Tesla Hits 52 Million Supercharger Sessions in Q4 2025

Image: Tesla
Tesla’s Supercharger network closed out 2025 on a high note, with the company highlighting strong growth and record-scale usage during the fourth quarter. In a post shared by Tesla on X, the company revealed that there were 52 million Supercharger charging sessions globally in Q4 2025, representing a 29% year-over-year increase. That works out to an average of roughly 565,000 charging sessions per day worldwide.
While daily usage dipped slightly compared to Q3’s record-setting pace — when Tesla averaged about 587,000 daily Supercharger sessions — Q4’s results are still notable given the heavy travel periods around Thanksgiving and Christmas. The data underscores just how critical Tesla’s fast-charging network has become as more drivers rely on EVs for long-distance travel.
The infographic shared by Tesla Charging also shows that the Supercharger network itself continued to grow rapidly during the quarter. Tesla opened approximately 3,800 new Supercharger stalls globally in Q4, translating to about 19% year-over-year network growth. That figure comes just shy of the nearly 4,000 new stalls added in Q3.
Several high-profile Supercharger openings helped support the holiday rush. These included a massive 164-stall Supercharger in California — Tesla’s largest to date — which went live just ahead of Thanksgiving, as well as a new 60-stall site in South Carolina that opened in time for Christmas travel. Together, these large-scale locations highlight Tesla’s strategy of building fewer but significantly larger charging hubs to reduce wait times and improve reliability.
Zooming out, 2025 was a banner year overall for Tesla’s charging network. Across the full year, the Supercharger network expanded by roughly 18% and delivered a record 6.7 TWh of electricity worldwide — to both Teslas and EVs from a growing list of other brands. According to the Q4 snapshot, Tesla delivered 1.8 TWh of energy during the quarter alone, up 27% year over year, while helping drivers avoid an estimated 3.3 billion kg of CO2e emissions.