Generate electricity using wind vortex induced resonance

Can a vortex-induced vibration technique convert mechanical energy to electric energy?

Conclusions This paper proposed a novel and new VIV design to harvest and convert mechanical energy to electric energy using a vortex-induced vibration technique. The proposed design is a bladeless elastic rod that vibrates when wind interacts with it.

Is wind energy harvesting based on vortex-induced vibration a triboelectric mechanism?

As the above researches show, wind energy harvesting based on vortex-induced vibration was widely investigated in previous studies , , , especially through piezoelectric mechanism. As to the triboelectric mechanism, however, few studies were reported.

Can wind energy be harvested from flow-induced vibrations?

Over the last two decades, several researchers have investigated the problem of harvesting energy from flow-induced vibrations [2, 3]. In an experimental context, Li et al. examined a bio-inspired leaf architecture that transfers wind energy into usable electric power.

How does a wind turbine generate energy?

Wind energy is harvested by the wind turbine structure and converted into vibrational energy for the cantilever. Through the piezoelectric effect, the vibrating cantilever beam creates electrical energy.

Can a wind energy harvesting device convert mechanical energy into electricity?

The energy from the rhythmic movement can be converted into electricity using electromagnetic induction. This paper aims to develop a VIV wind energy–harvesting device that converts mechanical energy (vibrations) to electric energy. The proposed device generates energy while utilizing aeroelastic resonance phenomena.

What is resonant wind generation?

During the application it harnesses the moving wind energy which has some velocity to give a principal of vorticity also known as Vortex Shedding. While performing an stimulation resonant wind generation is a result of vortex induces vibration of vortex bladeless.