SOLAR GENERATION
294-module photovoltaic design with 170.52 kW DC nameplate capacity.
An advanced solar, storage and generator-integrated microgrid designed to support resilient power at a Northern California retreat campus.
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At a large retreat campus in Cazadero, resilient power means bringing multiple energy technologies into a coherent electrical system. The Ratna Ling design combines a substantial solar installation with battery storage and generator integration, connected to existing electrical distribution.
Grid Titans' construction scope includes photovoltaic installation, equipment placement, battery-system installation, switchgear, inverter connections, controls, communications and coordination with engineering and the utility. The project calls for planning across separate trades and substantial field logistics.
294-module photovoltaic design with 170.52 kW DC nameplate capacity.
550 kWh energy storage shown in the available permit drawings.
Controls and distribution designed around integration with existing backup generation.
PV construction, raceways, transformers, terminations, communications and equipment commissioning coordination.
A comprehensive campus microgrid project combining solar, battery storage and backup-generation integration to support long-term electrical resilience.
PROJECT SCOPE: Solar PV installation, battery storage integration, and coordinated electrical infrastructure for a remote retreat campus.
Drone photographs of Ratna Ling show how solar and storage infrastructure come together within the retreat campus and its natural setting.

Drone perspective on the solar structures and surrounding retreat campus

A closer view of rooftop photovoltaic generation

Roof configuration and structures supporting the solar installation

Commercial battery equipment as part of the wider energy infrastructure
Discuss your commercial solar, storage, repowering or microgrid project with our team.