Greenlane launches I-10 electric truck charging corridor from Colton to Phoenix, boosting long-haul zero-emission freight
Colton, California (High Desert News Online) – Greenlane announced its second long‑haul electric truck charging corridor along Interstate 10, linking Colton, Calif., to Blythe and Greater Phoenix, Ariz., to provide high‑speed charging and close a critical infrastructure gap for medium‑ and heavy‑duty fleets.
- New I‑10 corridor: Connects Colton to Blythe and Greater Phoenix to support long‑distance commercial EV trucking (ChargeDevs, Autoweek).
- Flagship hub: Colton Center opened April 2025 with >40 high‑speed chargers, 12 pull‑through lanes and 29 bobtail lanes (ChargeDevs).
- Backed by major investors: $675M joint venture of Daimler Truck North America, NextEra Energy and BlackRock Global Infrastructure Fund; Windrose is a vehicle partner (public project summaries, Electrek).
How the Greenlane I‑10 corridor will work
Design and spacing: Greenlane’s I‑10 corridor links its Colton flagship hub to new stations planned in Blythe and Greater Phoenix. The Colton site already offers more than 40 high‑speed chargers with wide pull‑through lanes designed for big rigs and fast turn times (ChargeDevs).
The Blythe and Phoenix sites are intended to create reliable spacing for coast‑to‑inland hauls along I‑10, one of the nation’s busiest freight corridors, enabling predictable charging stops for long‑distance hauls (Electrek).
Multi‑use and future adaptability
Greenlane says corridors will serve battery‑electric trucks now and be adaptable for future hydrogen refueling. Sites will also support passenger EVs and light‑duty fleets, making them multi‑use charging hubs rather than truck‑only depots (Daimler Truck press materials).
Technology demonstrations and range testing
Windrose Technology’s R700 Class 8 electric semi has been central to route testing. In pilot runs, a Windrose R700 traveled nearly 300 miles from Colton to Phoenix while hauling a gross combined weight of 74,420 pounds, arriving with about 12% battery remaining. The truck also completed similar trips to Las Vegas during earlier corridor testing, showing electric tractors can meet real freight needs when backed by corridor charging (Electrek, ChargeDevs).
Partnerships, production plans and financial risks
The project is a $675 million joint venture among Daimler Truck North America, NextEra Energy and BlackRock Global Infrastructure Fund. Greenlane uses a data‑driven approach to site selection that considers freight routes, telematics and fleet needs (public project summaries, Daimler Truck press materials).
Windrose aims to scale production quickly — targeting 2,000 vehicles in 2026 and 10,000 in 2027 — but has faced financial challenges that could slow deliveries and complicate rollout timelines. Greenlane’s model mitigates risk by partnering with multiple vehicle makers and tailoring chargers for a range of truck types (Electrek, ChargeDevs).
Why corridors are vital for long‑haul freight
Long‑haul trucking needs predictable stops where heavy rigs can charge quickly and drivers can rest. The lack of such charging options has been a primary barrier to adopting zero‑emission long‑distance commercial trucking. Greenlane’s corridors aim to close those gaps along key routes, making longer electric hauls feasible without risky detours or long waits for charging (Electrek, Autoweek).
Greenlane’s first corridor: a model
Greenlane’s inaugural corridor runs along Interstate 15 between Los Angeles and Las Vegas, beginning with sites in Colton, Barstow and Baker, California. That project served as a testbed for station layout, amenities and charging speed requirements; Colton is the flagship hub and informs design choices for I‑10 (Daimler Truck press materials, Autoweek).
Amenities and driver experience
Stations are designed with wide pull‑through lanes for long tractors, restrooms, food and beverage options, and modern facilities intended to improve driver comfort and turn times compared with many traditional truck stops. Greenlane says these upgrades are important to attract drivers and fleets to electric trucks (Daimler Truck press materials).
Funding and public policy context
Greenlane’s project aligns with federal decarbonization efforts, including the NEVI Formula Program, and leverages public and private capital. The venture received a $15 million grant in September 2024 to support construction at Colton, reducing taxpayer exposure while attracting private investment (public project summaries).
Data‑driven site selection
Greenlane uses telematics and freight‑flow data to site stations where trucks actually travel — a pragmatic approach meant to maximize utilization and avoid underused locations (Daimler Truck press materials).
Industry reaction and adoption hurdles
Observers welcome corridor builds but point to hurdles: reliable truck supply, grid upgrades, permitting and the capital needed for chargers that can handle repeated heavy loads. Financial strains at some truck makers — including challenges reported for Windrose — could slow fleet conversions (Electrek, ChargeDevs).
Implications for The High Desert, California
The High Desert lies along key freight flows that use I‑15 and I‑10. Greenlane’s I‑10 expansion carries local impacts across jobs, freight logistics, traffic patterns, grid infrastructure, and community health.
Economic and jobs impact
Construction of stations can bring short‑term building jobs and long‑term operational roles (site managers, maintenance crews, support staff). Local vendors supplying food and services could see new business. Public grants and private investment often include local contracting requirements that may benefit area companies (public project summaries).
Impact on regional freight and logistics
Reliable corridor charging reduces range anxiety for High Desert trucking firms and warehouses. Fleets can plan routes more predictably, lowering operational friction when switching from diesel. Over time this could reduce fuel costs, although initial vehicle prices remain higher than diesel tractors (Electrek).
Roadside safety and traffic patterns
Planned pull‑through lanes and modern facilities aim to reduce roadside parking pressure and unsafe charging maneuvers. If drivers shift stops to Greenlane hubs, smaller truck stops could see traffic changes. Local planning near High Desert exits will be important to prevent congestion.
Grid and infrastructure considerations
High Desert utilities may face increased demand. Greenlane sites require significant grid capacity for repeated high‑speed charging, which could prompt utility upgrades and coordination with local planning agencies. That investment may improve local infrastructure but could require cost‑sharing or phased upgrades (Daimler Truck press materials).
Environmental and community effects
Cleaner trucks reduce tailpipe emissions, soot and diesel odors that affect roadside communities. For the High Desert — where air quality can be strained by freight traffic — zero‑emission long‑distance trucking offers local health benefits. Residents should expect construction noise and temporary traffic disruption during station build‑out.
Risks and questions for local officials
Local leaders should seek clarity on station siting, local hiring and contracting commitments, and contingency plans if truck makers delay deliveries. Officials should also ensure grid upgrades, permitting, and traffic planning proceed efficiently to avoid rollout delays (ChargeDevs, Electrek).
“Corridor charging and predictable station design are essential to make zero‑emission long‑haul trucking practical and competitive,” industry observers say, pointing to recent tests and design lessons from Greenlane’s I‑15 build.
Reporting and sources
This article draws on reporting and announcements from:
Next steps for local readers
Officials: Track permitting notices, utility plans and contracting opportunities tied to Greenlane site builds. Businesses: Monitor hiring and supplier opportunities as stations are constructed. Fleet managers: Evaluate route plans against I‑10 corridor stops as they come online and press for clarity on timelines and grid readiness.
