Canadian AI predictive maintenance specialist Nanoprecise has launched a light energy harvesting sensor for industrial predictive maintenance. Nanoprecise claims the MachineDoctor LUX as the world’s first such industrial predictive maintenance sensor to power itself through its own harvested light energy.

MachineDoctor LUX is Zone 0 compliant that draws power from available ambient light sources, eliminating need for battery replacements and reducing the sensor’s overall environmental footprint.

The sensor’s Smart Power Management combines light energy harvesting via self-contained solar panels, with a long life Lithium-Ion battery to ensure uninterrupted data collection even in variable to low-light conditions. Because of this proprietary dual power system, the MachineDoctor LUX is self-sustainable, boasting a lifespan of up to 10 years.

“We are thrilled to reveal the world’s first 6-in-1, e-sim, light harvesting condition monitoring sensor, as a testament to our commitment to innovation and  sustainability,” said Sunil Vedula, Founder & CEO at Nanoprecise Sci Corp. “By offering a solution that operates off ambient light, we are not only enhancing operational efficiency, but also supporting our customers and partners in their efforts towards a greener future.”

With cellular connectivity via e-sim and a non-intrusive installation process, the sensor can be used both in indoor facilities and in outdoor installations.