梁德欣, 孙闻浩, 赵蔚, 王海涛. 融冰电流计算及融冰装置原理探究[J]. 电力安全技术, 2022, 24(11): 65-66,68.
引用本文: 梁德欣, 孙闻浩, 赵蔚, 王海涛. 融冰电流计算及融冰装置原理探究[J]. 电力安全技术, 2022, 24(11): 65-66,68.
LIANG Dexin, SUN Wenhao, ZHAO Wei, WANG Haitao. Research on the Calculation of De-icing Current and the Principle of De-icing Device[J]. Electric Safty Technology, 2022, 24(11): 65-66,68.
Citation: LIANG Dexin, SUN Wenhao, ZHAO Wei, WANG Haitao. Research on the Calculation of De-icing Current and the Principle of De-icing Device[J]. Electric Safty Technology, 2022, 24(11): 65-66,68.

融冰电流计算及融冰装置原理探究

Research on the Calculation of De-icing Current and the Principle of De-icing Device

  • 摘要: 相比交流融冰,直流融冰因其所需系统容量小、倒闸操作简便而被广泛应用。基于直流融冰电源、融冰装置的工作原理,分析了直流融冰电流的计算方法,并通过案例进行了验算。

     

    Abstract: In contrast to AC de-icing, DC de-icing is widely used due to its small system capacity and easy switching operation. Based on the working principle of DC de-icing power supply and de-icing device analyses are conducted on the calculation method of DC de-icing current, and typical cases are sampled for checking the calculation results.

     

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