Triboelectric Energy harvester for Self-Powered Sensors

Research output: Contribution to conferencePoster

Abstract

Abstract- This paper presents the design, simulation and experimental results of a triboelectric energy harvester integrated with voltage conversion circuit based on contact mode operation. Triboelectric energy harvester converts mechanical vibrations into electrical energy via a phenomenon known as ‘triboelectric effect’ which is a type of contact electrification whereby certain materials become electrically charged when they come into fricative contact with different material. An experimental triboelectric energy harvester has been implemented via a material format of polyimide-aluminium bonded with conductive aluminium material using pressure sensitive adhesive. The measured results have been critically evaluated and compared with the theoretical model. The measured results show the peak power density of 3.2 W/m2 at the load resistance of 60 MΩ.
Original languageEnglish
Publication statusPublished - 24 Apr 2018
EventThe 5th Workshop in Devices, Materials and Structures for Energy Harvesting and Storage

- UCD, Dublin, Dublin, Ireland
Duration: 23 Apr 201824 Apr 2018
http://www.ucd.ie/mecheng/newsandevents/the5thworkshopindevicesmaterialsandstructures/

Conference

ConferenceThe 5th Workshop in Devices, Materials and Structures for Energy Harvesting and Storage

CountryIreland
CityDublin
Period23/04/1824/04/18
Internet address

Fingerprint

sensors
aluminum
electrification
electric power
polyimides
adhesives
format
energy
radiant flux density
vibration
electric potential
simulation

Cite this

Saha, C. (2018). Triboelectric Energy harvester for Self-Powered Sensors. Poster session presented at The 5th Workshop in Devices, Materials and Structures for Energy Harvesting and Storage

, Dublin, Ireland.

Triboelectric Energy harvester for Self-Powered Sensors. / Saha, Chitta.

2018. Poster session presented at The 5th Workshop in Devices, Materials and Structures for Energy Harvesting and Storage

, Dublin, Ireland.

Research output: Contribution to conferencePoster

Saha, C 2018, 'Triboelectric Energy harvester for Self-Powered Sensors' The 5th Workshop in Devices, Materials and Structures for Energy Harvesting and Storage

, Dublin, Ireland, 23/04/18 - 24/04/18, .
Saha C. Triboelectric Energy harvester for Self-Powered Sensors. 2018. Poster session presented at The 5th Workshop in Devices, Materials and Structures for Energy Harvesting and Storage

, Dublin, Ireland.
Saha, Chitta. / Triboelectric Energy harvester for Self-Powered Sensors. Poster session presented at The 5th Workshop in Devices, Materials and Structures for Energy Harvesting and Storage

, Dublin, Ireland.
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abstract = "Abstract- This paper presents the design, simulation and experimental results of a triboelectric energy harvester integrated with voltage conversion circuit based on contact mode operation. Triboelectric energy harvester converts mechanical vibrations into electrical energy via a phenomenon known as ‘triboelectric effect’ which is a type of contact electrification whereby certain materials become electrically charged when they come into fricative contact with different material. An experimental triboelectric energy harvester has been implemented via a material format of polyimide-aluminium bonded with conductive aluminium material using pressure sensitive adhesive. The measured results have been critically evaluated and compared with the theoretical model. The measured results show the peak power density of 3.2 W/m2 at the load resistance of 60 MΩ.",
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AB - Abstract- This paper presents the design, simulation and experimental results of a triboelectric energy harvester integrated with voltage conversion circuit based on contact mode operation. Triboelectric energy harvester converts mechanical vibrations into electrical energy via a phenomenon known as ‘triboelectric effect’ which is a type of contact electrification whereby certain materials become electrically charged when they come into fricative contact with different material. An experimental triboelectric energy harvester has been implemented via a material format of polyimide-aluminium bonded with conductive aluminium material using pressure sensitive adhesive. The measured results have been critically evaluated and compared with the theoretical model. The measured results show the peak power density of 3.2 W/m2 at the load resistance of 60 MΩ.

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