저주파수용 FR-4 스프링 기반 고효율 진동형 전자기식 에너지 하베스터의 설계 및 제작
Design and Fabrication of a Low Frequency Vibration Driven High-Efficiency Electromagnetic Energy Harvester
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This paper describes the design and fabrication of a low frequency vibration driven high-efficiency electromagnetic energy harvester based on FR(Flame Resistance)-4 spring which converts mechanical energy into useful electrical power. The fabricated generator consists of a vertically polarized NdFeB permanent magnet attached to the center of spring and a planar type copper coil which has higher efficiency compare with cylindrical type coil. ANSYS finite analysis and Matlab were used to determine the resonance frequency and output power. The generator is capable of producing up to 1.36 Vpp at 9 Hz, which has the maximum power of 639 with a load resistance of 3.25k .
Abstract
This paper describes the design and fabrication of a low frequency vibration driven high-efficiency electromagnetic energy harvester based on FR(Flame Resistance)-4 spring which converts mechanical energy into useful electrical power. The fabricated generator consists of a vertically polarized NdFeB permanent magnet attached to the center of spring and a planar type copper coil which has higher efficiency compare with cylindrical type coil. ANSYS finite analysis and Matlab were used to determine the resonance frequency and output power. The generator is capable of producing up to 1.36 Vpp at 9 Hz, which has the maximum power of 639 with a load resistance of 3.25k .
참고문헌 (10)
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