Greenlane is expanding its heavy-duty EV charging network into Texas, targeting one of the busiest freight corridors in the United States. The company plans to build new high-power charging sites in Dallas and Houston along Interstate 45, a route that plays a central role in moving goods between the West Coast, the Midwest, and Mexico.
The move signals a broader shift in electric trucking.
Until recently, most large-scale charging infrastructure for heavy-duty EVs was concentrated in California, driven by strict emissions regulations and state incentives. Expanding into Texas—a freight-heavy state with enormous trucking volumes—suggests the industry is beginning to move from pilot projects toward more commercially viable national operations.
And the location is strategic.
The Dallas-Houston corridor sits inside the “Texas Triangle,” one of the country’s most important logistics regions. Trucks moving through the area support everything from retail distribution to cross-border trade, making it a logical next step for companies trying to scale electric freight infrastructure.
Greenlane’s charging sites are designed around real trucking operations rather than passenger-car charging habits.
Each location will feature pull-through charging lanes that allow trucks to charge without disconnecting trailers, along with parking for overnight stops and drop-and-hook operations. In practical terms, this reduces downtime and avoids the operational friction that can make electric trucking difficult for fleet managers.
The chargers themselves are built with future compatibility in mind.
The network will support both CCS connectors used by today’s electric trucks and megawatt charging system (MCS) connectors designed for next-generation heavy-duty vehicles. That flexibility matters because the trucking industry is still in transition, with manufacturers adopting different charging standards and power requirements.
Greenlane is also emphasizing software as much as hardware.
Its Greenlane Edge platform allows fleets to reserve chargers ahead of time, monitor charging sessions, and manage billing centrally. For commercial operators, predictability is critical—knowing a charger will be available can matter more than raw charging speed.
That operational reliability is becoming a competitive advantage.
The company says its network has maintained 99% uptime, a notable figure in an industry where charger reliability remains a major concern. Compared to consumer EV charging, heavy-duty trucking has far less tolerance for outages because delays directly affect delivery schedules and operating costs.
Still, scaling this model won’t be easy.
High-power truck charging infrastructure requires significant grid capacity, expensive installations, and close coordination with utilities. Texas also presents different regulatory and energy-market dynamics compared to California, meaning success there could become a more meaningful test of long-term commercial viability.
But if electric trucking is going to scale nationally, networks like this are essential.
Conclusion:
Greenlane’s expansion into Texas marks an important step in moving electric freight beyond California’s policy-driven market and into mainstream logistics corridors. The real challenge for the industry is no longer proving electric trucks can work—it’s building charging infrastructure reliable and flexible enough to support freight at national scale.
