Electreon Debuts Lite DOT Wireless Charger
At IAA Transportation 2026 in Hannover, Electreon Wireless Ltd. pulled the cover off Lite DOT, a stationary inductive charging platform built for passenger EVs, light commercial vehicles, and autonomous fleets. The system delivers up to 11 kW of wireless power through an architecture that keeps installation crews out of the ground entirely: a surface-mounted pad, a wall- or pole-mounted control unit, and Electreon’s Flow management software replace the trenching and civil excavation that wireless charging has historically required.
On the vehicle side, Lite DOT pairs with receiver hardware supplied either directly by Electreon or through automotive OEM integration partners. The system was engineered with fleet depots, parking structures, and residential driveways in mind, and it automates the tedious parts of the process — detecting a vehicle and beginning power transfer the moment it’s aligned over the pad. Electreon rated the hardware for continuous outdoor use across a punishing range, from -30 to +50 degrees Celsius, with full weatherproofing built in.
The pitch to fleet operators is straightforward: cables wear out, connectors get damaged, and manual plugging slows down high-utilization operations. Lite DOT is aimed squarely at that friction. The launch also comes on the heels of Electreon’s 2026 acquisition of InductEV, which pushed the company’s patent portfolio to nearly 400 and gives Lite DOT company alongside Electreon’s existing dynamic and opportunity charging lines, rounding out a strategy to keep idle fleet vehicles charging without anyone touching a cable.
Volvo Launches 80-Tonne FH Electric Truck
Volvo Trucks has introduced an extended-range version of its FH Electric rigid chassis, built for truck-and-trailer combinations running at gross combination weights up to 80 tonnes. It’s a platform aimed at heavy-haul regional and long-haul corridors, capable of up to 450 kilometers of range at a 64-tonne GCW and 420 kilometers at 76 tonnes. Deliveries begin in early 2027 across Sweden, Norway, Finland, Denmark, the Netherlands, and Switzerland.
Under the cab, Volvo paired an updated multi-motor electric drive system with an eight-speed transmission designed specifically for electric traction, feeding off a 640 kWh usable battery pack. Advanced cell insulation and thermal monitoring were built in to keep the pack performing in harsh, sub-zero conditions — no small consideration for the Nordic markets first in line for delivery. Charging is handled two ways: the Megawatt Charging System takes the pack from 20 to 80 percent in roughly 36 minutes at up to 680 kW, while a standard 360 kW CCS2 connection does the same job in about 70 minutes.
Volvo also brought hub-reduction axles to its heavy electric lineup for the first time, improving ground clearance and low-speed startability for punishing loads like timber and bulk construction material. An integrated electric power take-off system lets the truck run reefer bodies and other work equipment without a diesel generator standing by. The rigid model works with every FH cab variant Volvo builds, including the aerodynamic FH Aero shell, with the exception of the XXL sleeper.
Scania Extends Electric Range to 720 Km
Scania has rolled out an expanded battery-electric long-haul configuration that pushes range to 720 kilometers on a single charge, achieved by tucking additional battery storage directly behind the cab alongside the chassis-rail and under-cab packs already in use. In a standard long-haul build, two MP20 modular battery packs mounted behind the cab add roughly 356 kWh of supplementary capacity, giving fleet operators more room to balance energy density against regional payload rules.
The added battery volume pairs with Scania’s protruding Increased Vehicle Dimension front profile, which keeps the truck aerodynamically compliant in 6×2*4 tractor configurations running with standard European semi-trailers. By working within European rules that allow total combination lengths beyond 16.5 meters, the elongated nose preserves turning radius while cutting overall energy consumption by up to 3 percent through reduced drag.
To keep pace with long-haul duty cycles and the rest breaks drivers are required to take, the high-capacity powertrain is built natively around the Megawatt Charging System standard. High-power MCS fast-charging lets high-utilization operators top off the expanded battery assembly during routine stops, trimming the downtime that has long been the sticking point for electric trucks on Europe’s core freight corridors.
UL Solutions Launches V2G Certification
UL Solutions Inc. has introduced a dedicated testing and certification program for vehicle-to-grid technology, aimed at speeding the arrival of bidirectional EVs on utility distributed energy networks. The framework tests bidirectional Electric Vehicle Supply Equipment against UL 1741 Supplement SC, the updated standard covering inverters, converters, and interconnection systems for distributed energy resources. Testing is underway at UL facilities in Fremont, California, and Northbrook, Illinois.
The program lays out a standardized path for AC bidirectional EVSE operating as an interconnection supervisor, working alongside vehicles equipped with onboard bidirectional inverters certified under SAE J3072. Equipment can also reach grid-interconnection validation by combining UL 1741’s multi-piece DER system requirements with UL 9741, the benchmark standard for Electric Vehicle Power Export Equipment — giving manufacturers a dual compliance path for managing two-way power flow while still meeting utility interconnection tariffs like California’s Rule 21.
The bigger goal is unlocking virtual power plant aggregation and peak load shedding as commercial fleets and passenger vehicles increasingly plug into a strained grid. The Electric Power Research Institute has found that roughly 90 percent of electric vehicles sit idle during normal duty cycles — a vast, largely untapped reserve of battery capacity that standardized bidirectional certification is meant to finally put to work, opening the door to revenue-generating power export beyond one-way managed charging.
ChargerHelp Report Cites Diagnostic Friction
ChargerHelp, a provider of EV charging operations and maintenance services, has released its 2026 EV Charging Reliability Report, drawing on roughly 500 million charging data points and field service metrics gathered across more than 60 commercial hardware brands. The findings point to a shift in what’s actually keeping chargers offline: it’s not failing electromechanical components so much as diagnostic delays, disconnected software systems, and the coordination friction that comes with too many parties involved in a single repair.
The numbers back that up. Nearly 38 percent of deployed domestic charging ports are now more than three years old, pushing them past standard two-to-five-year OEM warranty coverage and into the territory of lifecycle maintenance. Roughly half of total outage duration, the report found, elapses before a technician is even dispatched in cases resolved with a single visit — and when a repair requires multiple work orders instead, median resolution time balloons from seven days to 32, a gap with real consequences for fleet vehicle availability.
ChargerHelp’s conclusion is that shrinking mean time to repair depends on unifying the data: synthesizing charger-to-cloud Open Charge Point Protocol messaging, network telemetry, and cross-vendor diagnostics across site hosts, charging point operators, and utilities. Bringing those silos together under centralized, machine-learning-driven platforms, the report argues, is what will cut down on blind truck rolls and get root causes identified — and fixed — fast enough to matter at fleet scale.
Factorial, Mitsui Kinzoku Partner on Solid-State Battery
Factorial Energy and Mitsui Kinzoku have signed a Joint Development Agreement to push Factorial’s Solstice all-solid-state battery platform toward commercial-scale manufacturing. Mitsui Kinzoku is supplying its proprietary A-SOLiD sulfide-based solid electrolyte technology, which is moving toward volume production at a dedicated facility in Saitama, Japan. The materials producer brings serious manufacturing muscle to the partnership — it already supplies roughly 90 percent of the global semiconductor industry’s ultra-thin copper foil.
The Solstice platform combines sulfide chemistry with a proprietary dry-cathode process meant to boost gravimetric energy density and high-temperature stability while keeping cell-level fabrication costs down. Under the agreement, Factorial acts as the fabless architecture developer, overseeing cell engineering, supply chain qualification, process development, and line integration.
The partnership extends a commercialization run that’s picked up speed since Factorial’s Nasdaq debut in June 2026 under the ticker FAC. The company logged its first production orders for passenger battery-electric vehicles in January and signed aerospace off-take agreements in July, positioning Solstice as a central piece of its push into energy storage across multiple sectors.
EVDANCE Launches Upgraded NACS Extension Cable
EVDANCE has released an upgraded North American Charging Standard extension cable designed to preserve the native charge-port opening button when connected to compatible Tesla charging equipment. The update follows the delivery of more than 10,000 units across North America over the past year and is meant to solve a familiar problem — tight parking layouts and multi-vehicle households — without changing how drivers already charge.
The cable is rated for continuous Level 2 AC charging at up to 50 amps and 240 volts, delivering up to 12 kW. It’s built with 8 AWG copper conductors and flame-retardant thermoplastic elastomer jacketing, and it carries an IP66 rating against moisture and dust for sustained outdoor use.
EVDANCE offers the cable in 21-foot and 40-foot lengths, in both NACS and SAE J1772 configurations, engineered to manage heat buildup during high-current draw without requiring drivers to reposition their vehicle or move the charging equipment itself. It’s a direct response to a bottleneck that’s become more common as multi-EV households and larger electric trucks outgrow the standard tether length on wall-mounted connectors.
Hyundai CEO Warns of Chinese Automaker Disruption
Hyundai Motor Company CEO José Muñoz has warned that the United States could face significant market disruption from Chinese automakers unless federal officials maintain strict tariffs and broader trade protections. Pointing to Europe as a cautionary tale, Muñoz noted that Chinese manufacturers have undercut legacy pricing by 30 to 40 percent in markets like Spain, Italy, and France, squeezing margins and market share for established global automakers.
The European Union responded with compensatory tariffs and minimum import pricing to counter state subsidies, but not every market has followed suit — in the United Kingdom, where such barriers don’t exist, Chinese brands have captured roughly 15 percent of new vehicle registrations. In the U.S., import duties near 100 percent currently keep finished Chinese vehicles largely out of the market, but emerging federal policy discussions around domestic manufacturing allowances for foreign automakers raise new questions about the supply chain. Industry leaders across both domestic and foreign brands warn that any regulatory opening without strict local-content requirements could put severe deflationary pressure on electric vehicle pricing and the Tier-1 supplier base that stands behind it.