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Development roadmap
Coevo is advancing its Micro-Wind system through engineering validation, prototype refinement, power-curve testing, battery-integration analysis, durability testing, and pilot-oriented commercialization planning.
Stages describe the development program, not delivered milestones for any specific customer. Timing is subject to engineering findings, testing outcomes, and funding.
Aerodynamic analysis and CFD simulation across rotor geometry and shroud configurations, used to refine the design before hardware is committed.
Blade geometry and the diffuser shroud refined from CFD findings, then translated into buildable test hardware.
Instrumented measurement of output across controlled wind speeds — the step that converts modeled estimates into measured ones.
Charge-controller and battery-system integration work to characterize how supplemental wind input behaves against real field load profiles.
Extended-duration mechanical and environmental exposure testing across the intended operating envelope.
Field-test units placed with partner sites to observe behavior in real operating conditions.
Working with operators to characterize performance against their own equipment, duty cycles, and service intervals.
Manufacturing readiness, supply chain, and the commercial configuration of the product family.
Building the channel and partnership structure that will carry the platform into each target industry.
Where the program stands
The computational design phase is complete: aerodynamic analysis and CFD were used to refine blade geometry and re-engineer the shroud with an integrated diffuser. On that basis, the system has been approved to move into physical prototyping and wind-tunnel testing — the step that turns modeled estimates into measured results.
Field-test units with customers are the next major milestone. Until that work is complete, performance figures across this site remain modeled engineering estimates, and no certification has been completed.