Greenlane announced in May that it is expanding its electric truck charging network into Texas, planning new charging sites along Interstate 45 in Houston and Dallas. The expansion follows the company's earlier buildout in Southern California and Arizona, extending its charging infrastructure into one of the nation's largest trucking corridors.
Heavy-duty trucking accounts for roughly 27 percent of transportation sector greenhouse gas emissions, according to the International Energy Agency. The freight sector remains one of the hardest segments to decarbonize, making charging infrastructure expansion a critical step toward electrification. Texas handles substantial freight volumes, particularly along I-45, which connects Houston to Dallas and serves as a major north-south trade route.
Greenlane's move into Texas reflects growing investment in medium and heavy-duty electric vehicle infrastructure. The Inflation Reduction Act allocated substantial funding for charging networks through the National Electric Vehicle Infrastructure Program, though most early deployment has concentrated on passenger vehicles. Heavy-duty charging requires significantly more power delivery and capital investment per location compared to light-duty infrastructure.
The timing aligns with increased manufacturer commitments to electric trucks. Volvo Trucks, Peterbilt, and Freightliner have all launched electric Class 8 models, though fleet adoption remains limited by charging availability and battery range constraints. Most Class 8 electric trucks currently achieve 200-300 miles per charge, making corridor chargers essential for long-haul operations.
Texas presents both opportunity and complexity for charging expansion. The state hosts major freight distribution hubs and warehouses, creating demand for local delivery operations where electric trucks function effectively. However, Texas's size and dispersed geography require substantial investment to build comprehensive networks along major routes.
Greenlane's expansion strategy, built progressively across regional corridors, represents one model for addressing the chicken-and-egg problem in trucking electrification. Trucks need charging infrastructure