Tesla appears to be moving forward with new Megacharger projects in Texas, adding momentum to the heavy-duty charging infrastructure needed to support electric freight operations along major commercial transportation routes.
According to recent reports and project filings with the Texas Department of Licensing and Regulation, Tesla-related Megacharger projects are now tied to locations in San Antonio, Laredo and Houston. The filings point to new electrical infrastructure projects that could support Tesla Semi charging in three of the state’s most important freight markets.
In San Antonio, a project listed as “Megacharger – San Antonio, TX – Foster Rd” is planned for 1815 N. Foster Road. The TDLR filing lists Tesla as the facility name and identifies the work as new construction for electrical infrastructure. The project has an estimated cost of $400,000, with a listed start date of May 18, 2026, and a completion date of May 18, 2027.
In Laredo, a TDLR filing for “Tesla Semicharging” describes the scope of work as electrical infrastructure, with an estimated cost of $100,000 and a completion date of Dec. 31, 2026. Laredo is a major freight gateway at the U.S.-Mexico border, making the location notable for fleets that operate cross-border and regional freight routes.
A third project, listed as “Megacharger – Houston, TX,” was registered with TDLR on May 21, 2026. The Houston project is described as new construction for electrical infrastructure. The filing lists an estimated cost of $200,000, a start date of June 22, 2026, and a completion date of June 25, 2027.
The recent filings do not indicate when the stations would become operational, how many charging stalls each site would include, or which fleets would be able to access them. However, the locations suggest that Tesla is continuing to position Semi charging infrastructure around high-volume freight corridors and logistics markets.
For fleets evaluating electric Class 8 trucks, the projects underscore a central issue in zero-emission freight deployment: vehicle availability is only one part of the equation. Reliable, corridor-based charging infrastructure will be critical for expanding electric truck use beyond closed-loop depot operations and into broader regional and long-haul freight applications.
While the filings do not provide a full picture of Tesla’s Texas charging strategy, they offer a clearer sign that heavy-duty EV infrastructure is moving from planning maps into specific project locations. For fleets operating in Texas, the buildout could become an important indicator of when and where electric freight operations may become more practical.
