Your datacenter is already spending tens of thousands per year on sensor batteries.
Every wireless sensor adds recurring maintenance, technician time, and risk. The WaveHarvester eliminates battery replacement by converting vibration into stable power. Starting in datacenters.
Billions of industrial batteries. Replaced. Discarded. Repeated.
Every sensor in your factory, datacenter or tunnel runs on batteries. Each one needs replacing every 1–3 years. That means downtime, maintenance cost and thousands of units cycling through landfill. The energy to power these sensors already exists in the environment around them. It just needs capturing.
1–3
years per battery replacement cycle
1000s
of units cycling through landfill per facility
Every replacement
means downtime, maintenance cost and physical access to sensitive environments
How it works
A three-stage process from ambient energy to reliable DC power.
01
Capture.
The WaveHarvester absorbs mechanical vibrations and acoustic energy from its surroundings.
02
Convert.
Proprietary transducers transform that energy into electrical current.
03
Power.
The harvested energy feeds directly into sensors, IoT devices, or supercapacitors for continuous, battery-free operation.
Where we operate
Datacenters
Server racks generate constant vibration and airflow. We power monitoring sensors without batteries or cabling.
Datacenters
Factories, turbines and heavy machinery produce enough ambient energy to power entire sensor networks.
Datacenters
Metro tunnels, rail networks and highways create continuous vibration. We put that energy to work.
Validated by industry leaders
Kos Hidaka Haier Hyundai Osaka Gas Liberty Global UVic
6+
Active pilot programmes
3
Continents
0.68kWh
Active pilot programmes
Ready to eliminate battery dependency?
Tell us about your environment. We will assess whether the WaveHarvester fits your use case.