超高壓電路 的英文怎麼說
中文拼音 [chāogāoyādiànlù]
超高壓電路
英文
extra-high tension circuit- 超 : Ⅰ動詞1 （越過; 高出） exceed; surpass; overtake 2 （在某個范圍以外; 不受限制） transcend; go beyo...
- 高 : Ⅰ形容詞1 （從下向上距離大; 離地面遠） tall; high 2 （在一般標準或平均程度之上; 等級在上的） above...
- 壓 : 壓構詞成分。
- 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
- 路 : 1 （道路） road; way; path 2 （路程） journey; distance 3 （途徑; 門路） way; means 4 （條理） se...
- 超高 : 1 （鐵路彎線的外軌加高） superelevation2 （船的出水高度） freeboard; freeboard height3 super high...
- 電路 : [訊] circuit （ckt）; electric circuit; electrocircuit電路板 circuit board; 電路保持 guard of a c...
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In this thesis, the author analyses the deficiency in detecting and controlling function of the computer detecting and controlling system utilized in present transforming station. the strategy of design of software on operation and direction of 5 00kv transformer station is presented. it points out that we can deduce the mathematic analytical formula using the current, voltage and power of two terminals of transmission line as input. on this basis, we do realtime calculation of 500kv transmission line ' s parameter. we can also deduce the linear analytical formula of three - winding autotransformer ' s resistence using its current, voltage and power as input. the corresponding software is programmed on this basis
論文提出以輸電線路本端和對端電流、電壓、功率作為輸入量，導出了超高壓長線的波阻抗和傳播常數的數學解析式，在此基礎上進行了500kv輸電線路實時參數計算；提出以三繞組自耦變壓器的電流、電壓、功率為輸入量，導出了自耦變壓器繞組的電阻、電抗的線性解析式並進而對變壓器的實時參數進行計算；在此基礎上編制了相應的軟體。Calculation of electric field distribution near ehv power towers
超高壓輸電線路鐵塔附近的三維工頻電場計算Study on conductors turn over problem in 500kv ehv power transmission lines
超高壓輸電線路導線翻轉問題淺析Power - frequency electric field of ehv transmission lines under condition of complex landscape
復雜地勢下超高壓輸電線路的工頻電場Uitra - high voltage transmission line distance protection equipment
超高壓輸電線路距離保護裝置On electromagnetic environment below super - voltage lines
超高壓送電線路下方空間電磁環境的研究Vibration and anti - vibration measure to super high voltage power transmission lines
超高壓輸電線路的振動及防振措施While with the super hige voltage power network gradually built and the structure of system becoming more complex, the calculation time of optimization increases when the number of buses that need reactive power compensation is relatively large. especially, when the positions of compensation are uncertain, selecting the position of compensation can reduce time when reactive power optimizing
而且隨著超高壓電網的逐步形成，系統結構日趨復雜，需要安裝無功補償設備的母線比較多的時候，優化計算所需的時間將加長；尤其是在網路補償位置不確定的情況下，無功補償點的選擇就成為無功優化計算前節約時間的有效措施。This paper analyzed the types of obstacles of super - high voltage transmission line, and a kind of new typed configuration, which could stride over the obstacles on the transmission line, of double armed autonomous obstacle surmounting and touring inspection robot was put forward
分析了超高壓輸電線路障礙物的類型，提出了一種新的雙臂自主越障巡檢機器人構型，該構型能夠跨越輸電線路上的障礙物。In order to avoid the ehv system disaster caused by reclosing on the permanent fault of transmission line, adaptive autoreclosure based on microprocessor - based protection arises at the historic moment, but is still in the stage of theory study
為了避免超高壓輸電線路採用自動重合閘時重合於永久性故障所造成系統穩定破壞等重大系統災難，在微機保護的基礎上，自適應重合閘應運而生，但尚處于理論探索階段。Based on a set of multi - function intelligent security appliance, this text redesigned the hardware and software on the part of low voltage startup and power testing, not only condensed old hardware circuit but enhanced the stabilization of the hardware circuit, and made the testing precision of voltage, current and power no more than 2 % o measure, designed interlock protect of the whole system, and finished the experimental appliance
本文基於一套多功能智能電器安全測試儀，在低壓啟動，功率測量兩個方面在原有的基礎上重新設計了硬體，不但精簡了原來的硬體電路，而且提高了電路的穩定性。重新設計了軟體，使其電壓，電流，和功率的測量精度都不超過千分之二的量度標準，還對整個系統作了聯鎖保護的設計，並且做出了樣機。Based on the research project of my tutor the application of a new unified power flow controller in extra high voltage transmission lines operated in two phases, the existing principle of upfc and methods of the transmission lines operated in two phases, put the new upfc into hai - jin - jia 330kv extra high voltage transmission lines based on perfecting the framework of main net located in west of river in gansu which can improve the quality of electric power and ensure power transmission or transfer between the main net of gansu and the area of west of river
本文綜合分析了海-金-嘉330kv超高壓輸電線路在正常運行和故障情況下的諸多問題，在upfc的現有成果和非全相運行現有方案的基礎上，結合導師的研究課題? ?新型統一潮流控制器在超高壓輸電線路非全相運行中的應用。提出在完善甘肅河西主網架結構的基礎上，將新型的upfc應用於海-金-嘉330kv超高壓輸電線路，可以較好的解決電壓質量問題，確保甘肅主網與河西地區電網的功率傳輸、轉換。With the rapid development of the power cause, the voltage degree of the power transmission increases continually, the extra - high voltage ( ehv ) and ultra - high voltage ( uhv ) transmission lines appear in succession
隨著電力事業的快速發展，輸電電壓的等級不斷提高，相繼出現超高壓和特高壓輸電線路。On obstacle - navigation control of inspection robot for the extra - high voltage power transmission lines
超高壓輸電線路巡檢機器人越障控制問題的研究It is the conclusion that the heat absorbed by human body is too small to cause the thermal hurt to human under the present ehv transmission line in our country
研究表明，在我國現有的超高壓輸電線路下，人體所吸收的能量很小，因此從熱效應方面看不足以對人造成傷害。This paper addresses problems in linear quadratic optimal control of eht transmission line
本文論證了超高壓輸電線路線性二次優化控制的若干問題。( 3 ) the law and characteristic of electromagnetic transient process for the switching overvoltage in the electric network of power stations have been studied by analyzing the electromagnetic transient process of switching overvoltage in power station and specially approaching the surge overvoltage transferred from the switchgear station through power transformers
（ 3 ）通過分析廠站操作過電壓的電磁暫態過程及特性，特別是對超高壓開關站中的操作過電壓通過升壓電力變壓器傳遞的傳遞過電壓進行分析研究，研究了廠站電氣網路中過電壓的電磁暫態變化規律及特性。The following is the main points. haishrwan - jmchang - jiayuguan 330kv extra high voltage transmission lines is the weak line in gansu
本文研究的主要內容如下：海石灣金昌嘉峪關330kv超高壓輸電線路是甘肅電網中的薄弱環節。The iced insulators flashover is one of the main faults of the ehv transmission lines in icing regions. icing is especial form of pollution
對覆冰地區的超高壓線路，絕緣子覆冰引起的閃絡已經成為最主要的故障之一，對電力系統的安全運行造成了極大的威脅。Research on the countermeasure for the over limitation of the power frequency electric field caused by extra - high voltage transmission line
超高壓線路工頻電場超限值對策的研究分享友人