Development of a Digital and Battery-Free Smart Flowmeter - Garcia, Ronald
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Objectives -Eliminate batteries in flow metering systems -proof that the kinetic energy of the flow is sufficient to power the electronic module of a commercial flowmeter including a wireless transceiver. -Proof that kinetic energy of the flow can be extracted without causing significant resistance to the flow. Conclusion -For air flowing in a 11mm diameter pipe, 18 seconds of energy harvesting at 10 revolution-per-second turbine speed, generated enough power for the flowmeter to operate for 720 seconds at 20 RPS, without backup power -Wireless data transmission was successfully achieved - Flowmeter and generator unit integrated in the same system.…mehr

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Produktbeschreibung
Objectives -Eliminate batteries in flow metering systems -proof that the kinetic energy of the flow is sufficient to power the electronic module of a commercial flowmeter including a wireless transceiver. -Proof that kinetic energy of the flow can be extracted without causing significant resistance to the flow. Conclusion -For air flowing in a 11mm diameter pipe, 18 seconds of energy harvesting at 10 revolution-per-second turbine speed, generated enough power for the flowmeter to operate for 720 seconds at 20 RPS, without backup power -Wireless data transmission was successfully achieved - Flowmeter and generator unit integrated in the same system.
Autorenporträt
Major: Computer ScienceMaster: Mechanical EngineeringPhD: Mechanical Engineering and EnergyLanguages Spanish ¿ English ¿ Chinese (intermediate level)Mechanical Skills CAD/CAM, Machining, Simulating, R&DComputer Skills Signal Processing, Web (ZF1)/Mobile (Android) App, Embedded ATMEGA, STM, EPSON, TIUni.of Mobile, Alabama.Kun Shan Uni. Taiwan