Energy recovery
Recover useful energy from existing moving-water environments.
Technology
Built to work as part of the water system.
The engineering challenge extends beyond conversion efficiency: every installation must address hydraulics, structure, access, controls and maintenance as one system.
Design principles
Engineered for the system around it.
Hydraulic compatibility
Develop the system around the operational realities of existing waterways.
Modularity
Build capacity through repeatable units and deployments.
Reliability
Engineer toward infrastructure-scale operation and maintainability.
System level
Clear interfaces. Protected core.
The public architecture shows how hydraulic input, mechanical conversion and electrical output connect without exposing product geometry.
Managed flow→Proprietary Miromar technology→Mechanical conversion→Electrical output
Scale architecture
Capacity built by repetition.
Generation units form arrays. Arrays form sites. Sites form a distributed network.
Unit→
Array→
Site→
Network→
Distributed infrastructure
Intellectual property
Proprietary by design.
Miromar’s core energy-conversion architecture is being developed as proprietary intellectual property. Detailed technical documentation is therefore shared selectively with appropriate technical and strategic partners.
Technical partnerships
Working on water systems?
We’re open to conversations with operators, engineers and researchers who understand the constraints behind real infrastructure.