grid loss 中文意思是什麼

grid loss 解釋
柵極損耗
  • grid : n 1 格子,格柵。2 (蓄電池的)鉛板。3 【無線電】柵級。4 鐵道網;【電學】電力網;〈英國〉(全國)...
  • loss : n. 1. 喪失;丟失,遺失。2. 減損,損失,虧損(額);損耗;減少,下降。3. 失敗;輸掉。4. 錯過;浪費。5. 損毀;【軍事】傷亡;〈pl. 〉 傷亡及被俘人數。
  1. Along with the a enhancing proportion of hydroelectricity in the whole electricity system in our country, the increase of the single unit capacity, the faults ratio of the large - scale hydropower units is more and more important to the whole system safe operation, if we do n ' t manage it well, it will cause the collapse of the whole system and bring a great loss of country ' s economy, hi addition, accompany with " to dispart plant and grid, connect to the grid according to the price " put into practice, how to control the production cost of the power plant has to be put into consideration

    隨著我國水電在系統中所佔比重的增加及單機容量的增大,大型水電站和機組的故障率對系統的安全運行也越來越重要,如果處理不好,甚至會引起整個系統的崩潰,給國家帶來巨大的損失。另外,隨著我國「廠網分開,競價上網」的逐步實施,如何控制發電廠的生產成本,也將提上各個電廠的議事日程。
  2. In the meantime, foster and others at the argonne national laboratory and the globus alliance continue to forge ahead with the creation of additional grid computing standards, particularly those involving information sharing and security - a particular hot button for many companies interested in grid computing but concerned about the loss of sensitive data

    同時, foster和在argonne national laboratory和globus alliance的其他人繼續制定附加的網格計算標準,特別是關于信息共享和安全的標準對于許多對網格計算感興趣,但又擔心丟失敏感數據的公司來說是特別好的標準。
  3. Several examples show the merits of the proposed pricing model in measuring line using rate, loss allocation, visualization and solution speed. so the proposed model is very suitable for large grid ' s transmission pricing

    多個算例展示了本文所提出的模型在衡量線路使用率、網損分攤、可視化以及求解輸電方面的優點,因此所提出的模型是可以應用到大型網路的輸電計費實踐中。
  4. Guide of calculation of grid energy loss

    電力網電能損耗計算導則
  5. A current limiter is designed to react to and absorb unanticipated power disturbances in the utility grid, preventing loss of power to customers or damage to utility grid equipment

    故障電流限制器能夠對公用電網中意外的電力干擾作出反應並消除這些干擾,防止客戶的電能損失,防止損壞公用電網設備。
  6. Full - sealed assembling capacitor is applied to ac power system 50 60hz with rated voltage of 6kv 10kv 35kv for improving power factor and quality of power grid, reducing transmission loss and raising the efficiency of power transmission transformation facilities

    全密封集合式並聯電容器,主要用於工頻50hz或60hz ,額定電壓6kv 10kv及35kv的交流電力系統中用來提高功率因數改善電網質量降低線路損耗,充分發揮輸變電設備效能。
  7. High voltage shunt capacitor installation is applied to ac po - wer system with 50hz for raising power factor, adjusting voltage of power grid, reducing transmission loss and raising the efficiency of transmission transformation facilities, so as to improve the quality of power supply

    高壓並聯電容器成套裝置適用於工頻電力系統中,用以提高功率因數調整電網電壓,降低線路損耗,充分發揮設備效力,改善供電質量。
  8. High voltage shunt capacitor installation is applied to ac power system with 50hz for raising power factor, adjusting voltage of power grid, reducing transmission loss and raising the efficiency of transmission trans - formation facilities, so as to improve the quality of po - wer supply

    高壓並聯電容器成套裝置適用於工頻輸配電系統中,用以提高功率因數,調整電網電壓,降低線路損耗,充分發揮設備效率,改善供電質量。
  9. Full - sealed assembling capacitor is applied to ac power sys - tem 50 60hz with rated voltage of 6kv 10kv 35kv for improving power factor and quality of power grid, reducing transmission loss and raising the efficiency of transmission transformation faciliti - es. this type of capacitor has an assembling full - sealed struc - ture, and it is comprised of capacitor unit body, container, insula - ition cooling impregnant, outlet ceramic bushing, pressurereleas -

    額定電壓6kv 10kv及35kv的交流電力系統中用來提高功率因數改善電網質量,降低線路損耗,充分發揮輸變電設備效能。本產品為裝配式全密封結構。主要由器身波紋油箱絕緣冷卻油出線套管壓力釋放閥溫度控制器等部件組成。
  10. The paper brings out a few of measures to save energy including rational planning of grid, improvement of line loss management, public line, reactive compensation on - spot, promotion of single - phase transformer and elimination of timeworn facilities, etc

    提出了多種途徑的節能措施,包括合理規劃電網、加強線損管理、完善公用線路、公用臺變無功就地補償、推廣單相變、淘汰落後用電設備等。
  11. Aimed at a designated grid, two kinds of incremental power loss curves are studied

    由於電源點離負荷中心的電氣距離不同,形成了兩種典型的發電偏離電量網損微增特性。
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