SOLAR PV
On-site photovoltaic generation, built around the existing electrical distribution and site's needs.
Solar. Battery storage. Backup generation. Smart controls. We bring the pieces together into intelligent power infrastructure designed for demanding sites.
DISCUSS A MICROGRID PROJECT ↗
A microgrid coordinates local energy resources and the facility’s electrical system. When designed for islanding, it can operate independently of the utility grid.
The value is in the integration: generation, batteries, generators, power distribution, protection, interconnection, controls and critical loads must work as one coordinated architecture. Grid Titans brings field execution and electrical infrastructure experience to that challenge.
On-site photovoltaic generation, built around the existing electrical distribution and site's needs.
Stored energy and dispatch capacity for carefully defined operating and resilience goals.
Integration of compatible generator systems for sites requiring additional outage endurance.
Appropriate controls, interconnection protection, operating sequences and load management.
Critical-load panels, service and switchgear upgrades, feeders and transfer arrangements.
System architecture meets practical construction, commissioning coordination and utility requirements.
PLAN YOUR SYSTEM ↗Facilities with significant power demand, operational constraints and advanced energy goals.
Buildings where power continuity and critical-load planning require careful engineering.
Properties requiring coordinated solar, storage, generator and distribution infrastructure.
High-end homes and estates with complex backup power and electrification requirements.

Solar canopy, battery energy storage, and generator integration for a complex Northern California campus.

Solar carport and second-life battery storage for a California Energy Commission-supported microgrid demonstration.

Site-installed storage equipment at a Northern California retreat center. System scope varies by location.
A coordinated electrical system combining distributed energy resources, power distribution, and controls. Some systems support islanded operation when the utility is unavailable.
Not without appropriate isolation, controls, and critical-load architecture. Backup duration depends on actual load, equipment capabilities, battery energy, and any available generator.
Sometimes. Equipment compatibility, protective devices, system design, and utility rules must be evaluated before integration.
Using site load data, critical circuits, expected outage duration, power and energy needs, generation potential, and available electrical infrastructure.
kW is instantaneous power. kWh represents energy over time. Both matter to battery sizing and how long selected loads can operate.
No. Project economics depend on rates, load profile, equipment, operation, and incentive eligibility. Resilience can be a separate benefit.
Commercial, institutional, remote or premium residential. Start with your power challenge.