Tesla, When a Charging Stall Becomes a Safety Question
The most sobering item comes from Tesla, which has begun rolling out over-the-air firmware version 2026.38.3 with a feature called Emergency Drive Away. It lets a driver who feels in immediate physical danger shift straight into Drive or Reverse and leave a Supercharger stall without first ending the charging session or detaching the connector, overriding the interlock that normally prevents the car from moving while plugged in.
The context is grim. The rollout follows heightened public concern over violent incidents at public charging plazas, including an August 2026 shooting in Twin Falls, Idaho. Tesla is candid about the cost of using the feature. Driving away under power breaks the connection mechanically, which the company says causes severe damage to both the vehicle’s charge port and the Supercharger dispenser. Every activation requires a service inspection and triggers automated camera telemetry uploads to Tesla, and drivers can face repair and civil liability costs of up to $25,000 for damaged charging equipment.
The feature is limited to U.S. Superchargers and to current production vehicles, and it excludes pre-2021 Model S and Model X architectures. The design is a blunt trade: a damaged connector and a possible bill against a person’s safety. It also raises a question the broader charging industry will have to answer, which is how a public charging stall should be designed when the person using it may need to leave in seconds.
EVgo, Faster Charging and Smarter Sharing
If Tesla’s update is about the worst moment at a charger, EVgo’s is about the ideal one. The network operator has previewed a next-generation direct-current fast charging architecture built to deliver up to 750 kilowatts of continuous power. It was designed, developed and tested at EVgo’s Innovation Lab in El Segundo, California, in partnership with Delta Electronics, which makes EVgo one of the few domestic network operators developing its own dispenser technology.
The target is to recharge high-acceptance electric vehicles in roughly ten minutes, preparing the network for higher-voltage battery platforms. EVgo notes that average charge throughput across its network has climbed nearly 20 percent over the past two years. The dispenser uses native North American Charging Standard connectors and adds touchless payment and an improved cable management system.
The quieter innovation may be the power-sharing. Rather than splitting a site’s capacity in fixed portions, the system distributes it across stalls in real time according to what each battery can accept at that moment. EVgo says that approach steadies the draw on the utility interconnect and removes the frustrating stall-to-stall differences drivers experience today. Finalized production hardware and network-wide rollouts are expected in 2027.
Flying Pig GSE and HEVO, Charging Without Cables
Not every charging breakthrough involves plugging in. Flying Pig GSE and HEVO Inc. have announced a collaboration to bring automated wireless power transfer to electrified airport ground support equipment. The pairing combines HEVO’s wireless hardware, power electronics and cloud energy management software with Flying Pig’s aviation expertise, aimed at commercial airports, equipment makers and apron fleet operators.
The logic is operational. Ramp vehicles spend much of the day waiting at gates, loading zones and staging areas, which makes them natural candidates for opportunity charging in small top-ups. Eliminating cables supports hands-free energy replenishment for autonomous ground vehicles, and the frequent top-ups let manufacturers size batteries to actual duty cycles. Smaller packs mean lighter vehicles and lower purchase prices.
Harbinger, Fleets Place Their Bets
The commercial vehicle world supplied the week’s largest dollar figure. Harbinger announced a binding order of more than $300 million to supply FedEx with 2,000 all-electric medium-duty trucks, with production and delivery across the United States and Canada scheduled by late 2027. The trucks are intended as one-for-one replacements for combustion units in pickup and delivery service, and the order deepens a relationship in which FedEx previously co-led Harbinger’s $160 million Series C round.
The Class 5 and 6 chassis are engineered for a 20-year service life and include advanced driver assistance systems, specialized suspension tuning and a 42-foot turning diameter suited to dense urban routes. Harbinger projects the fleet will save roughly $40 million a year in diesel, about $800 million over the vehicles’ lives, and avoid more than 1.7 million tons of cumulative carbon dioxide emissions. Those are the company’s projections, not audited results.
LG Energy Solution and indiGOtech, Cells for the Last Mile
Further down the supply chain, LG Energy Solution signed a non-binding memorandum of understanding with Massachusetts-based startup indiGOtech to evaluate supplying 46-series cylindrical cells for the startup’s Flow Ride and Flow Cargo vans between 2027 and 2030. Joint engineering would focus on powertrain integration, range, thermal performance and fast-charging verification under commercial duty cycles.
The vans target ride-hailing and last-mile delivery, paired with dedicated charging and Transportation-as-a-Service software. For LG, the arrangement would broaden its 46-series business beyond passenger vehicles. Because the agreement is non-binding, it is best read as intent rather than commitment.
Toyota, Building the Battery Brain Trust
Toyota Motor North America has opened the Toyota Battery Center of North America at its research and development campus in Saline, Michigan. The 30,000-square-foot facility covers the full battery life cycle, from raw material verification and application testing to recycling. It serves as an integration hub for Toyota’s regional manufacturing network, including cell and pack evaluations for the company’s battery plant in North Carolina.
The center reflects Toyota’s multi-pathway approach, assessing hybrid, plug-in hybrid, fuel cell and battery electric vehicles. It will validate thermal endurance, cycling longevity and regional operating tolerances closer to where vehicles are built. Toyota is also partnering with the University of Michigan Electric Vehicle Center, giving researchers access to the testing suites and aiming to advance battery engineering curricula, validate new cell chemistries and train workers for localized high-voltage energy storage.
Wacker, Safety at the Pack Level
Safety inside the battery pack is the focus for Wacker Chemical Corporation, which plans to present silicone technologies at The Battery Show 2026 in Detroit. Its debut products include a self-leveling potting compound with adjustable thermal conductivity from 1.2 to 3.0 watts per meter-kelvin, and a sprayable barrier coating that stays elastomeric in normal use but ceramifies above 600 degrees Celsius to insulate during thermal runaway.
A hybrid assembly adhesive rounds out the lineup, offering up to 2.0 watts per meter-kelvin and a UL 94 V-0 flame-retardant rating for structural pack integration. Wacker will demonstrate the materials at Booth 4422 at Huntington Place.
Wallbox and Enode, Opening the Home Charger to the Grid
Several announcements showed how much of charging now happens in code. Wallbox has partnered with the energy platform Enode so that utilities, mobility providers and digital services can connect directly to Wallbox chargers across Europe. The integration enables smart charging, dynamic tariff optimization and home energy management through outside apps, and gives energy companies a way to balance grid loads and run demand-response programs.
It underscores Wallbox’s shift from selling hardware toward cloud-managed energy infrastructure, in which a charger is less a fixed appliance than an endpoint on a larger energy network.
AUTOCRYPT, One Trust Layer for Six Automakers
In South Korea, AUTOCRYPT has deployed a public key infrastructure for Plug and Charge services built on a public Vehicle-to-Grid root certificate authority. It was validated across vehicles from six manufacturers: Hyundai, Kia, KG Mobility, BMW, Mercedes-Benz and Tesla.
By providing a shared trust framework, it spares automakers and charge point operators from maintaining separate authentication systems, so a registered vehicle can begin charging as soon as it is plugged in. AUTOCRYPT says it is working to add more automaker partners and charging networks.
Aeris, Connectivity for the Physical AI Era
On the connectivity side, Aeris introduced a new eSIM Orchestrator supporting the GSMA SGP.32 remote management standard alongside older specifications. It is aimed at autonomous vehicles, robotics and edge systems that must switch carriers across borders without changing hardware. The company says its platform oversees 110 million IoT endpoints, including 44 million eSIM-provisioned units across 30 mobile network operators.
Denso, Powering the Plants That Build It All
Even the factories are part of the story. Denso has switched on a 5.25-megawatt solar array at its Athens, Tennessee, plant, covering 18.8 acres with more than 10,000 photovoltaic modules. Active since May 2026, the system is projected to offset about 14 percent of the plant’s annual electricity use. Through late August it had generated more than 3,200 megawatt-hours, avoiding an estimated 1,125 metric tons of carbon dioxide equivalent.
The project was completed with Solarity, GridMarket, the Tennessee Valley Authority and the Athens Utilities Board, and builds on a 2025 installation at Denso’s Maryville site as part of a goal of enterprise-wide carbon neutrality by 2035.