Energy owned. Aquaculture that produces.
From coastal pilot to national system: Smartfocs builds the integrated renewable infrastructure that decouples aquaculture from grid dependency and fossil fuels—permanently.
Floating solar was the prototype.
Coastal fish cages showed us where energy failure hits hardest. Operators losing 40–60% of operating costs to grid dependency wasn't a power problem—it was an infrastructure problem.
That coastal pilot became the proof of concept for something larger: distributed renewable systems deployable across biofloc tanks, aquaponic facilities, and inland aquaculture—wherever production happens in Indonesia.
The evolution is not a change of direction. It is the strategy that was always implied by the problem.
Three systems. One integrated strategy.
Coastal Floating Solar
Inland Biofloc Systems
Aquaponic Food-Energy Systems
Solar arrays mounted directly on fish cage infrastructure—grid-independent power for aeration, feeding, and monitoring at the point of production.
Renewable-powered biofloc infrastructure for inland producers: owned energy supply, smart aeration control, and consistent output independent of grid reliability.
Integrated food-energy loops coupling fish cultivation and crop production under a single renewable power and monitoring platform—deployable at cooperative scale.
Reliability and ownership, measured.
40–60%
3 Tracks
Zero Handoff
SDG 7 + 14
Operator-owned infrastructure with no ongoing grid or fuel dependency transferred back to the producer after commissioning.
Coastal, inland biofloc, and aquaponic—one integrated platform deployable across Indonesia's aquaculture geography.
Aligned to affordable clean energy and life below water goals—measurable contribution tracked across every deployed system.
Energy cost reduction for operators transitioning from grid dependency to owned renewable systems.