• |本期目錄/Table of Contents|

    [1]鐘舒凌,游一民,馬宗雄,等.環網柜真空斷路器彈簧操動機構的優化[J].廈門理工學院學報,2020,(5):27-32.[doi:1019697/jcnki16734432202005005]
    　ZHONG Shuling,YOU Yimin,MA Zongxiong,et al.Optimization of Spring Operating Mechanism ofVacuum Circuit Breaker for Ring Main Unit[J].Journal of JOURNAL OF XIAMEN,2020,(5):27-32.[doi:1019697/jcnki16734432202005005]
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    《廈門理工學院學報》[ISSN:1673-4432/CN:35-1289/Z]

    卷:
    期數:
    2020年第5期
    頁碼:
    27-32
    欄目:
    電氣工程與自動化
    出版日期:
    2020-10-30

    文章信息/Info

    Title:
    Optimization of Spring Operating Mechanism of Vacuum Circuit Breaker for Ring Main Unit
    文章編號:
    16734432(2020)05002706
    作者:
    鐘舒凌1; 游一民1; 馬宗雄1; 施政前2; 黃小鷹1
    （1 廈門理工學院電氣工程與自動化學院，福建 廈門361024 2 興機電器有限公司,浙江 溫州 325000)
    Author(s):
    ZHONG Shuling1; YOU Yimin1; MA Zongxiong1; SHI Zhengqian2; HUANG Xiaoying1
    (1. School of Electrical Engineering & Automation,Xiamen University of Technology,Xiamen 361024,China 2. Xingji Electric Appliance,Wenzhou 325000,China)
    關鍵詞:
    真空斷路器; 彈簧操動機構; 環網柜; 觸頭彈簧壓力; 出力特性; 負載特性; 仿真分析
    Keywords:
    vacuum circuit breakerspring operating mechanismring network cabinetcontact spring pressureoutput characteristicsload characteristicssimulation analysis
    分類號:
    TM5612
    DOI:
    1019697/jcnki16734432202005005
    文獻標志碼:
    A
    摘要:
    針對真空斷路器在增加觸頭彈簧壓力時彈簧操動機構不能可靠分合的問題，在不改變儲能彈簧和分閘彈簧能量的前提下，對環網柜用真空斷路器彈簧操動機構凸輪輪廓、傳動拐臂尺寸和角度、連板尺寸進行優化，建立優化后彈簧操動機構的數學模型，分別進行MATLAB和ADAMS仿真。MATLAB仿真結果表明，機構的出力特性與斷路器的負載特性能夠實現良好匹配,優化后觸頭彈簧壓力為2 327 N，較優化前效率提高132%。動力學仿真顯示，優化后的觸頭彈簧壓力提高為2 286 N。試驗表明，裝配2 100 N觸頭彈簧壓力時機構能可靠分合，合閘速度減小到065 m·s-1，合閘彈跳減小，驗證了優化方案的有效性和可靠性。
    Abstract:
    Aiming at solving the problem of unsteady opening and closure of the spring operating mechanism of the vacuum circuit breaker at increased contact spring pressure,without changing the energy of the energy storage spring or the opening spring,an optimized spring operating mechanism is established in which its contour,the size and angle of the driving arm,and the size of the connecting plate are optimized,and the MATLAB and ADAMS simulations are performed respectively.MATLAB simulation results show that the output characteristics of the mechanism is well matched with the load characteristics of the circuit breaker,and the optimized contact spring pressure reaches 2 327 N,13.2% higher than the efficiency before optimizationdynamic simulation shows that the optimized contact spring pressure is increased to 2 286 Nthe test shows that the mechanism assembled with 2 100 N contact spring pressure can be opened and closed reliably with a reduced closing speed at 0.65 m·s-1 and reduced closing bounce,which verifies the effectiveness and reliability of the optimized scheme.

    參考文獻/References:

    ［1］ 車日全.環網柜在配電網中的應用［J］.通信電源技術，2018,35(12):127128. ［2］ 崔峻.試論環網柜在電力配網中的運用［J］.機電信息，2013(33):3839. ［3］ MIRSAD K.High voltage circuit breakers［M］.Beijing：China Machinery Press，2014. ［4］ 劉超，趙偉濤，張強，等.真空斷路器彈簧操動機構機械特性的仿真與優化［J］.高壓電器，2019,55(8):6571. ［5］ 張應中，徐可新，閻崇毅，等.高壓斷路器彈簧操動機構的優化與仿真［J］.高壓電器，2014,50(4):6671. ［6］ 楊秋玉，彭彥卿，莊志堅，等.基于ADAMS的高壓斷路器彈簧機構動力學仿真與故障分析［J］.高壓電器，2018,54(6):6773. ［7］ 王金龍，姚進.真空斷路器彈簧操動機構的動力學仿真分析［J］.低壓電器，2014(1):1115. ［8］ 趙玉芝，張杰，張鵬，等.真空斷路器彈簧操動機構合閘凸輪優化設計［J］.高壓電器，2017,53(3):205216. ［9］ 閆靜，馬志瀛，金黎真.空斷路器彈簧操動機構中凸輪機構的優化設計［J］.高壓電器，2004,40(6):420423． ［10］ 文化賓，宋永端，鄒積巖，等.新型126 kV高壓真空斷路器的設計及開斷能力試驗研究［J］.中國電機工程學報，2011,31(34):198204.

    相似文獻/References:

    [1]郭建炎,陳雷,馬有糧. 27.5 kV新型分相式單穩態永磁機構[J].廈門理工學院學報,2016,(5):1.[doi:10.19697/j.cnki.1673-4432.201605001]
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    備注/Memo

    備注/Memo:
    收稿日期：20200331修回日期：20200804 通信作者：游一民，女，教授級高級工程師，博士，研究方向為電器產品仿真及設計，Email：youyimin@126.com。
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