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Tesla Opens First 1.2 MW Megacharger Station in Southern California to Support Semi Electric Truck Commercial Operations

On July 18, 2026, Tesla officially opened its first Megacharger station in Bloomington, California, featuring six 1.2 MW high-power charging stalls designed for Semi electric trucks. This station, the first of its kind in Southern California, marks a new phase in Tesla’s electric heavy-duty truck charging network and provides an efficient charging solution for commercial transportation.

Editorial Team7/19/2026Updated 7/19/2026

Bloomington, California, became a key node in Tesla’s electric heavy-duty truck charging infrastructure on July 18, 2026. Tesla officially opened the first Megacharger station in Southern California, equipped with six charging stalls, each delivering up to 1.2 MW of power, specifically designed for Semi electric trucks. This milestone signifies the advancement of high-power charging technology and infrastructure for commercial electric truck transportation.

Background of the Megacharger Station Launch and Tesla’s Official Statements

On July 18, 2026, Tesla’s Charging team announced the opening of the Bloomington Megacharger station on X (formerly Twitter), emphasizing that this was the first such facility in Southern California. The Tesla Semi official account later reposted the announcement, stating, “This is the first of many more Semi Megachargers to come.” Max Zegher, Tesla’s charging deployments lead in North America, further explained that the build-out of the Megacharger network would prioritize the most critical Semi truck routes and depots to ensure fleet operational efficiency. Zegher also recommended that Semi customers install their own Megachargers or Basechargers at depots to enhance charging convenience and fleet management efficiency.

Charging Station Design and Tesla Semi Technical Specifications

The Bloomington Megacharger station, located east of Los Angeles, features a large drive-through design to facilitate easy access and parking for semi-trailer trucks. Each charging stall is equipped with 1.2 MW charging capacity, enabling high-efficiency charging for Tesla Semi electric trucks. Tesla currently offers two Semi variants: the Standard Range model, which is equipped with a 548 kWh battery pack and delivers over 500 km of range, and the Long Range model, which features an 822 kWh battery pack and achieves over 800 km of range with a 37-tonne load. Both models utilize Tesla’s 4680 battery cells with NMCA chemistry, supporting charging power of up to 1.2 MW to meet the demands of rapid charging and long-distance transportation.

Tesla’s Electric Heavy-Duty Truck Production Plans and Market Impact

Tesla plans to produce Semi electric trucks at its Nevada Gigafactory, with an annual production target of 50,000 units. The opening of this Megacharger station is seen as a critical step in Tesla’s push toward commercializing electric heavy-duty trucks, laying the foundation for large-scale production and operations. California’s electric vehicle subsidy policies and local support further create a favorable environment for the development of the electric heavy-duty truck market. Janus Electric, an Australian electric conversion company, has recently secured several significant contracts in California, indicating the accelerating growth of the electric heavy-duty truck market and attracting more industry players.

Future Outlook and Uncertainties

Zegher stated that the opening of the Bloomington Megacharger station marks the official launch of Tesla’s electric heavy-duty truck charging network. However, Tesla has not yet disclosed the exact timeline for the construction of additional Megacharger stations or the prioritized routes. The current production volume of Semi trucks at the Nevada Gigafactory also remains undisclosed. According to a report by The Driven on July 18, 2026, the opening of the Bloomington Megacharger station symbolizes a new phase in electric heavy-duty truck charging technology and infrastructure, providing a more efficient charging solution for commercial transportation.

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