In EV, battery and charging news are dcbel, MassCEC, EVgo, GM, SparkCharge and Ford.
In this Article
Dcbel Joins MassCEC V2X Demonstration Program for Residential Deployment
dcbel Inc. has partnered with TMH, Resource Innovation, and B2Q to participate in the Massachusetts Clean Energy Center V2X Pilot Program, deploying its Ara Home Energy Station to state residential sites. The fully subsidized initiative covers hardware and turn-key installation costs for qualifying single-family properties without existing solar or stationary energy storage systems. Eligible vehicle architectures are limited to bidirectional DC fast-charging compatible platforms, including the MY 2018-2025 Nissan LEAF, 2025 Polestar 3, and 2025 Volvo EX90. Applications remain open through September 30, 2026, or until program funding is exhausted.
The dcbel Ara station serves as an integrated distributed energy resource gateway, enabling automated vehicle-to-home and vehicle-to-grid bidirectional power flows. The system manages peak shaving, load shifting during high utility rate periods, and autonomous emergency power dispatch during outage events. The demonstration initiative will aggregate operational telemetry, user behavior metrics, and financial yield data to evaluate hardware interoperability and utility value streams across regional distribution grids.
EVgo and GM Open Flagship Fast Charging Site in Metropolitan Detroit
EVgo Inc. has opened its newest flagship high-power EV fast charging station at a Meijer retail store in Warren, Michigan, directly opposite the General Motors Global Technical Center. Developed in collaboration with GM, the site brings EVgo’s operational flagship charging stalls to over 40 nationwide, supporting a target of more than 100 stalls by year-end 2026 across key markets including California, Florida, Georgia, Illinois, Michigan, and Texas. The installation features an overhead canopy, pull-through trailer access, and 12 dual-protocol CCS and NACS stalls capable of up to 350 kW DC fast charging.
The flagship program forms part of a broader infrastructure expansion between EVgo and GM, which includes nearly 2,400 co-developed fast charging stalls operational across 32 states, alongside a joint tri-party network with Pilot Company that exceeds 1,300 stalls across 300 travel centers. Designed to average up to 20 stalls per footprint, flagship locations prioritize high-power output, enhanced site illumination, and retail co-location to accommodate accelerating EV adoption rates in regions showing substantial vehicle-in-operation growth.
OEM-Backed Networks Drive DC Fast Charger Satisfaction as Failure Rates Hit Historic Lows
Customer satisfaction with public DC fast charging infrastructure has risen twelve points to 666 on a 1,000-point scale, driven by the emergence of OEM-backed charging joint ventures and upgraded network hardware, according to the J.D. Power 2026 U.S. Electric Vehicle Experience Public Charging Study. The study recorded an industry-wide non-charging visit rate of 12 percent, marking the lowest failure rate in the history of the metric. The gains in DC fast charging satisfaction were supported by higher equipment reliability, faster multi-kilowatt power delivery, expanded site capacities, and improved site amenities at gas station, hotel, and restaurant locations.
In its first year of award eligibility, OEM-backed charging network IONNA ranked highest among DC fast charge point operators with a satisfaction score of 807, followed by the Mercedes-Benz Charging Network at 797 and the Rivian Adventure Network at 755. Conversely, consumer satisfaction with public Level 2 charging infrastructure dropped twelve points to 595 year over year, with owners citing increased friction surrounding ease of payment and ease of charging. The findings highlight a widening operational divide between high-capital, high-speed highway fast-charging corridors and legacy urban Level 2 deployments.
SparkCharge Expands Off-Grid Managed Energy Platform to UK Autonomous Vehicle Fleets
Mobile distributed energy operator SparkCharge has expanded its commercial operations into the United Kingdom, delivering modular, off-grid power infrastructure tailored to autonomous vehicle fleets and enterprise industrial sites. The expansion leverages the company’s managed Charging-as-a-Service operational model, deploying containerized Battery Energy Storage Systems and continuous PowerHub on-site generation hardware. Managed via the proprietary SparkAI platform for autonomous dispatch and energy management, the off-grid deployments bypass multi-year utility interconnection queues by establishing operational site power within seven days.
The UK entry targets commercial entities facing severe distribution grid constraints, driven by accelerating AI data center expansion, industrial electrification, and intensive commercial fleet duty cycles. Led by newly appointed Managing Director of UK Operations James Taylor, the initiative expands SparkCharge’s international footprint beyond its North American operations, where the firm reports deploying over 2,000 MWh monthly across commercial EV fleets, logistics ports, and driverless depot hubs.
Ford Prepares Louisville Assembly Plant for 2027 Fathom EV Production
Ford Motor Company has confirmed that the conversion of its Louisville Assembly Plant (LAP) remains on schedule for the first-quarter 2027 production launch of the Ford Fathom, the initial vehicle built on the automaker’s dedicated Universal Electric Vehicle (UEV) platform. Completed in under a year, the facility overhaul transitions LAP from internal combustion engine vehicle manufacturing to an all-electric manufacturing facility. Plant personnel are currently collaborating with teams at the New Model Product Development Center to construct hand-built prototypes and validate tooling ahead of series manufacturing.
The manufacturing infrastructure centered around Ford’s Universal EV Production System shifts away from linear conveyor line architecture to an assembly tree model that constructs front clip, rear clip, and structural battery deck subassemblies in parallel. The process leverages large aluminum unicastings to replace stamped assembly components, enabling simultaneous operator access across subassemblies before final bonding and mechanical fastening. To support real-time telematics testing, software module flashing prior to installation, and high-bandwidth factory automation, LAP has implemented a high-density digital infrastructure and high-speed industrial network architecture.