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Electric Era Integrates WEX Fleet Payments Into Retail-First DCFC Infrastructure
Electric Era has integrated WEX fleet payment processing into its RetailEdge Level 3 charging infrastructure, enabling unified billing and telemetry capture for mixed-energy commercial fleets. The collaboration allows WEX EV RFID and DriverDash users to access DC fast charging (DCFC) across high-traffic retail segments, including Love’s Travel Stops and Giant Eagle. By syncing with the HaloAI-powered network, fleet operators can manage vehicle mileage and driver ID data within a singular payment ecosystem, streamlining the transition from internal combustion engine (ICE) assets to electrified mobility.
The RetailEdge hardware platform features a patented battery-backed power architecture designed for 400-kW peak output and 99.8 percent port availability. This decentralized energy management system facilitates accelerated 60-day installation timelines by bypassing heavy utility upgrades and mitigating grid-side demand charges. Positioning charging kiosks as brand-integrated marketing extensions, Electric Era focuses on retail adjacency to maximize store foot traffic and ROI while providing fleet managers with comprehensive expense tracking and oversight for distributed EV charging events.
Keysight And CATARC Establish Joint NEV Charging Innovation Laboratory
Keysight Technologies and the China Automotive Technology and Research Center (CATARC) New Energy Vehicle Inspection Center have expanded their strategic collaboration with the launch of a Joint Innovation Laboratory for Charging Test Technology. The facility is designed to accelerate innovation in new energy vehicle testing, standards development, and high-power charging technologies. CATARC has integrated Keysight’s vehicle-to-charger conformance testing solutions to support certification and verification protocols across European, North American, and next-generation Chinese National Standard 2024 requirements.
The joint laboratory addresses critical industry challenges including charging compatibility, safety synchronization, and overseas regulatory compliance. By combining global validation expertise with CATARC’s domestic testing infrastructure, the partnership aims to reduce development risk and time-to-market for OEMs and suppliers. The lab supports current and emerging protocols, including international Combined Charging System (CCS) standards, facilitating the global deployment of intelligent and electric mobility solutions through standardized interoperability testing.
Rocsys Debuts S2 Autonomous Charging System For Heavy-Duty Fleets
Rocsys has launched the S2, its second-generation hands-free charging system designed for high-utilization environments such as ports, distribution centers, and logistics hubs. The system utilizes computer vision and a seven-motor controller architecture to achieve sub-millimeter precision when locating vehicle charging inlets, claiming a 99.9% plug-in success rate across various weather and lighting conditions. The hardware is available in two configurations, including the S2-H variant, which features industrial-grade coatings and beacon lighting for harsh environments, and is engineered for Build America, Buy America compliance in the United States.
The S2 platform emphasizes interoperability within mixed fleets through the proprietary Rocsys Smart Cover, which employs ultra-wideband communication to facilitate multi-vendor compatibility. By automating the physical connection to the charger, the system eliminates the need for manual intervention in heavy-duty electric vehicle operations, reducing downtime and safety risks. Initial orders have already been secured from a large-scale port operator, with the S2 leveraging six years of operational field data from the company’s previous ROC-1 generation to optimize real-world autonomous docking reliability.
Honda Shelves Ontario EV Hub Amid North American Policy Shifts
Honda has indefinitely suspended plans for its CA$15 billion electric vehicle manufacturing hub in Ontario, Canada, citing deteriorating demand and the withdrawal of U.S. consumer EV tax credits. The decision involves the potential cancellation of a 240,000-unit assembly plant and an adjacent battery facility. This retreat follows JP¥2.5 trillion in writedowns and the discontinuation of several EV models, including the Acura ZDX and the GM-partnered Prologue, temporarily leaving the automaker without a battery-electric lineup in the United States.
The automaker is pivoting its regional strategy toward hybrids, repurposing its Ohio battery joint venture with LG Energy Solution to support fourth-generation hybrid powertrains. While Honda maintains its 2040 electrification goals, it now targets 2.2 million hybrid sales by 2030, leveraging per-unit margins comparable to traditional internal combustion engines. This shift mirrors a broader industry trend, with GM, Ford, and Stellantis also recording significant writedowns and delaying EV programs in favor of hybrid and range-extended technologies.
MN8 Energy and San Jose Clean Energy Execute EV Charging Tolling Agreement
MN8 Energy and San Jose Clean Energy have finalized a strategic tolling agreement to deploy 40 direct-current fast-charging ports across five municipal sites. Modeled after conventional California utility power asset procurement, the framework allows the community choice aggregator to manage retail pricing and branding while MN8 assumes responsibility for capital expenditure, system design, and long-term operations. The revenue-reconciliation structure utilizes a fixed fee arrangement, effectively decoupling the public agency from ownership risks and operational complexities associated with high-voltage charging infrastructure.
The deployment will deliver 8 MW of charging capacity via 20 dual-port units, targeting neighborhoods identified as having insufficient public infrastructure access. By treating EVSE as a procured power asset rather than a municipal capital project, the model provides a scalable template for other regional aggregators to accelerate electrification. Engineering and construction activities are slated to begin in late 2026, with the network expected to enter commercial service by early 2027.
Proterra Localizes Onyx Battery Platform With U.S. Cell Option
Proterra has announced a strategic expansion of its Onyx modular battery platform to include a U.S.-sourced cell option, with commercial availability slated for the first quarter of 2027. This initiative anchors a broader onshoring effort to increase domestic content by over 600 percent, directly addressing OEM requirements for supply chain resilience and regulatory compliance. The move aligns with Buy America and Build America, Buy America frameworks, providing North American heavy-duty and industrial equipment manufacturers with greater procurement certainty amid evolving policy landscapes.
The Onyx platform retains its high energy density and modular safety architecture while integrating onshored battery pack and internal subsystems. By localizing cell sourcing and nearshoring critical components, Proterra aims to reduce geographic dependency and stabilize production costs for high-voltage powertrain applications. The company will leverage its manufacturing facility in Greer, South Carolina, and its technology center in Burlingame, California, to support scalable production for diversified electric vehicle programs and off-highway equipment.
Camber Charging Secures $58M LA Metro Infrastructure Contract
Camber Charging has been awarded a 58 million dollar contract by the Los Angeles County Metropolitan Transportation Authority to deploy on-route charging infrastructure for its zero-emission bus fleet. The project encompasses the installation of 73 systems across more than 20 locations, with initial deliveries scheduled for late 2026. This expansion provides the critical charging capacity required for LA Metro’s transition to a fully electrified transit network prior to the 2028 Olympic and Paralympic Games.
The technical deployment utilizes 360 kW on-route systems anchored by NBi 360 power cabinets from Power Electronics, featuring pantograph interfaces for high-speed energy transfer. Fleet management and real-time diagnostics will be handled through the Camber Core software platform to optimize energy distribution and maintain a 98 percent uptime mandate. The contract includes a six-year service plan providing DC fast-charging support and rapid response protocols for the municipal transit authority.
ChargeLab and ChargerHelp Partner for Unified EVSE Orchestration and Reliability
ChargeLab and ChargerHelp have launched a strategic partnership to implement a unified orchestration model addressing the 14% failure rate prevalent in existing EV charging infrastructure. The collaboration bridges the gap between ChargeLab’s cloud-based CSMS and ChargerHelp’s Reliability as a Service (RaaS) framework to mitigate systemic fragmentation. By integrating real-time OCPP data streams with field service maintenance, the entities aim to eliminate silent failures and achieve a 99% uptime benchmark. The proactive system architecture utilizes software-level diagnostics and transparent data sharing to replace reactive hardware remediation with high-fidelity asset management.
The technical workflow establishes a tiered escalation protocol where ChargeLab manages Tier 1 remote intake and diagnostics. Complex malfunctions are transitioned to ChargerHelp’s EMPWR platform, which utilizes AI-infused root-cause analysis to deploy certified EVSE technicians for Tier 2 and Tier 3 resolution. This centralized orchestration minimizes MTTR by synchronizing firmware updates, cloud-to-hardware communication, and physical interventions. The partnership targets end-to-end reliability across 50,000 charge ports, leveraging ChargeLab’s Spark™ AI platform to validate interoperability between hardware models and back-end billing systems.
Kyocera AVX Expands TransGuard VT Series For 48V Automotive Systems
KYOCERA AVX introduced high-temperature, automotive-grade multilayer varistors specifically engineered for 48V power supply architectures within the TransGuard VT Series. These zinc-oxide-based ceramic semiconductors are qualified to AEC-Q200, IEC 61000-4-2, and ISO 10605 standards, providing bidirectional overvoltage protection and EMI/RFI attenuation. The series supports operating temperatures up to 175°C with zero derating, facilitating high-reliability transient voltage suppression in power electronics for passenger vehicles, micro-mobility platforms, and DC charging infrastructure.
The 48V MLVs feature a Class 6 ESD rating, capable of withstanding over 25,000V, and maintain an MSL 1 moisture sensitivity level for simplified reflow soldering workflows. Available in EIA chip sizes from 0805 to 2220, select components utilize FLEXITERM terminations to manage mechanical board flexure up to 5mm and 3,000 thermal cycles. The SMT packages reduce total bill-of-materials costs and PCB footprint requirements by replacing discrete multilayer ceramic capacitors in harsh industrial and transportation environments.
Philadelphia Partners With It’s Electric For Curbside EV Charging Network
The City of Philadelphia finalized a municipal concession agreement with it’s electric to deploy up to 1,000 Level 2 curbside charging stations. The network architecture utilizes proprietary hardware that interfaces with existing building electrical systems and utility poles, bypassing traditional grid interconnection bottlenecks and utility-side infrastructure upgrades. The initiative targets all 18 city planning districts, focusing on neighborhoods with high densities of rideshare operators and limited off-street parking, which currently affects over 60 percent of the local residential population.
Initial site selection follows Philadelphia’s Climate Action Playbook and rideshare density mapping to optimize infrastructure equity. By leveraging decentralized power sourcing, it’s electric aims to accelerate the deployment timeline, with the first chargers scheduled to reach operational status in early 2027. This municipal agreement marks the largest urban curbside charging rollout for the company, which currently operates in seven U.S. markets using a low-cost installation model designed for dense urban environments.
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PACT Analysis Finds M/HD Electrification Reduces Long-Term Utility Rates
A technical report released by Powering America’s Commercial Transportation (PACT) and the Edison Electric Institute (EEI) indicates that Class 6-8 vehicle electrification exerts neutral to downward pressure on residential utility rates. The analysis, conducted by Energy and Environmental Economics (E3), focused on PG&E and Georgia Power territories to evaluate how incremental load from medium- and heavy-duty (M/HD) charging offsets infrastructure costs. Findings show that increased electricity sales generally surpass the cost of necessary grid upgrades, with potential annual residential ratepayer savings of $20 in California by 2035. The study utilizes regulator-recognized cost allocation and ratemaking frameworks to demonstrate the fiscal benefits of high-utilization commercial charging.
The research highlights that M/HD load represents a lower planning risk than other large-scale demands, such as data centers, due to predictable freight activity and established deployment timelines. Effective rate management hinges on managed charging, time-of-use (TOU) tariffs, and targeted transmission and distribution (T&D) infrastructure investments. By aligning grid upgrades with load growth and optimizing system utilization, utilities can integrate M/HD demand while maintaining affordability and reliability. The coalition emphasizes that proactive coordination between fleets and regulators is essential to establishing a predictable framework for commercial vehicle infrastructure deployment across varying utility service territories.
Rivian Signals R2 Platform Expansion And Autonomous Ambitions
Rivian is developing undisclosed variants of its R2 electric SUV, including a potential pickup truck and a high-performance R2X derivative. CEO RJ Scaringe confirmed that the company’s upcoming Georgia production facility is designed for diverse body styles beyond the core SUV. This follows the commencement of volume production for the initial R2 Performance trim at the Normal, Illinois plant in late April 2026, with customer deliveries scheduled to begin in June. The R2 platform is central to Rivian’s volume strategy, supporting a projected 53% increase in deliveries for the current fiscal year.
The automaker is also aggressively pursuing vertical integration of its autonomous driving stack to support a US$1.25 billion deal with Uber, which calls for 10,000 fully autonomous R2 robotaxis by 2028. Rivian is considering a domestic joint venture to manufacture LiDAR sensors using Chinese intellectual property to navigate U.S. national security scrutiny while maintaining mass-market cost targets. Late 2026 R2 units are expected to feature the Gen 3 sensor suite, integrated with Rivian’s proprietary RAP1 autonomy processor, as the company works toward a US$45,000 base model entry point by late 2027.
WattEV Executes Record 370-Unit Tesla Semi Procurement For California Hubs
WattEV has announced a landmark order for 370 Tesla Semi electric trucks, the largest single procurement of the Class 8 vehicle to date. The agreement, unveiled at the ACT Expo in Las Vegas on May 5, 2026, schedules initial deliveries of 50 units for later this year, with the complete fleet operational by late 2027. More than 300 of these vehicles are designated for a joint program with the Port of Oakland, coinciding with the launch of WattEV’s first Northern California charging depots in Oakland and Fresno. Both sites will feature Tesla’s Megawatt Charging System, capable of providing 300 miles of range in 30 minutes.
The procurement follows the commencement of high-volume production at Tesla’s Nevada facility, where the Semi is now priced at approximately US$290,000 for the 500-mile long-range variant. WattEV will integrate the fleet into its Truck-as-a-Service (TaaS) model, which bundles vehicle leasing, maintenance, and charging into a single per-mile fee to mitigate the high upfront costs of electrification. Beyond freight operations, WattEV is diversifying into AI data center power infrastructure, leveraging proprietary solid-state transformer technology designed to handle the high-voltage requirements of both megawatt-scale charging and modern computing facilities.
Workhorse And InCharge Energy Launch Unified Fleet Support Platform
Workhorse Group has entered a strategic partnership with InCharge Energy to establish a centralized customer support ecosystem for North American commercial electric vehicle fleets. Scheduled for rollout in the fourth quarter of 2026, the service will operate under the Workhorse brand while utilizing InCharge Energy’s specialized staffing and technology backbone. The partnership provides fleet operators with a single point of accountability to diagnose and resolve technical issues across vehicles, charging infrastructure, and integrated third-party software systems.
The service model utilizes a Support Operations Center to route technical tickets based on a multi-tier diagnostic framework. Vehicle-specific issues are directed to Workhorse regional field technicians, while upfit or aftermarket concerns are handled by authorized dealers. InCharge Energy provides the interoperability specialists and software infrastructure required to manage complex charging and telematics troubleshooting. Workhorse, which has deployed over 1,100 vehicles to date, aims to utilize this scalable service infrastructure to support projected delivery growth from its Union City manufacturing facility.
Greenlane Extends Charging Network To Texas I-45 Freight Corridor
Greenlane has announced a strategic expansion of its commercial electric vehicle charging network into Texas, targeting the high-volume Dallas-Houston freight artery along the I-45 corridor. Unveiled at the ACT Expo on May 5, 2026, the new sites will feature pull-through lanes equipped with both Combined Charging System (CCS) and Megawatt Charging System (MCS) connectors to support current and next-generation Class 8 trucks. The Texas expansion is designed to serve as a critical junction for freight moving between the West Coast, the Midwest, and the U.S.-Mexico border, facilitating long-haul zero-emission logistics.
The move builds on Greenlane’s established West Coast infrastructure, which includes its flagship Colton, California, center and upcoming sites in Blythe and the Port of Long Beach scheduled to open later in 2026. Each facility utilizes the Greenlane Edge platform, an integrated software suite that allows fleet operators to reserve charging slots and manage real-time billing via a centralized portal. By providing high-power charging alongside parking for drop-and-hook operations, Greenlane aims to align electric refueling timelines with standard driver rest periods to maintain operational continuity for regional and long-haul carriers.
Hyundai Mobis Scales Electrification Portfolio With Proprietary 160-kW PE System
Hyundai Mobis has finalized development of a 160-kW Power Electric (PE) system, a universal drive unit designed for mid-range electric vehicle platforms. This proprietary system integrates the motor, inverter, and reduction gear into a modular architecture, shifting the company from build-to-print manufacturing to full design-to-production autonomy. By standardizing core components such as the stator and power modules, Mobis provides scalable electrification solutions that reduce R&D overhead for global OEMs across diverse vehicle segments.
The 160-kW unit achieves a 16 percent increase in specific power and a 20 percent reduction in total volume through advanced cooling structures and high-efficiency power semiconductors. This development follows the company’s 250-kW high-performance iteration and precedes a 120-kW variant for small mobility vehicles scheduled for completion in the first half of 2026. The completed lineup enables Mobis to compete in the global powertrain market, targeting increased profitability through vertically integrated component technology and modular drive system portfolios.
ADS-TEC Energy ChargePost Bypasses Grid Constraints Via Integrated Battery Storage
ADS-TEC Energy has demonstrated the capability of its battery-buffered ChargePost system to deliver 300-kW ultra-fast charging on a restricted 125-kW grid connection. The system utilizes an integrated 201-kWh lithium-ion storage unit to decouple charging demand from grid capacity, drawing only 22 to 87 kW of input power while maintaining peak output. Results from a multi-week field test conducted at Bayernwerk’s Regensburg headquarters validate the microgrid approach for locations where conventional hypercharger deployment is limited by utility infrastructure bottlenecks.
The implementation facilitates intelligent energy management through peak shaving and optimized procurement, reducing annual operating costs by several thousand euros. By supporting secondary charging points within a local microgrid, the ChargePost mitigates the need for capital-intensive grid expansions and high-voltage transformer upgrades. This modular DC fast-charging (DCFC) architecture provides a scalable solution for urban and commercial hubs, prioritizing grid-friendly operation and improved ROI through lower demand charges and stabilized energy consumption patterns.
ADS-TEC Energy Validates Battery-Buffered Microgrid Performance In Regensburg
ADS-TEC Energy has successfully demonstrated the deployment of its ChargePost ultra-fast charging system within a microgrid environment, achieving 300 kW output despite a limited 125 kW grid connection. The system employs an integrated 201 kWh battery storage unit to buffer energy, requiring a continuous grid draw of only 22 to 87 kW. This hardware architecture allows for the simultaneous support of multiple charging points while neutralizing utility bottlenecks, effectively decoupling peak power delivery from fixed grid capacity.
Operational data from the field test indicates that the ChargePost reduces annual overhead by several thousand euros through intelligent peak shaving and strategic energy procurement. By minimizing the necessity for high-voltage grid expansions and reducing demand-related surcharges, the system optimizes ROI for charging site operators. This battery-buffered approach establishes a scalable model for high-power DCFC installation in urban centers and commercial zones where traditional infrastructure upgrades are cost-prohibitive or physically constrained.
Veloz Launches Real Stories Hub To Mitigate Consumer Friction In EV Adoption
Veloz has deployed the Real Stories interactive portal on ElectricForAll.org, leveraging peer-to-peer narrative data to address systemic barriers to electric vehicle (EV) adoption. The platform centralizes first-person testimonials that focus on operational logistics, such as charging strategies for multi-unit dwellings and the total cost of ownership (TCO) for used battery electric vehicles (BEVs). By prioritizing localized user experiences over traditional technical specifications, the initiative aims to neutralize range anxiety and infrastructure uncertainty across diverse geographic markets, including the Midwest and Southern United States.
The digital interface integrates high-utility tools, featuring an AI-powered conversational interface and a ZIP-code-synchronized cost calculator to provide granular data on fuel and maintenance savings. This strategic shift in consumer engagement targets mainstream market segments where EV penetration has historically lagged behind coastal hubs. By providing a repository of community-validated operational data, Veloz seeks to stabilize the electrification curve and offer a non-partisan framework for navigating fluctuating energy costs and evolving federal incentives within the North American automotive sector.
The Ohio State University And Columbus State Community College Secure Battery Workforce Challenge Victory
The Ohio State University and Columbus State Community College joint team has been declared the Year Three champion of the Battery Workforce Challenge. The three-year collegiate engineering initiative, managed by Argonne National Laboratory and sponsored by the U.S. Department of Energy and Stellantis, required 11 North American teams to engineer and integrate an advanced battery pack for the Ram ProMaster EV platform. McMaster University and Mohawk College secured second place, while Rose-Hulman Institute of Technology/Ivy Tech and the University of Alabama/Shelton State tied for third.
The final phase of the competition focused on battery packaging trade-offs, design finalization, and the implementation of manufacturing supply strategies. Evaluation criteria emphasized project management protocols, team cohesiveness, and technical efficiency in meeting industry-standard milestones for battery validation and safety. Stellantis executives noted that the program serves as a critical talent pipeline for the Software-Defined Vehicle (SDV) and propulsion sectors, with several participants already transitioning into professional roles within the OEM’s engineering divisions.
RWD Tesla Cybertrucks Recalled
Tesla, Inc. is recalling 173 rear-wheel-drive Cybertrucks after discovering a defect in the brake rotor assembly that could cause wheel studs to separate from the wheel hub, potentially increasing the risk of a crash. The recall affects 2024-2026 Cybertruck Long Range models equipped with 18-inch steel wheels. Tesla said cracks could form in the brake rotor stud holes during heavy road impacts or cornering, eventually allowing the wheels to detach.
The automaker said it is not aware of any crashes, injuries or fatalities tied to the issue, though several warranty claims have been reported. Tesla will replace the front and rear brake rotors, hubs and lug nuts free of charge. The recall marks the latest in a series of Cybertruck quality and safety issues, becoming the pickup’s 11th recall since launch.