent encompasses various charging systems, including both Level 2 AC and DC fast charging, as well as future applications such as wireless and bidirectional charging.

DockChain enables an extendable daisy chain of compact terminals, each serving a single parking bay. A software protocol facilitates the sequential connection of each vehicle to the power source charger and manages priorities in a virtual queue. Customers can choose to manage the charging sequence in several ways: first-come first-served; charging the most depleted batteries first; or using a booking system.

Go Eve will initially introduce its technology by applying it to DC fast chargers. The goal is make the cost comparable to that of Level 2 AC charging, especially when implemented on a large scale.

“DockChain is ideal for large fleets and destination car parks—anywhere where there’s a bit of vehicle dwell time and the benefit of being able to fast charge in any space,” said John Goodbody, co-founder and Marketing Director of Go Eve. “DockChain complements existing charger manufacturers, providing a solution to extend their DC chargers. With this key patent and expected US electrical certification next quarter, we’re poised for an impactful entry in Q1 2024.”

Earlier this year, Go Eve secured £3 million in its first funding round, bringing its total valuation to £12.6 million.

Source: Go Eve



from Charged EVs https://ift.tt/MZDSKga

Friday, October 20, 2023

Cornell Dubilier introduces Y2 class interference suppressor capacitors


Cornell Dubilier Electronics, a US-based manufacturer of capacitors, has developed a new series of Y2 EMI/RFI suppression capacitors designed for harsh environments.

The MYH capacitor series is AEC-Q200 certified, meets a 2,000-hour Temperature, Humidity, Bias (THB) life test and is used in motors, automated meter readers (AMRs), uninterruptible power supplies (UPS), charging systems and appliances.

The line-to-ground capacitors filter out electromagnetic noise and have multiple international safety agency approvals. The 2,000-hour THB test conducted at 85° C and 85% relative humidity at rated voltage subjected the components to twice the industry standard test hours required to meet IEC 60834, Class III-B for THB, the company said.

Capacitance values range from 0.001 to 1 µF in 29 standard values, at 300 V AC, 50/60 Hz. Their operating temperature range is from -40° C to +110° C. The series has UL, CSA and VDE safety and performance certifications for Y2, line-to-ground applications.

Source: Cornell Dubilier Electronics



from Charged EVs https://ift.tt/nOiBTjN

Thursday, October 19, 2023

Daimler Truck begins delivery of FUSO Next Generation eCanter trucks to Yamato Transport


Daimler Truck and its Japanese subsidiary Mitsubishi Fuso Bus and Truck Corporation have delivered the first of around 900 FUSO Next Generation eCanter light-duty electric trucks ordered by Yamato Transport, a Japanese door-to-door delivery service company.

Yamato Transport is acquiring the trucks by means of FUSO Green Lease, a product of Daimler Truck Financial Services Asia that includes vehicle maintenance services and warranties.

The eCanter was launched by FUSO in 2017 as Japan’s first mass-produced electric light-duty truck. Its latest iteration was developed with the help of customer feedback. The Next Generation model has been introduced this year in Europe, Japan, Indonesia, Chile and several other overseas markets.

Source: Daimler



from Charged EVs https://ift.tt/1roRmFy

Wednesday, October 18, 2023

Volta Trucks becomes the latest electric truck maker to file for bankruptcy


Electric truck makers are having a rough time these days, as rising interest rates make fundraising harder. The German company B-ON, maker of the Streetscooter, filed for insolvency in September. In the latest chapter of Lordstown Motors’ colorful history, a bankruptcy court approved the sale of the company’s assets to its founder. Arrival is undergoing restructuring and has been laying off workers. Proterra‘s Chapter 11 filing surprised a lot of folks, and is having ripple effects, as the company was a supplier of batteries and powertrains to a number of other OEMs.

The latest shoe to drop was Volta Trucks, which has filed for bankruptcy proceedings in Sweden, citing difficulties with suppliers, including Proterra. Volta had raised around 300 million euros ($316 million) from investors, and said it had an order book of more than 5,000 vehicles. It had selected a factory in Austria and was working toward mass production.

Proterra’s Chapter 11 filing came “at the absolute worst time, when production was to be scaled up,” said Byggmastare Anders J Ahlstrom, one of Volta’s largest shareholders. The supplier’s troubles “negatively affected our ability to raise sufficient capital in an already challenging capital-raising environment for electric vehicle players,” said Volta’s board.

loading docks for trucks at warehouse

The automotive business is proverbially unfriendly to startups in the best of times, and times are getting tough. Simon Davis of Ox Delivers, which builds electric delivery trucks for African markets, blames the recent carnage on “a nasty combination of global investment trends, sector overexcitement and a lack of understanding of what it takes to be successful in auto today.”

Back in 2021 everyone was searching for “the next Tesla.” (Like “the next Bob Dylan,” none ever appeared.) EV pundit James Carter quipped that “at one point it felt like anyone with an idea and a sketch could raise a billion dollars.” (Shades of the 1990s Internet craze, when VCs were throwing billions at any company with a web site.)

Now, alas, global VC investment is down to pre-pandemic levels, and higher interest rates are making it ever-harder for startups to raise cash. It probably also doesn’t help that incumbent truck-makers are now producing electric trucks (and unlike the legacy carmakers, some of them have even beaten Tesla to market).

As electric truck expert Rustam Kocher explained to Charged, California’s regulations are forcing trucking companies to go electric quickly, and they’re likely to choose OEMs that they trust and move forward. “Whether that’s Volvo, Freightliner, PACCAR or Navistar, they have relationships with those OEMs and so they’re going to trust them to build a vehicle that will perform under the conditions that they need it to perform,” Rustam told us. (He’s also a fan of the Tesla Semi.)

Sources: Reuters, Bloomberg



from Charged EVs https://ift.tt/eBRoPI9

American Battery Solutions to supply battery packs to electric bus manufacturer NFI Group


American Battery Solutions (ABS) has signed a multi-year contract with bus manufacturer NFI Group to supply custom battery packs for NFI subsidiary New Flyer’s newest 35-, 40- and 60-foot battery-electric transit buses. NFI is now launching ABS batteries into bus production for customer deliveries starting in the first quarter of 2024.

ABS designed, tested and validated the Li-ion batteries at its engineering and development center in Lake Orion, Michigan, and will produce them at its manufacturing plant in Springboro, Ohio.

This scalable custom-designed pack solution is based on the ABS ProLiance Intelligent Battery Series architecture, and fits inside NFI’s existing battery enclosure design. ABS has secured the cell supply by signing long-term supply agreements with several cell makers, ensuring cell supply through the end of the decade.

And plenty of cells will be needed—the market for electric buses in North America is heating up. According to a recent report from CALSTART, there were 5,480 zero-emission transit buses on the road or on order as of the end of 2022. NFI expects that 40% of its 2025 production will be zero-emission buses.

“This contract reflects NFI’s well-placed confidence in ABS’s ability to meet technical and performance requirements at a healthy volume with the competitive cost position,” said ABS founder and CEO Subhash Dhar. “We have invested over $ 200 million in our state-of-the-art automated pack assembly line and facility, with the capacity to deliver the product NFI needs so that it can continue to lead the electrification of public transportation in North America.”

“Demand for battery-electric buses is accelerating, and NFI is leading the evolution to zero-emission public transportation in North America. Our partnership with ABS will provide NFI with the capacity, flexibility and resiliency we need as we ramp up production,” said NFI CEO Paul Soubry. “ABS has made significant investments in their pack assembly and battery technology, providing NFI with industry-leading solutions.”

Source: American Battery Solutions



from Charged EVs https://ift.tt/JtuWL2h

Tuesday, October 17, 2023

ACCURE Battery Intelligence raises $7.8 million to accelerate development of battery safety and performance software


German battery-analytics software developer ACCURE has completed a $7.8-million investment round that was led by Blue Bear Capital and HSBC Asset Management and also included Riverstone Holdings and Capnamic Ventures.

ACCURE plans to use the funding to accelerate its growth and the development of predictive analytics software designed to enhance battery safety, performance and longevity for energy storage. ACCURE says its software currently supports more than 2.6 GWh of storage. It will be used in EVs and other applications across the energy, EV, transit, marine, insurance and other industries.

The company’s predictive analytics platform uses AI, field data and modeling to detect irregular battery cell behavior and provide a third-party view of battery health. It is designed to give fleet operators and energy storage providers added control and lead time to help address issues and prevent incidents, including battery fires.

Source: ACCURE



from Charged EVs https://ift.tt/5uzBOn2

Fermata Energy’s bidirectional EV charger and V2G software platform achieve UL certification


Fermata Energy, a pioneer in vehicle-to-everything (V2X) technology, has earned UL certification for its new FE-20 bidirectional charging system.

The FE-20 is now fully certified to UL 9741, the Standard for Bidirectional EV Charging System Equipment and UL 1741-SA, the Standard for Inverters, Converters, Controllers and Interconnection System Equipment for Use With Distributed Energy Resources, Supplement SA.

Tailored for commercial customers, the FE-20 is engineered with increased power, improved cost-effectiveness and enhanced features compared to its predecessor, the FE-15.

The FE-20 is developed exclusively for Fermata Energy by Heliox. This 20 kW bidirectional DC charger charges and discharges an EV’s batteries using Fermata Energy’s proprietary software platform, which is designed to balance an EV owner’s transportation needs with revenue opportunities when the vehicle is parked. Fleet operators can use these chargers to participate in utility programs that allow them to sell stored energy from EVs back into the grid or to offset peak demand costs.

“V2X bidirectional charging isn’t just a means to electrify—it’s a pathway to earning revenue. The FE-20, combined with our state-of-the-art AI software platform, is pivotal in this convergence of mobility and electrification,” said Tony Posawatz, CEO of Fermata Energy. “Earning UL certification exemplifies our dedication to excellence, safety, and regulatory compliance.”

Source: Fermata Energy



from Charged EVs https://ift.tt/fUzXAFL

Qmerit outlines key issues affecting EV adoption and public charger reliability


US EV charger installer Qmerit has produced a report through its recently established Electrification Institute that assesses pivotal issues with respect to widespread EV adoption and progress toward home and building electrification.

Questions addressed involve affordability, the shortage of qualified electricians, how nano- and micro-grids will help underpin electrification infrastructure, and why virtual power plants are critical to a robust grid.

The white paper also addresses the biggest current issue with public charging: reliability. It incorporates recent national data from EV Connect that purports to indicate the main reasons for public charger failures. According to Qmerit, the main culprit is station connectivity, which accounts for 55% of failures, followed by internal station faults or errors (38%) and connector/cable issues (4%). Qmerit’s data indicates that, contrary to popular belief, problems with credit card readers and info screens are minor issues, each accounting for only 1% of failures.

Source: Qmerit



from Charged EVs https://ift.tt/Lt1wSjr

Volvo VNR Electric Trucks debut in Coke Canada’s Red Fleet


In September, Coke Canada Bottling launched a pilot program by introducing six Volvo VNR Electric trucks to its Red Fleet of 850 heavy-duty trucks that service customer delivery routes in the Greater Montreal area. According to Volvo, its VNR Electric trucks have a six-battery configuration with a capacity of 565 kWh and a range of up to 275 miles. Coke Canada has installed three 150 kW DC chargers with nine dispensers at its Montreal Distribution Center for drive-through charging.

The company has set a goal of reducing carbon emissions from direct sources and supplied energy by 46.2% by 2030, and has taken such measures as electrification of light-duty service vehicles and use of alternative fuel sources.

Source: Volvo



from Charged EVs https://ift.tt/4LFxoac

Monday, October 16, 2023

California reaches 10,000 fast charger goal a year ahead of schedule


California politicians and officials recently gathered at a shopping center in Union City, the site of a new EVgo DC fast charging site, to celebrate the achievement of the state’s goal of deploying 10,000 fast chargers, a year ahead of the predicted date.

The California Energy Commission (CEC) is the lead state agency supporting the buildout of charging infrastructure. Through its Clean Transportation Program, the CEC invests in several programs that provide funding and incentives for companies to deploy public chargers.

The newly-deployed chargers in Union City were funded through the California Electric Vehicle Infrastructure Project (CALeVIP), which has provided more than $223 million since 2017 to fund publicly available Level 2 and DC fast chargers throughout California. The state legislature recently passed a bill that would continue funding for another decade.

“Last year, we approved a $2.9-billion investment plan, [and] 95% of the money [went] towards infrastructure for zero-emission vehicles,” said CEC Commissioner Patty Monahan. “In the draft [the CEC] released recently, we are maintaining that level of investment. This is the most money any state has ever allocated for zero-emission vehicle infrastructure.”

“Right now, in America, there are just over 30,000 fast chargers in the whole country,” said EVgo CEO Catherine Zoi. “California has [built] about a third of them. California is always leading the way on climate, the environment and public health, and creating jobs for a sustainable economy.”

Source: California Energy Commission



from Charged EVs https://ift.tt/wY7Bj3J

Aptera enters Validation Phase for its hyper-efficient solar-powered EV


Aptera is not following the typical path for an EV startup. Rather than building a high-end luxury EV, it’s working to create the most efficient EV possible—a vehicle so efficient that integral solar panels can supply much of its charging needs.

It’s been a long road, but the company is getting close to releasing a production-intent vehicle, which will be used for further testing and validation over the coming months.

Over 60% of the equipment and tools used to make Aptera’s body structure have been completed and commissioned. Production parts for PI builds (production-intent vehicles) are being stamped and validated at manufacturing partner CPC Group, in Italy. At company HQ in San Diego, Aptera is preparing the lines and sourcing equipment for solar panel and battery manufacturing.

The road from conception to production of a new vehicle is a long and complex one (and many an EV startup has failed to reach the end). For Aptera the development stages leading up to the current Validation Phase included:

  • Concept and ideation
  • Design and engineering
  • System development
  • Computational Fluid Dynamics (CFD) simulation and modeling
  • Prototyping and vehicle dynamics testing
  • Solar testing and low-volume production
  • Supplier selection and sourcing
  • Manufacturing planning

The Validation Phase includes production of long-lead-time tools for Aptera’s Body in Carbon (BinC). These include the stamping dies and post-process tooling used to form Carbon Fiber-SMC with up to 5,000 tons of force into Aptera’s body parts.

Once the PI builds are complete, the company will use them for further testing and validation over several months, adding more and more production-intent components and ramping up to builds that include all production parts made with production equipment and tooling.

During the testing and validation phase, Aptera’s team will test suspension and dampeners, brake systems, airbags, thermal systems, the powertrain and battery, software and more. Next will come safety and crash testing, including regulatory compliance checks and quality assurance. In the manufacturing validation phase, production equipment and assembly lines will be fine-tuned and tested to streamline manufacturing processes and optimize precision.

Only once all these steps have been completed will the company commence production and prepare for the first deliveries.

Source: Aptera



from Charged EVs https://ift.tt/pmQT0xL

Friday, October 13, 2023

ComEd, Millennium Garages to install 300 EV chargers at Chicago charging hub


Illinois utility ComEd is working with Millennium Garages to deploy 300 EV chargers at the downtown Chicago parking complex by 2026. ComEd recently cut the ribbon on the first 100 EV chargers, and has awarded $200,000 in energy efficiency incentives to support Millennium Garages in lowering its energy usage.

“ComEd is committed to working with customers and our partners from across the state to accelerate the adoption of EVs,” said Melissa Washington, SVP of Customer Operations. “Millennium Garages’ work to convert savings from ComEd’s energy efficiency programs into the buildout of the largest EV charging hub in the Midwest will expand charging options for Chicago’s residents, visitors and commuters.”

ComEd recently announced a $231-million investment in electrification, including new rebates, rates and pilot studies.

Millennium Garages’ four underground facilities include more than 9,000 parking spaces in the heart of the Chicago Loop. The garages feature a variety of charging options for customers, including EVPassport, ChargePoint, FlashParking and Tesla. All EV charging at Millennium Garages will be powered by certified renewable wind energy.

“In partnership with ComEd and the City of Chicago, we are proud to expand charging access for local residents, commuters, visitors and fleets,” said Jamie Ponce, Millennium Garages’ Chief Innovation & Strategy Officer. “As Chicago returns to in-person work and play, our EV charging program highlights how urban infrastructure can support important transportation, energy and economic development opportunities.”

“This is a testament to the growing popularity of electric vehicles,” said Megha Lakhchaura, State of Illinois EV Officer. (Yes, Illinoi has an EV officer!) “We commend Millennium Garages and ComEd for investing in their customers to align with the state’s goals to accelerate the transition to zero-emission vehicles and fight climate change.”

Source: ComEd



from Charged EVs https://ift.tt/5jtkums

Webinar: Development of innovative materials, testing methodologies and simulation models for safe battery systems


Battery safety is one of the key priorities in battery development. Even though the safety of the battery is already of a high standard today due to many measures, the future designs demand innovative battery safety materials.

In this session, we will talk about the application-specific material development and how simulations and testing methodologies under real conditions verify the material properties, applicability and support the development of the next-generation materials.

Key takeaways:

  • Development of application related materials
  • Application-related testing methodologies
  • Simulation models for thermal runaway and propagation

This webinar will be hosted by CHARGED on Thursday, November 9th at 11 AM US EDT

Register now – it’s free!



from Charged EVs https://ift.tt/p2AQiFT

Thursday, October 12, 2023

Earthling Automotive is training the next generation of EV technicians


Earthling Automotive, an independent EV service and repair shop in San Francisco, has expanded its EV knowledge program in response to the urgent need to train automotive technicians in the aftermarket. As EV adoption accelerates, “aftermarket repair shops need to be prepared to service EVs safely and at competitive prices, as consumers look for service alternatives to the dealerships,” the company says.

“Today’s electric vehicles are much more than nuts and bolts,” said Jack Rosebro, Earthling Automotive Head of Training, “they are nuts, bolts, physics and code. A deep understanding of diagnosis, repair, and maintenance of electric vehicles is critical to the aftermarket sector’s success. The rate at which EV technology matures requires that we combine our own internal, hands-on, real-world training—today as well as what we’ve learned over the past twenty years, working with electrified vehicles—and make it available to the industry at large.”

Earthling Automotive provides hands-on courses in small groups (no more than four students), where students work on vehicles, and examine actual case studies.

EV and hybrid training programs include:

  • Tesla classes: This two-day Tesla 1 course provides technicians and shop owners with essential knowledge of Tesla vehicles, and serves as a prerequisite for advanced Tesla service courses.
  • Hybrid/EV classes: Service professionals receive instruction on general hybrid and EV platforms. Learning objectives are relevant to most makes and models, and laboratory exercises are focused on the 2004-2016 Toyota Prius. Students gain hands-on experience diagnosing, testing and replacing high-voltage components.
  • Electrical 1: A solid electrical foundation is invaluable when working on any EV or hybrid in any shop. This three-day course assumes no prior diagnostic experience with automotive electrical systems.
  • Community college partnerships: Earthling Automotive is collaborating with community colleges to update instructors on the newest EV technology, starting with Miracosta College in California.

Source: Earthling Automotive



from Charged EVs https://ift.tt/kr6LfgO

Wednesday, October 11, 2023

GM agrees to unionize EV battery plants. Will other US automakers follow suit?


The United Autoworkers’ strike doubtless has multiple causes, but the transition to EVs is certainly one bone of contention. EVs are simpler machines than legacy vehicles, and many expect this to translate into less demand for human labor. A wave of new battery plants will surely create new jobs, but some fear that automakers will fill these with low-paid, non-union workers.

If electrification is one of the underlying causes of labor-vs-management strife, then it’s encouraging to hear the news that an agreement about electrification has averted an escalation of the strike, and brought about the first significant step towards resolving the dispute.

The UAW union and GM have reached an agreement to unionize battery production across the automaker’s EV manufacturing facilities. The union described the agreement as “guaranteeing that the transition to electric vehicles at GM will be a just transition that brings good union jobs to communities across America,” and suspended a planned expansion of strike action to GM’s Arlington Assembly plant in Texas.

The news defuses claims from some anti-EV voices that have been claiming that electrification threatens the health of the US auto industry. “We have been told the EV future must be a race to the bottom,” said UAW president Shawn Fain. “We called their bluff. The plan was to draw down engine and transmission plants, and permanently replace them with low-wage battery jobs.”

The agreement also addresses the fear that US automakers will outsource battery production to joint ventures with Chinese companies, allowing them to eliminate union jobs and evade the Biden Administration’s Made in America policies—while taking advantage of government subsidies. (Ford recently suspended a plan to build a battery plant under a JV with Chinese battery firm CATL, amid pressure from US legislators.)

GM currently has one battery plant up and running in Ohio—a joint venture with South Korean firm LG Energy Solution. The details of the pay and benefits those workers will get under a new master contract are still being worked out, an unnamed source told the Detroit Free Press.

GM’s “leapfrogging” of the other two US automakers, as Fain called it, will increase the pressure on Ford and Stellantis to follow suit.

“GM surely dodged a bullet and the other two will have little choice but to follow,” Harley Shaiken, Professor Emeritus at the University of California-Berkeley, told the Free Press. “This victory for the UAW could prove pivotal to new organizing, particularly of battery plants. It will still be tough, but battery workers will be looking at the possibility of UAW wages rather than fast food wages as the model.”

A Ford spokesperson said, “We remain open to the possibility of working with the UAW on future battery plants in the US, reminding [sic] that these are multibillion-dollar investments and have to operate at sustainably competitive levels. As you know, three of four battery plants we’ve announced are part of the BlueOval SK joint venture between Ford and [South Korean company] SK On. Workers for none of the four have been hired and won’t be for a while.  When they are, they can choose union representation and enter into collective bargaining. In the meantime, we’ve made clear that none of our employees, including those who work on powertrains, will lose their jobs because of battery plants during this contract period.”

Of course, not everyone is happy about the deal. Unionized plants are likely to mean higher labor costs, which could put the Big Three at a competitive disadvantage against union-busting Tesla, and other automakers that produce EVs in so-called “right to work” states.

“Fain may not be eating the rich, but he is eating the car companies,” said Erik Gordon, a Professor at the University of Michigan, referring to a provocative t-shirt the union leader wore in recent video appearances. “It looks as if car companies are resigned to trying to make the EV transition with a cost structure higher than their competitors.”

Sources: Detroit Free Press, EVinFocus, Electrek



from Charged EVs https://ift.tt/urC3BTX

IRS Commercial Clean Vehicle Credit plus other incentives can make a commercial EV “almost free”


The IRS Commercial Clean Vehicle Credit offers a tax credit of up to $40,000 for US businesses and tax-exempt organizations that buy a qualified commercial clean vehicle (an EV, PHEV or fuel cell vehicle). The IRS’s list of eligible manufacturers includes some 60 vehicle brands.

But wait, there’s more. As Lightning eMotors, whose medium-duty commercial EVs have now been certified as eligible for the credit, explains, there are many other federal and state incentive programs, and some are “stackable,” meaning that they can be combined with the IRS credit. According to Lightning, in some cases, taking advantage of all available incentives “can reduce the cost of an electric vehicle to nearly free.”

“The ability to stack the various grant, rebate and credit programs is designed to support accelerated electric vehicle adoption and help the market reach critical mass faster,” said Nick Bettis, VP of Marketing and Sales Operations for Lightning eMotors. “For example, a Type A school bus may be obtained by a school district or operator at essentially no cost and be operated with significantly lower costs as well. To provide the best value to our customers, our sales team has been helping them optimize their EV fleet purchases with the various funding programs for several years.”

Lightning has provided a handy list of some of the programs currently available to commercial EV buyers:

More information is available on Lightning’s Grants and Incentives page.

Another handy resource is the Rocky Mountain Institute’s Decarbonizing Industry Resource Tool (DIRT), which helps companies discover state and federal financial incentives that may be applicable to their heavy industry and transport projects.

Source: Lightning eMotors



from Charged EVs https://ift.tt/CrAzwdZ

Tuesday, October 10, 2023

Learn how to monitor EV charging infrastructure in real-time


EV charger communication failures leave the Charge Point Operators (CPOs) unable to detect and react remotely, while 50-70% of the time, a simple power cycle of the charger’s power is all that is needed. With no remote charger control, the only course of action available to the CPO is to dispatch a service truck to investigate the downed charger.

NexPhase™, the first intelligent EV switchgear, is a turnkey solution that contains the entire infrastructure required between the utility service and Level 3 DC fast chargers. Unlike any switchgear of its kind, NexPhase™ features cutting-edge grid intelligence for EV charger monitoring through UNITE™.

UNITE™ grants CPOs access to critical EV charger infrastructure and real-time monitoring information. With early detection of EV charger deficiencies and system performance diagnostics provided by UNITE™, CPOs are provided with the tools to improve uptime, extend equipment service life, and enhance the reliability of their EV charger systems.



from Charged EVs https://ift.tt/mkjIKeW

itselectric to use SWTCH software to optimize its curbside charging network


itselectric, a Brooklyn-based curbside EV charging company, has partnered with  SWTCH Energy, which specializes in EV charging solutions for multi-tenant buildings. SWTCH will provide software to itselectric for managing, maintaining and optimizing its charging network.

“Today, the biggest barrier to deployment is the cost and complexity of connecting an EV charger directly to the utility’s main in the roadway,” said Tiya Gordon, COO and co-founder of itselectric. “Our charging network avoids this barrier, enabling affordable and scalable curbside charging infrastructure. We’re aligned with SWTCH in many ways, including our approach to closing charging gaps by pulling power from the built environment. This partnership now enables us to leverage SWTCH’s software to power our next-generation, smart, sleek and easy public EV charging.”

itselectric provides urban networks of Level 2 curbside charging posts at no cost to cities or to property owners, and offers revenue sharing to property owners. Once a property is deemed eligible, itselectric installs and maintains a low-profile charger, and property owners earn passive income. With this business model, itselectric helps cities avoid the utility infrastructure upgrades normally needed to support on-street charging.

SWTCH’s EV charging management platform will offer itselectric seamless insight and control of its charging network, including turnkey driver billing and charging fee remittance, 24/7 monitoring and maintenance alerts, and real-time reporting. By monitoring charger energy use in real time, and setting charging rates by energy or time used, SWTCH will maximize charger earnings that will be passed to property owners.

“Dense urban areas require innovative, cost-efficient charging infrastructure solutions,’’ said Carter Li, CEO of SWTCH. “Our open charging platform and energy management solution has been unlocking EV charging access in multifamily buildings for city residents, and itselectric chargers offer a unique solution for the curb. By partnering with building owners to maximize existing electrical capacities, and giving them a piece of the earnings, we’re solving the urban charger deployment problem.”

Source: itselectric



from Charged EVs https://ift.tt/UEyvBb2

Blue Whale Materials to build Li-ion battery recycling facility in Oklahoma


Battery recycling firm Blue Whale Materials plans to build a Li-ion battery processing facility in Bartlesville, Oklahoma. The new plant will be located within a 35-acre campus including 150,000 square feet of warehouse space at the Bartlesville Industrial Park, and encompasses multiple lots designed to facilitate comprehensive battery processing, testing, dismantling and storage. The project is expected to create over 90 new jobs in Bartlesville.

The facility will use Blue Whale’s proprietary Blacksand technology, which processes spent Li-ion batteries and production scrap into a highly concentrated dry product containing cobalt, nickel and lithium as well as copper and aluminum products. Blue Whale’s process removes organics and impurities, ensuring a high-purity material that simplifies downstream refining steps. The company says that, unlike traditional wet processes, which can complicate further refining, the dry Blacksand technology streamlines the recycling process and enhances the quality of the recovered materials.

Oklahoma Governor Kevin Stitt expressed his support for the decision. “I am thrilled to welcome Blue Whale Materials to Oklahoma, and I applaud their choice of Bartlesville for their innovative battery recycling facility. Blue Whale’s investment here aligns with our state’s ‘more of everything’ approach to our nation’s energy needs.”

Source: Blue Whale Materials



from Charged EVs https://ift.tt/tLGs06M

Ascendum Machinery electrifies job sites with the Voltstack mobile site power and EV charger


Ascendum Machinery, which has represented Volvo Construction Equipment in the US for over 65 years, and claims the title of the country’s largest Volvo dealer, has partnered with Portable Electric to offer the latter’s Voltstack line of portable electric construction equipment chargers (e-Chargers) and power stations (e-Generators).

Voltstack mobile electric equipment chargers offer a versatile solution for on-site power at construction sites. The Voltstack e-Charger provides a range of charging solutions—it can serve as a silent, emission-free onsite power source, or (if necessary) it can be paired with a fossil fuel generator. The Smart Hybrid feature allows the Voltstack e-Charger to intelligently activate or deactivate a diesel generator based on the state of charge of the e-Charger.

“Volvo CE’s pioneering electric equipment offerings are reshaping construction norms, and our integration of Voltstack mobile e-Chargers reaffirms our dedication to supporting our clients,” says Grant Adams, CEO of Ascendum Machinery. “These chargers seamlessly align with Volvo’s electric equipment, optimizing productivity and performance.”

“Our mission at Portable Electric has always been to deliver revolutionary charging and power solutions that can drive industry-wide transformation. Ascendum Machinery’s acquisition of Voltstack mobile electric equipment chargers signifies yet another pivotal milestone in accelerating the transition toward electric construction machinery,” says Keith Marett, CEO of Portable Electric.

Source: Ascendum Machinery



from Charged EVs https://ift.tt/c6ugRoq

Electrada and Daimler Truck Financial Services to deliver Charging-as-a-Service


Daimler Truck Financial Services has partnered with Electrada, a fleet electrification solutions company, to offer Electrada’s 360 Charging-as-a-Service solution to medium- and heavy-duty EV fleet operators. The all-in-one solution will be provided to projects with selected customers in the US in the first half of 2024.

Electrada’s 360 Charging-as-a-Service (CaaS) is an end-to-end, technology-agnostic system that’s designed to enable fleets to electrify intelligently, cost-effectively and customized to their specific use cases. It covers 100 percent of a fleet’s EV charging infrastructure buildout, implementation, operation and maintenance costs across a multi-year contractual relationship.

Daimler Truck’s electric truck offerings in the US include the Class 8 eCascadia, Class 6 EM2 and Class 5 MT50e. The Freightliner eM2 is scheduled to begin series production in the fourth quarter of this year.

“This partnership and its subsequent development will accelerate the proliferation of EV fleets across the country,” said Kevin Kushman, Electrada’s CEO. “Daimler Truck Financial Services and Daimler Trucks North America are industry leaders and seek to remove barriers to electrification through collaborative solutions that provide a more seamless, reliable conversion strategy for their customers.”

“This collaboration supports Daimler’s commitment to electrification by matching an electric fuel program to every vehicle deployment, providing customers predictability to total cost of ownership and eliminating the complexity of transitioning to electricityl,” said Richard Howard, President of Daimler Truck Financial Services USA. “Our vehicles will be at the forefront of converting fleet programs to EVs, but there is a great deal more to this conversion than building vehicles—those vehicles need to be powered by a robust charging program. This is where Electrada’s expertise will greatly benefit our customers.”

Source: Electrada



from Charged EVs https://ift.tt/8sFJZuD

The advantages of using electric-PTOs in vehicles with or without an ICE engine: Watch Now

Sponsored by Parker. Commercial work trucks have historically utilized mechanical Power Take Off units (PTOs) to transfer power from the d...