Electric Vehicles
Charging
Energy
Energy Storage

Electrify America Debuts California’s Largest Battery-Backed EV Charging Hub in Santa Barbara

Electrify America has opened a 20-stall EV charging station in downtown Santa Barbara, powered by a 1.9-megawatt battery storage system—the largest in its U.S. network. The facility aims to ease grid demand while delivering 350 kW charging speeds to up to 20 vehicles at once.

Editorial Team7/16/2026Updated 7/16/2026

Electrify America has launched its most advanced electric vehicle (EV) charging station to date in Santa Barbara, California, integrating a 1.9-megawatt battery energy storage system to support 20 ultra-fast charging dispensers. Located at 36 West Carillo Street—the site of a former Greyhound Bus depot—the station is designed to accommodate up to 20 EVs simultaneously, each capable of receiving up to 350 kilowatts (kW) of power. The battery system, the largest deployed by Electrify America, stores energy during off-peak hours and releases it during high-demand periods, reducing strain on the local grid.

High-Capacity Charging Meets Urban Demand

The Santa Barbara station is the fourth large-format facility Electrify America has opened in California, following locations in Santa Monica, San Diego, and San Francisco. According to the Department of Energy’s Alternative Fuels Data Center (AFDC), the company currently operates 1,149 DC fast charging stations across 47 states and the District of Columbia, totaling more than 5,700 individual fast-charging ports.

Rob Barrosa, President and CEO of Electrify America, described the station as a model for future charging infrastructure. "This facility represents the next evolution of EV charging, combining high-power dispensers with battery storage to provide reliable, scalable capacity in urban environments," Barrosa said. "The design allows us to deploy Hyper-Fast charging in areas where grid limitations have historically made it difficult."

The battery storage system is a key feature of the Santa Barbara station, addressing two persistent challenges in EV charging: grid capacity and urban accessibility. By storing energy when demand is low and discharging it during peak hours, the system enables the station to maintain full power output without overloading local infrastructure. This approach could prove particularly valuable in cities where grid upgrades are expensive or logistically complex.

Connector Compatibility and Future Upgrades

Currently, the Santa Barbara station is equipped exclusively with CCS1 connectors, meaning EVs using the North American Charging Standard (NACS)—such as Tesla, Rivian, and Cadillac models—will require adapters to charge. However, Electrify America plans to begin retrofitting the station with NACS connectors this summer as part of its ongoing pilot program. The company has not disclosed a timeline for completing the upgrades.

The station’s 20 dispensers and 350 kW output per stall are expected to reduce wait times for drivers, a critical improvement for high-traffic urban areas. Barrosa noted that the facility’s downtown location and high-power capacity are intended to "make charging a seamless part of daily routines" for EV owners in Santa Barbara.

Industry Implications and Broader Impact

The Santa Barbara station’s battery-backed design may set a precedent for future EV charging infrastructure, particularly in regions with constrained grid capacity. While Electrify America has not released data on wait time reductions at its existing large-format stations, the combination of battery storage and high-power dispensers is expected to improve throughput during peak usage periods.

The company’s expansion comes as the U.S. EV charging network continues to grow, with competitors like Tesla and Rivian also investing in high-capacity stations. Electrify America’s approach—pairing battery storage with fast charging—could influence industry standards, particularly in urban centers where space and grid capacity are limited.

For now, the Santa Barbara station stands as a test case for how battery storage can enhance EV charging infrastructure. As more large-format stations are planned, the model’s success could shape the future of high-power charging in the United States.

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