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Green vehicle shock absorber: Micromachined wavy shaped piezoelectric cushion energy harvester and its power generating demonstration based on real navigation
Conference paper

Green vehicle shock absorber: Micromachined wavy shaped piezoelectric cushion energy harvester and its power generating demonstration based on real navigation

Guo-Hua Feng and Min-Yiang Tsai
2011 16th International Solid-State Sensors, Actuators and Microsystems Conference, TRANSDUCERS'11, pp.743-746
2011

Abstract

energy harvester micromachining piezoelectric Shock absorber Hardware and Architecture Electrical and Electronic Engineering
The paper presents a novel micromachined piezoelectric cushion power generator which harvests vibration energy from the vehicle shock absorber. The developed transducer demonstrates the feasibility of the concept of Green vehicle shock absorber. Two major components are involved in implementation of the device: a wavy shaped PVDF film for scavenging vibration energy and an elastic PDMS cushion for damping the vibration. It can not only suppress the vehicle vibration, but act as an active power generator to scavenge unwanted vibration / impact energy during vehicle navigation. The proof-of-concept device successfully demonstrates a maximum 8 V output and a sufficient current to light up a regular LED based on a preliminary road test. © 2011 IEEE.

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