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This paper presents an indoor, low-speed airflow, energy harvesting system based on aerodynamic flutter. Due to aerodynamic forces, mechanical vibrations occur when airflow passes across flexible belt-like structures. A linear electromagnetic generator has been designed to transfer this mechanical power into electricity based on Faraday's law. Based on a model which couples the aerodynamic flutter...
In this paper, an indoor low-speed airflow energy harvesting system based on aerodynamic flutter is proposed to power up Wireless Sensor Networks (WSNs). Steady mechanical vibration always can be observed due to the aerodynamic forces while airflows pass through flexible belt-like structure. Oscillating electromagnetic resonator has been designed to covert mechanical power into electricity according...
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