本論文探討台電架空配電系統週遭所產生的電力頻率磁場的分佈情形，並且研討可行的抑低之技術。首先利用EMDEX II磁場量測儀器針對架空配電饋線、及引上(下)桿電纜、地下配電饋線、變壓器、以及開關設備周圍進行實地量測，評估空間架構及用電量大小對磁場之影響，並確定主要及次要磁場源，作為後續提出改善技術的依據。接著使用Flux3D電磁數值分析程式，依照實際裝置與配線方式建立架空配電饋線、及引上(下)桿配電饋線的磁場計算模型，探討磁場的分佈並且針對主要磁場源實行相序排列、以及利用金屬屏蔽板來抑低主要磁場來源。

This thesis is used to evaluate the magnetic field conditions around the overhead distribution feeders and connection pole distribution feeders of the overhead distribution feeders and the underground distribution lines. It is required to develop the computation programs for use in magnetic field analysis and mitigation methods. At first, it is using the EMDEX II to obtain the characteristics of magnetic field produced by distribution feeders, transformers, and switching devices. It will identify the major magnetic field source and the secondary one for the design of mitigation technology. The feasible strategies to reduce the magnetic field are important to improve the performance of distribution systems. At secondary, using the software of FLUX3D causes the distribution system in accordance with reality condition. It is to finish the model of the overhead distribution feeders and connection pole distribution feeders. Finally, it is considering spread of the magnetic field. It reduces technology of the magnetic field by the best method and board of the metal.

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