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独立式磁场能量收集器功率密度的数学建模与优化

Mathematical Modeling and Optimization for the Power Density of the Free-Standing Magnetic Field Energy Harvester

语言:

中文摘要

独立式磁场能量收集器(FSMFEH)为电网传感器供电提供了潜在解决方案。针对传统有限元仿真设计耗时且难以总结通用设计准则的问题,本文建立了功率密度与线圈及磁芯参数间的数学模型,旨在优化设计并提升能量收集效率。

English Abstract

The free-standing magnetic field energy harvester (FSMFEH) offers a potential solution for powering sensors in the power grid. However, designing the FSMFEH through finite element simulations and experiments is time-consuming and difficult to summarize generalized design guidelines. To address this issue, a mathematical model relating the power density to the coil and core parameters is developed ...
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SunView 深度解读

该技术主要涉及自供电传感与能量收集,虽非阳光电源核心逆变或储能产品,但对iSolarCloud智能运维平台下的分布式传感器网络具有参考价值。通过优化磁场能量收集技术,可提升电网侧监测终端的独立运行能力,减少布线成本。建议关注其在大型光伏电站或储能电站中,针对关键部件(如高压汇流排、变压器)状态监测传感器的无线供电应用,以提升运维系统的智能化与自给自足水平。