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投稿时间:2018-06-11 修订日期:2018-08-06
投稿时间:2018-06-11 修订日期:2018-08-06
中文摘要: 针对配电网融冰技术存在的效果差、耗能巨大、难以非失电操作等技术缺陷,本文提出一种基于强励模式的非失电融冰方法。该方法利用趋肤效应提高线路导体的发热效率,借助覆冰的有损导电的特征使冰层在强励电源下提供有效融冰热量,最终实现了在相同发热功率下减少线路电流。通过在融冰线路两端设置滤波器,抑制激励电源引入的非工频谐波,使得非失电条件下的融冰操作成为可能。经仿真分析表明,该融冰方法能够提供较好的发热效率,且热量分布合理,十分有利于线路覆冰消融。
中文关键词: 线路融冰,趋肤效应,线路滤波,介质发热, 激励源
Abstract:This paper presents a method for the non-loss of electric melting based on strong excitation mode, which is based on the technical defects such as poor effect, huge energy consumption and difficult non-loss operation. The method using the skin effect improve the efficiency of circuit conductor of heat, with the help of ice beneath conductive characteristics make ice under strong excitation power supply provide effective heat melting ice, finally achieved under the same heating power to reduce the line current. By setting up the filter at both ends of the melting ice line, the non-working frequency harmonic which is introduced by the excitation power is suppressed, which makes the operation of the melting ice in the non-losing power condition possible. The simulation analysis shows that the melting ice method can provide better heating efficiency and reasonable heat distribution.
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