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用于自供电三芯电缆传感器的欧米茄型磁场能量收集器建模、分析与优化

Modeling, Analysis, and Optimization of Omega-Shaped Magnetic Field Energy Harvester for Self-Powered Three-Core Cable Sensors

语言:

中文摘要

针对三芯电缆周围非均匀磁场中传统磁场能量收集器(MFEH)因三相磁通抵消导致功率密度低的问题,本文提出了一种基于周围磁通密度幅值和相位特性的欧米茄型磁场能量收集器(OS-MFEH)。该结构有效提升了能量捕获效率,为电力电缆传感器的自供电提供了解决方案。

English Abstract

In nonuniform magnetic field environments around three-core power cables, conventional magnetic field energy harvesters (MFEHs) typically suffer from low power density due to the mutual cancellation of three-phase magnetic fluxes. To address this limitation, this article proposes an OS-MFEH based on the amplitude and phase characteristics of the surrounding magnetic flux density. The proposed stru...
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SunView 深度解读

该技术主要涉及电力电缆的能量自供给与监测,与阳光电源的iSolarCloud智能运维平台及储能系统(如PowerTitan、PowerStack)的底层传感技术具有潜在关联。在大型地面光伏电站或储能电站中,电缆连接点众多,若能利用该技术实现传感器自供电,将大幅降低运维布线成本,提升系统智能化监测水平。建议研发团队关注该技术在电缆接头温度监测、局部放电检测等领域的应用,以增强阳光电源设备在复杂工况下的全生命周期状态感知能力。