lightning outage 中文意思是什麼

lightning outage 解釋
雷擊跳閘
  • lightning : n. 1. 閃電，電光。2. 意外的幸運。3. 〈美俚〉劣等威士忌酒。vi. 閃電。
  • outage : n. 1. 出口。2. 【商業】損耗。3. （檢修時船、機器等的）停航，停車；【電學】停電。4. （蓄水池的）預留容量；【機械工程】（發動機關閉后的）液體燃料剩餘。
  1. After the observing of transmission line for a lightning storm season, we did n ' t find the lightning trip. the result indicates line - surge arrester can improve lightning - proof property evidently and reduce the lightning tripping outage

    通過兩個雷雨季節的觀察，發現110kv雙含線沒有再發生雷擊跳閘故障，表明了線路型避雷器能明顯改善山區輸電線路的防雷性能，降低輸電線路的雷擊跳閘率。
  2. Measuring of lightning parameters is the base work of lightning research. it is very important for researching the lightning characteristics, analyzing the accident of lightning, identifying the responsibility of lightning strike outage accident and discussing the strategies of lightning protection. it also can provide precise original data of atmosphere over - voltage for designing insulation co - ordination

    雷電流參數的測量是進行雷電研究的基礎工作，對于研究雷電特性、分析雷害事故、鑒定雷擊跳閘事故責任、探討防雷對策及為絕緣配合設計提供精確的大氣過電壓原始數據均具有十分重要的意義。
  3. This can fully consider the effect of the structure of transmission line and the selection of lighting parameter etc. by calculating and analyzing various of factor that affect the lightning tripping probability of 500kv double circuit transmission line, we can draw the conclusions : the result by intersecting method is more accord with the practicality circumstance than by existing standard methods, using unbalance high insulation and reverse sequence of wire can reduce the contemporary outage rate of double circuit line, reducing the footing resistance is one of the most efficiency method to reduce the back stroking rate of double circuit transmission line, the double back stroking rate and the single back stroking rate will fall by three ground wire, when the footing resistance is 10 ohm, the back stroking rate by three ground wire is 83 percent of by two ground wire

    在分析輸電線路繞擊耐雷性能時，對線路的雷電屏蔽問題進行了分析，提出對擊距法進行改進，充分考慮了風速的影響因素，編寫了具有工程實用價值的計算線路繞擊耐雷水平的程序，此方法可以充分考慮線路結構和雷電參數等對繞擊率的影響。通過對影響500kv同桿雙回線路雷擊跳閘率的各種因素進行了計算和分析，得到以下結論：採用相交法的計算結果比定義法更符合實際運行情況。採用不平衡高絕緣方式和導線逆相序排列可以大大降低雙回同時跳閘率。
  4. Conclusion are drought as follow by studying the lightning protection performance for 500kv yafu transmission line : the outage rates is in 0. 32 flashes / year by regulations method

    通過對鴨福500kv輸電線路耐雷性能的研究，得到以下結論：規程法計算結果表明該線路跳閘率在0 . 32次年
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