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Volkswagen De-Buzzes- ID. Buzz Production
Once one of the most anticipated electric vehicles of the decade, Volkswagen’s retro-inspired ID. Buzz electric van has hit a major setback. Despite its nostalgic design and initial excitement following the 2017 concept debut, Volkswagen has paused production of the model at its Hanover, Germany factory due to “changed market conditions” and “intense competition.”
The 2025 ID. Buzz has struggled with sluggish rollout timelines, stop-sale orders, and a high price point that many consumers consider excessive for its performance and features. While the van’s styling remains faithful to its original vision, the combination of market saturation and fading enthusiasm has dampened demand.
For Volkswagen, the production halt marks a sobering moment for a vehicle once seen as a symbol of its electric future—raising broader questions about consumer appetite for premium-priced EVs in an increasingly competitive market.
Hyundai Translead Distributes of XCIENT Hydrogen Fuel Cell Trucks in NA
Hyundai Translead will officially distribute Hyundai’s XCIENT Fuel Cell Trucks across North America, marking a major expansion of hydrogen-powered commercial transportation. The move integrates Hyundai’s zero-emission truck technology with Translead’s trailer and logistics expertise, providing customers with streamlined access to sustainable fleet solutions.
As the world’s first mass-produced hydrogen heavy-duty truck, the XCIENT Fuel Cell underscores Hyundai’s leadership in zero-tailpipe emission technology. Since 2020, over 3,500 Hyundai fuel cell commercial vehicles have been deployed globally, including more than 250 XCIENT trucks. In the U.S., Hyundai has introduced 35 of these trucks through California-based clean transportation programs and 21 additional units to support operations at its new Metaplant America in Georgia.
Hyundai officials say the partnership will simplify procurement, improve operational efficiency, and accelerate the transition toward cleaner logistics across North America.
San Francisco Adopts Bluedot Platform 4 Citywide EV Fleet
San Francisco has implemented Bluedot’s unified EV operations platform to centralize management of its public fleet charging. The system integrates charging across public, depot, and home locations, offering real-time visibility, AI-assisted duty planning, and transparent budget control. Departments can now track kWh usage, costs, and emissions reductions through standardized, audit-ready reports. The platform aims to cut downtime, reduce costs, and enhance accountability—marking a shift from pilot programs to full-scale daily EV operations across the city.
France Intros World’s First Wireless-Charging Highway
Electreon, a global leader in wireless electric road technology, has launched the world’s first highway capable of wirelessly charging vehicles in motion. The groundbreaking “Charge As You Drive” project, led by VINCI Autoroutes and supported by Bpifrance, features a 1.5-kilometer stretch of the A10 near Paris that can charge passenger cars, vans, buses, and heavy-duty trucks simultaneously.
Independent tests by Gustave Eiffel University confirmed the system delivers over 200 kW average power and peaks above 300 kW—enough to power large trucks at highway speeds. The achievement marks the first demonstration of high-power, dynamic wireless charging for heavy vehicles under real-world conditions.
Electreon’s CEO, Oren Ezer, called the success a “pivotal moment” proving that highways themselves can serve as energy infrastructure, potentially transforming how electric vehicles operate. The system aligns with France’s plan to deploy 9,000 kilometers of Electric Road Systems by 2035 to cut freight-related emissions.
Electreon is also expanding its wireless charging network globally, with active projects in nine countries, including the first U.S. public wireless charging road in Michigan and pilot programs with UCLA and Utah State University to advance on-the-go charging for commercial fleets. The milestone signals a major leap toward continuous, efficient, and sustainable electric transportation worldwide.
Hyundai Breaks Ground on Hydrogen Fuel Cell Plant
Hyundai Motor Company has begun construction on a new hydrogen fuel cell production facility in Ulsan, South Korea, marking a major milestone in the nation’s clean energy ambitions. The 43,000-square-meter plant—built on the site of a former internal combustion transmission factory—symbolizes Hyundai’s shift toward sustainable mobility.
Scheduled for completion in 2027, the facility will produce up to 30,000 fuel cell units annually under Hyundai’s HTWO brand, supporting a wide range of applications from passenger cars and commercial trucks to marine and construction equipment. The KRW 930 billion ($680 million) investment will also establish Korea’s first production line for high-efficiency PEM electrolyzers, crucial for generating green hydrogen.
The groundbreaking ceremony brought together government officials, industry leaders, and members of the Hydrogen Council, emphasizing hydrogen’s role as a strategic national industry. Hyundai aims to strengthen its leadership in next-generation hydrogen technologies by improving power output, durability, and cost competitiveness—positioning Korea as a global hub for the hydrogen economy.
Solid Power, Samsung SDI, & BMW: All-Solid-State Battery Demo Vehicle
Solid Power has announced a strategic collaboration with Samsung SDI and BMW to advance the development and validation of a demonstration vehicle powered by all-solid-state battery (ASSB) technology. The partnership combines Solid Power’s sulfide-based solid electrolyte expertise with Samsung SDI’s cell manufacturing capabilities and BMW’s automotive integration leadership.
Under the agreement, Solid Power will supply solid electrolytes to Samsung SDI, which will use them to build and test battery cells meeting jointly defined performance standards. The ultimate goal is to produce ASSB cells suitable for integration into a BMW demonstration vehicle.
Executives from all three companies emphasized that the alliance marks a major step toward commercializing safer, longer-lasting, and higher-energy-density batteries. The collaboration supports Solid Power’s strategy to supply solid electrolytes to major battery manufacturers and automakers—accelerating the path to next-generation electric vehicle innovation.
CBS Named Stellantis 2025 Aftermarket SoY
Continental Battery Systems (CBS), a leading North American provider of battery distribution and recycling services, has been honored as Stellantis’ 2025 Aftermarket Supplier of the Year. The award was presented during a ceremony in Paris recognizing more than 200 global partners for excellence in quality, delivery, and collaboration.
CBS earned the distinction for its strong performance, innovation, and alignment with Stellantis’ core values—particularly its reliable supply chain, integrated logistics, and technical support across North America. CEO Christopher Alberta accepted the award, crediting the company’s employees for their dedication to customer service and operational excellence.
Founded in 1932, CBS serves diverse sectors including automotive, commercial, marine, RV, golf, and energy storage. The recognition highlights its growing importance in the evolving vehicle and energy ecosystems as Stellantis expands its global aftermarket operations.
Rivian Opens “Rivian Commons” in Atlanta
Rivian has opened Rivian Commons, a new public gathering space at its East Coast headquarters in Atlanta’s Junction Krog District. Designed as a community hub rather than a showroom, the space invites visitors to learn about Rivian’s vehicles, sustainability goals, and the company’s expanding footprint in Georgia.
The grand opening on October 25 featured collaborations with local businesses and organizations, offering food, activities, and community engagement. Located at 667 Auburn Avenue Northeast near the Atlanta Beltline, the building will house about 500 Rivian employees on its top floor.
The site marks a key milestone ahead of Rivian’s large-scale manufacturing project in Social Circle, Georgia, which aims to employ 7,500 workers and produce up to 400,000 vehicles annually once completed. Executive Vice President Jimmy Knauf described the Commons as “an important first step” toward establishing Rivian’s full East Coast presence.
NextStar Energy Permitted Windsor EV Battery Plant
NextStar Energy, the joint venture between LG Energy Solution and Stellantis, has completed construction of its massive battery manufacturing facility in Windsor, Ontario, and received an official occupancy permit. The 392,980-square-metre complex—comprising 11 buildings, including cell and module production plants—will begin battery cell production later this year.
Built over two years with contributions from more than 9,000 Canadian trades workers and 8.4 million labor hours, the $5 billion project represents one of Canada’s largest private industrial investments. Over 1,000 full-time employees have already been hired as the company transitions from construction to operations.
CEO Danies Lee credited the achievement to strong collaboration among partners, including LG Energy Solution, Stellantis, construction firm Alberici-Barton Malow, and multiple levels of government. Windsor Mayor Drew Dilkens hailed the milestone as positioning the region “at the forefront of electrification” and a catalyst for continued economic growth and job creation in Ontario’s auto sector.
WattEV Unveils Solid-State Transformer
WattEV has introduced a solid-state transformer (SST) designed to simplify and scale megawatt charging infrastructure for heavy-duty electric trucks. Funded partly by the California Energy Commission, the new medium voltage power conversion system connects directly to 12–15 kV utility lines, eliminating the need for traditional step-down transformers and 480-volt systems.
The liquid-cooled, modular unit delivers between 1.2 and 3.8 megawatts of charging power and can be installed on service islands between truck lanes—cutting installation costs and easing expansion as demand grows. WattEV CEO Salim Youssefzadeh said the system addresses “real-world constraints” such as supply chain complexity and tariffs, offering a faster, more cost-effective path to deploying megawatt charging systems (MCS) at depots and public hubs.
Production-ready SST units are expected in 2026, aligning with the rollout of MCS-capable electric trucks. WattEV also plans to adapt the technology for other high-power DC applications, including data centers, marine, and industrial energy systems.