Pyro-E was selected by DoE's TEAMER program for the development of eel underwater glider. Read more.

Small footprint power source designed for hydrodynamic and hydrokinetic energy harvesting. Nominal specifications:

• mass: 3.9 grams

• max. power: 150 mW @ 120Hz

• bandwidth: 32% @ half-power

Power management circuit designed to integrate with the TAG Mini for the smallest overall size. 

Self-charging 'D' battery for remote ocean IoT with integrated power management. Designed to provide continuous powers up to 10 mW. 

Medium power source designed for hydrodynamic and hydrokinetic energy harvesting. Nominal specifications:

• mass: 12.6 grams

• max. power:800 mW @ 120 Hz

• bandwidth: 45% @ half-power

Small footprint power management board designed for DIY enthusiasts with low, medium, and high input impedance range. Please inquire about custom board dimensions.  

Hydrodynamic energy harvester by mimicking the undulatory motion of slender body animals. Designed to provide up to 5 W RMS when attached to ocean instrumentation or towed by unmanned gliders. 

Impact-driven energy harvester designed for high force excitation up to 1000 N. Built-in mechanical limiter prevents damage under large forcing. 

• mass: 92.3 grams

• max. power: 5.3 W 

• max. force: 1000 N 

Ultra-efficient power management board for the testing and verification of piezoelectric devices. Designed to achieve >60% efficiency using all piezoelectric material, size, form factor, and excitation frequencies.