to each line phase in series close to the supply trans­former.;It is sufficient to refer the phase current derivatives to the basic harmonic of that current.;The system consists of three transformers (Tr), the primary sides whereof being series-connected to the indi­vidual phases (F₁, F₂, F₃) of the high-current line and the secondary sides whereof being series-interconnected by means of three four-poles (C₁₂, C₁₃, C₂₃), prefer­ably of the Γ type, an isolating transformer (Ts) being placed between any two four-poles."/> A method and system for compensating the electromotive forces of self-induction and mutual induction in a conventional asymmetric high current line
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A method and system for compensating the electromotive forces of self-induction and mutual induction in a conventional asymmetric high current line

机译:补偿传统非对称大电流线路中自感和互感电动势的方法和系统

摘要

The method involves applying an additional voltage forced by line currents of the magnitude to each line phase in series close to the supply trans­former.;It is sufficient to refer the phase current derivatives to the basic harmonic of that current.;The system consists of three transformers (Tr), the primary sides whereof being series-connected to the indi­vidual phases (F₁, F₂, F₃) of the high-current line and the secondary sides whereof being series-interconnected by means of three four-poles (C₁₂, C₁₃, C₂₃), prefer­ably of the Γ type, an isolating transformer (Ts) being placed between any two four-poles.
机译:该方法包括施加附加电流,该电流由大小为 <图像文件=“ IMGA0001.GIF” he =“ 25” id =“ ia01” imgContent =“ math” imgFormat =“ GIF “ wi =” 121“ /> 指向串联在电源变压器附近的每个线路相。;将相电流导数引用到该电流的基波就足够了。;系统由三个变压器组成( Tr),其初级侧串联到大电流线路的各个相(F 1,F 2,F 3),次级侧通过三个四极(C 12,C 1,C 2)串联。 ),最好是Γ型),在任何两个四极之间放置一个隔离变压器(Ts)。

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