Perpetual Machines don't exist.
Perpetual Power does.
Here is How.
Large numbers of devices in a sensor network inexorably reduce the maintenance interval. Prolonging the sensor lifetime would greatly improve scalability and autonomy.
Best-in-class transducer design optimized to provide the broadest dynamic response to low-frequency or impact driven excitations found in industrial and natural environments.
Unschedule maintenance of various assets in transportation and energy would be mitigated with real-time monitoring and predictive analytics of structural health data.
RPS - 1
Pyro-E’s patented technology uses non-linear force amplification to gain power and efficiency. It results in a large bandwidth in vibrational response to excitation. Up to 300x higher energy conversion is found with variable excitations typically found in natural or man-made systems.
The SSIM series power management circuit includes a full-wave bridge rectifier for AC to DC conversion, a buck-boost converter for impedance matching, and a self-start controller for power saving. The input-output efficiency is almost 3-fold higher than competitive chipsets for piezoelectric devices.
Pyro-E custom designs and deploys solid-state technologies for energy harvesting applications. Our electromechanical device could extract energy from low-frequency, intermittent vibrations befitting of buildings, train rails, oil/gas pipelines, etc. By coupling with commercial sensors, vibrational energy harvesting enables other devices to operate without wiring, thus paving for an interconnected future that is attainable today.
Foreseeably, Pyro-E's unique perpetual sensor solution will 1) enable Smart Cities, 2) improve urban mobility, and 3) utilize a greater portion of the renewable energy resources.
For any inquiries, please fill out the following form.
1330 Factory Pl, #125
Los Angeles, CA 90013
To apply for a job with Pyro-E, please send a cover letter together with your C.V. to: