Tesla Plans 124-Stall V4 Supercharger in San Francisco

Tesla Announces Massive V4 Supercharger Station in San Francisco

Tesla has confirmed plans to construct a new V4 Supercharger station in San Francisco featuring 124 individual charging stalls. This installation is set to be one of the largest in the company's global network and represents a significant upgrade in charging capacity and technology.

The station will utilize Tesla's latest V4 Supercharger posts, which are designed to deliver higher power output compared to previous generations. These posts also offer broader vehicle compatibility, including support for non-Tesla EVs equipped with CCS and NACS connectors, aligning with Tesla's strategy to open its network to other manufacturers.

Addressing Bay Area EV Charging Demand

The project directly responds to the surging demand for public EV charging in the San Francisco Bay Area, a region with one of the highest EV adoption rates in the United States. Local drivers and fleet operators have frequently cited charging availability as a bottleneck for wider EV uptake.

• The new station will increase local charging capacity by over 40% in the immediate district.
• V4 posts are capable of peak power delivery up to 350kW, significantly reducing charge times for compatible vehicles.
• The site is expected to include amenities and pull-through stalls to accommodate vehicles towing trailers, a feature increasingly requested by commercial and recreational users.

Implications for B2B Buyers and Infrastructure Partners

This development signals a clear acceleration in high-power public charging infrastructure. For B2B buyers in the energy, construction, and fleet management sectors, this means:

• Increased Standardization: The adoption of V4 posts with multiple connector types pushes the industry toward a more unified charging standard, reducing the need for site-specific adapters.
• Higher Power Requirements: Facility upgrades for grid connections and on-site energy storage will become critical for new installations, creating opportunities for suppliers of high-voltage components and battery buffers.
• Fleet Electrification: With 124 stalls, this station can support medium and large electric fleets, making San Francisco a more viable hub for zero-emission logistics and ride-share operations.

According to the announcement, construction is expected to begin in late 2026, with an operational target set for mid-2027. Tesla has not disclosed the exact site address but confirmed it will be strategically located near major highway corridors to maximize accessibility.

This move reinforces Tesla's leadership in public charging infrastructure, with over 50,000 Superchargers globally. The San Francisco project is part of a broader US expansion plan announced earlier this year, which includes doubling the number of urban Supercharger stalls in high-density metropolitan areas.

Supplier Solution Note

The expansion of Tesla's V4 Supercharger network underscores the growing demand for high-power charging and compatible battery systems. For businesses developing EV or stationary storage solutions, our battery engineering services support parameter matching and BMS design for high-voltage, fast-charge applications. The online tool at https://tool.liion-batt.com offers quick comparison of battery models suited for these advanced charging systems.