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Analysis of a watt-range contactless electromechanical energy harvester facing a moving conductive surface

机译：面向移动导电表面的瓦特范围非接触式机电能量采集器的分析

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A watt-range contactless electromechanical energy harvester based on the interaction of a rotating permanent magnet wheel with a moving conductive surface is analyzed, modeled and optimized. The extracted models are verified with two-dimensional (2-D) finite-element-method (FEM) simulations and measurement results. Finally, a ρη-Pareto optimization indicates a power density of the harvester wheel in the range of 2 W/cm for surface speeds of 10m/s and an air gap of 3 mm.

机译：基于旋转的永磁轮与运动的导电表面的相互作用的瓦特范围非接触式机电能量采集器进行了分析，建模和优化。提取的模型通过二维（2-D）有限元方法（FEM）模拟和测量结果进行验证。最后，ρη-帕累托优化表明，对于10m / s的表面速度和3mm的气隙，收割机轮的功率密度在2 W / cm的范围内。

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《》|2015年|414-420|共7页
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Flankl Michael; Tuysuz Arda; Kolar Johann W.;
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Pareto optimisation; electric machines; energy harvesting; finite element analysis; permanent magnets; 2-D finite-element-method; Pareto optimization; moving conductive surface; power density; rotating permanent magnet wheel; watt-range contactless electromechanical energy harvester; Atmospheric modeling; Electrical resistance measurement; Finite element analysis; Integrated circuit modeling; Kinetic energy; Magnetic cores; Wheels;

机译：帕累托优化;电机;能量收集;有限元分析;永磁体;二维有限元方法;帕累托优化;移动导电表面;功率密度;旋转永磁轮;瓦特范围非接触式机电能量收集器;大气建模电阻测量有限元分析集成电路建模动能磁芯车轮;

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Analysis of a watt-range contactless electromechanical energy harvester facing a moving conductive surface

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