SOLAR
CARPORT
On-site solar generation supplies energy to the integrated electrical system.
A second life for EV batteries. A stronger future for essential care. Grid Titans helped complete a healthcare microgrid in Novato combining a 60 kW solar carport with 200 kWh of energy storage built from previously used electric-vehicle batteries.
DISCUSS A MICROGRID PROJECT ↗
The distinctive innovation at Tamalpais Pediatrics is a 200 kWh storage system made from previously used electric-vehicle batteries. RePurpose Energy evaluates and repurposes suitable batteries for stationary energy storage, extending their useful life beyond transportation.
Paired with the clinic's 60 kW solar carport, these second-life batteries demonstrate a practical approach to circular energy. Grid Titans delivered the specialized electrical construction and integration needed to connect the system into the facility's energy infrastructure.
ABOUT OUR TECHNOLOGY PARTNER: REPURPOSE ENERGY ↗Reliable electricity helps protect medical refrigeration, communication systems and the continuity of daily healthcare operations.
For Tamalpais Pediatrics, the solution integrates a 60 kW solar carport with 200 kWh of second-life electric-vehicle battery storage. Developed with RePurpose Energy through a California Energy Commission-supported demonstration, the project shows how EV batteries can have a productive second life beyond transportation.
Grid Titans was engaged to finish the remaining electrical construction, control integration and interconnection work required to bring the project into service.
On-site solar generation supplies energy to the integrated electrical system.
200 kWh of repurposed EV batteries supplied through RePurpose Energy giving previously used vehicle battery modules a second life in stationary storage.
Protection and control equipment coordinates the system's utility-connected and backup operating modes.
Switchgear, transformers, feeders, communications and metering join the system together.
Grid Titans took on the complex final construction and electrical integration work after earlier stages of development, coordinating with the owner, equipment partners, authorities and utility.
Switchgear, transformer coordination, distribution tie-ins and control wiring.
Islanding equipment, metering and communications integration with the battery system.
Plan revisions, inspections, technical reviews and PG&E interconnection requirements.
Field verification, commissioning coordination and system completion activities.
An inside look at the actual Tamalpais installation from the solar carports to the controls and electrical distribution that make a modern microgrid possible.

The distribution and control equipment that connects the microgrid to the facility.

Hands-on work at the project’s electrical control equipment.

Carport PV structures across the clinic parking area.

The PV modules and structural framing, seen from beneath the canopy.

Field-installed electrical infrastructure and protective equipment.

The dedicated, fenced battery-system area at the facility.
A completed microgrid serving a real pediatric healthcare facility.
A completed healthcare microgrid pairing 60 kW of solar generation with 200 kWh of storage made from previously used EV batteries.
Grid Titans announced completion in July 2026. By integrating second-life electric-vehicle batteries with on-site solar, electrical distribution, and microgrid controls, the project demonstrates an alternative to sending useful EV battery modules straight to recycling. Grid Titans helped turn an innovative storage concept into installed energy infrastructure for a real pediatric clinic.
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