TL;DR

Electrify America has launched a new public EV charging station in Santa Barbara featuring 20 fast chargers up to 350 kW and a 1.9 MW energy storage system. This is the company’s largest battery installation to date, aimed at improving charging reliability and integrating renewable energy.

Electrify America has opened a new public electric vehicle charging station in Santa Barbara, equipped with 20 fast chargers delivering up to 350 kW and a 1.9 MW energy storage system. This installation represents the largest battery system deployed by Electrify America to date, aiming to enhance charging reliability and support renewable energy integration in the region.

The new charging station is located in downtown Santa Barbara and is part of Electrify America’s ongoing efforts to expand high-power EV infrastructure in California. The station features CCS connectors, with plans to convert some to NACS, and is designed to accommodate the growing number of electric vehicles in the state, which has the highest EV adoption in the U.S.

The 1.9 MW energy storage system is intended to store electricity generated from solar power and during periods of low electricity demand. According to Electrify America, this combination of high-power chargers and large-scale batteries aims to provide more reliable service, reduce grid stress, and facilitate the integration of renewable energy sources into the charging process.

Rob Barrosa, President and CEO of Electrify America, stated that the station showcases the next evolution of charging infrastructure by combining high-capacity charging with integrated energy storage. California State Senator Monique Limón highlighted the importance of expanding the charging network to reduce fuel costs for drivers and promote cleaner transportation options.

Impact on EV Infrastructure and Renewable Energy Use

This development represents a significant step forward in EV infrastructure, particularly in a state leading the U.S. in electric vehicle adoption. You can read more about recent EV charging infrastructure projects. The combination of fast chargers and large energy storage enhances the reliability of charging services, especially during peak demand or grid stress, and supports California’s renewable energy goals. It also demonstrates how integrating energy storage with charging stations can reduce reliance on the grid and facilitate the transition to cleaner transportation.

CCS2 To CCS1 EV Charger Adapter, 350A 350kW DC 1000V Fast Charging, Compatible With CCS2 Portable Chargers And CCS1 Standard Cars

CCS2 To CCS1 EV Charger Adapter, 350A 350kW DC 1000V Fast Charging, Compatible With CCS2 Portable Chargers And CCS1 Standard Cars

  • Ultra-Fast 350kW Charging: Supports up to 350kW DC charging
  • Wide Compatibility: Connects CCS2 chargers to CCS1 cars
  • High-Voltage Support: Handles 1000V systems for various EVs

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Expansion of EV Charging in California

California has the most electric vehicles and chargers of any U.S. state, with ongoing investments to expand charging capacity. Electrify America has previously installed large-format charging stations in Santa Monica, San Diego, and San Francisco. The new Santa Barbara station is part of a broader strategy to improve access to fast charging in urban and underserved areas, aligning with state policies to promote electric mobility and renewable energy integration.

The deployment of energy storage systems at charging stations is a relatively recent development aimed at addressing grid stability issues and supporting renewable energy sources like solar and wind, which are intermittent by nature. Learn more about how energy storage enhances renewable energy use.

“This large-format station showcases the next evolution of charging infrastructure, combining high-power charging with integrated battery energy storage to deliver reliable capacity at scale.”

— Rob Barrosa

Amazon

home energy storage system 1.9 MW

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Remaining Questions About the Station’s Operation

Details about the long-term operational performance of the energy storage system, including its actual impact on grid stability and renewable energy integration, remain to be seen. It is also unclear how quickly the station will be fully operational and accessible to the public, or whether further upgrades are planned.

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  • Powerful 300W Portable Generator: Charges smartphones, tablets, laptops, and small devices
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  • Multiple Charging Outlets: AC, DC, USB, and quick charge ports

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Next Steps for Santa Barbara’s EV Charging Network

Electrify America plans to monitor the performance of the new station and its energy storage system over the coming months. Additional stations with similar technology may be announced in other California cities as part of broader efforts to modernize EV infrastructure. For related updates, see latest EV infrastructure developments. Local officials and industry experts will likely evaluate the station’s impact on EV adoption and renewable energy use in Santa Barbara.

ChargePoint HomeFlex Level 2 EV Charger J1772 - Fast Smart Battery Power Charging at Home for Electric Automobile Vehicles - Hardwired for Electric Car

ChargePoint HomeFlex Level 2 EV Charger J1772 – Fast Smart Battery Power Charging at Home for Electric Automobile Vehicles – Hardwired for Electric Car

  • Reliable Home Charging: Builds dependable EV charging stations for home and business
  • 24/7 Support: Access round-the-clock assistance for your charger
  • Mobile App Control: Manage and monitor charger via ChargePoint app

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Key Questions

What makes this charging station different from others?

This station features 20 fast chargers up to 350 kW and includes a 1.9 MW energy storage system, which is the largest deployed by Electrify America. The storage system helps improve reliability and supports renewable energy use.

When will the station be fully operational?

The station was announced in June 2026, and initial reports indicate it is now open to the public, with full operational capacity expected shortly. Exact timelines for full availability are still being finalized.

Will the station support all EV models?

The station is equipped with CCS connectors, with some planned to be converted to NACS, supporting most modern EVs. Compatibility will depend on the vehicle’s charging port and connector type.

How does energy storage improve charging reliability?

The energy storage system can supply power during peak demand or grid outages, reducing wait times and preventing service interruptions, especially during high usage periods or grid stress.

Are there plans for more stations like this in California?

Electrify America and other companies are actively expanding high-capacity charging networks across California, with similar projects expected in other cities to support the state’s EV and renewable energy goals.

Source: CleanTechnica


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