Autonomous pilot nodes validating distributed, resilient self-consumption before scaling across the Philippines and beyond.
A self-consumption node on a warehouse roof in Tarlac Province — validating module-level (MLPE) design and local operation under Philippine grid conditions. Site assessment and preliminary design completed; commercial terms under discussion.
Self-consumption for a school facility in Metro Manila — generation at the point of use, sized to the facility’s daytime load and loosely coupled to local maintenance capability. Site assessment and preliminary design completed; proposal stage.
No installation has started yet. Pilots proceed after incorporation, permits and utility applications (net metering or zero-export arrangements).
Following pilot validation, autonomous nodes scale to facility types where distributed generation and grid resilience deliver the most value.
Local generation for education facilities — reducing cost and grid dependency.
Under discussionResilient power for community anchors during outages and storms.
Under discussionDistributed self-consumption reducing operational exposure to tariff volatility.
PlannedLarge-roof distributed arrays with MLPE — limiting single-point failure risk.
PlannedAutonomous nodes where transmission infrastructure is weak or unreliable.
In preparation