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Real-world Traction.

We believe in proof, not just promises. From live industrial pilots to advanced university research, here is where the WaveHarvester is being put to work.

Active Pilots

Active Pilot

Datacenter

Proof-of-concept deployment. Testing vibration harvesting from server rack environments. Results: ~0.68 kWh captured over 3 days with 6 sensors.

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Active Pilot

Industrial partner

WaveHarvester installed in karaoke rooms. On-site team. Testing energy capture from sustained high-dB environments.

Feasibility Studies

Osaka Gas (Japan)

Testing

Simulation-based feasibility study on turbine noise capture. Projected 50-90 MWh/year at full scale. Next step: on-site acoustic survey for pilot validation.

Hyundai factory

Testing

Proposed Wave Harvester panel installation around 110 kW motors. Projected noise reduction of 2-12 dB. Awaiting pilot approval.

Haier air conditioning

Testing

Design study for integrated vibration harvesting in AC units. Projected 5-8 dB noise reduction with energy recapture.

Research

University of Victoria (Canada)

Concept

Joint research on advanced material technology for improved energy harvesting efficiency. Led by Dr. Rishi Gupta.

OceanCo

Concept

Custom harvester development for industrial air extraction systems. Prototype produced measurable voltage output from high-noise environment.

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