This paper aims to explore and study the design scheme of magnetostrictive vibration power generation tech-nology.Magnetostrictive vibration power generation is a technology that utilizes magnetostrictive materials to convert vibration energy into electrical energy.This technology has the advantages of small size,light weight,and high energy conversion ef-ficiency,and is suitable for fields such as micro energy collection and wireless sensor networks.However,the current mag-netostrictive vibration power generation technology still faces some challenges,such as low efficiency and unstable energy output.Therefore,the goal of this study is to design and optimize a magnetostrictive vibration power generation device to improve energy conversion efficiency and stability,and use optimized material selection,structural design,and circuit adjust-ment to conduct experimental research on the impact of different design parameters on power generation efficiency.
关键词
磁致伸缩振动发电/微型能量收集/能量转换效率
Key words
magnetostrictive vibration power generation/micro energy collection/energy conversion efficiency
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