最佳負荷分配 的英文怎麼說

中文拼音 [zuìjiāfùhéfēnpèi]
最佳負荷分配 英文
optimum load sharing
  • 最 : 副詞（表示某種屬性超過所有同類的人或事物） most; best; worst; first; very; least; above all; -est
  • 負 : Ⅰ名詞1 （負擔） burden; load 2 （虧損） loss 3 （失敗） defeat Ⅱ動詞1 [書面語] （背） carry on th...
  • 荷 : 荷名詞（蓮） lotus
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 配 : Ⅰ動詞1 （兩性結合） join in marriage 2 （使動物交配） mate （animals） 3 （按適當的標準或比例加以...
  • 最佳 : the best; optimum
  • 負荷 : [電學] load; charge; weight
  1. Through multiple generation calculation, the minimum point of penalty function value was obtained, then the optimalc reduction distribution was found

    通過粒子群多代運算，求出罰函數值最小點，得到壓下負荷最佳分配點。
  2. The optical distribution of temperature along the furnace can be obtained with the optimized mathematical model, so as to reach optical heating - up process in the furnace, to improve productivity of the furnace and reduce consumption of resources

    運用該模型可方便地求得熱負荷沿爐長的最佳分配，從而達到加熱爐的最優工藝，提高加熱爐生產率、降低能源消耗。
  3. We propose a combined slf method to extrapolate feeder load growth by using feeder ' s history peak value and the merits of gray theory and genetic programming ( gp ). at first, we adopt load transfer coupling method to correct load history and its error for load transfer. secondly, we get the real power - supply area by using layer overlap analysis, based on practical feeder path and distribution gis map layer

    將gis的空間信息分析功能應用於配網空間負荷預測的研究：綜合利用灰色理論及遺傳規劃（ geneticprogramming ， gp ）的優點，提出了一種根據饋線的歷史峰值負荷進行外推的組合slf法：首先採用負荷耦合回歸法來修正負荷歷史，消除由於負荷轉移引起的誤差；然後根據實際饋線路徑和配網gis圖形分層，運用圖層疊加分析得到饋線的實際供電范圍；接著採用灰色關聯度聚類方法對饋線負荷增長曲線進行聚類分析；最後採用gp來對灰色聚類結果進行符號回歸，分別得到每一類曲線的最佳擬合曲線形式。
  4. With the method of this paper, we can get the optimum load distribution in working units and also can get the best combination of all the units in one power station

    結合對機組運行的特點和負荷變化特性分析，得出了燃煤火力發電廠現有機組間的最優組合和最佳負荷分配方案。
  5. The distribution gis data management methods and its application in distribution running are systematically researched, which compose distribution gis network topology analysis ( nta ) and optimal rush - maintain path ( orp ), and distribution planning, which composes distribution spatial load forecasting ( slf ) : ( 1 ) with systematic analysis on the relationship between spatial data model and spatial data structure, the distribution feature and the two common gis data models are analyzed, which are vector and raster data models. then the conceptual and logic data models of distribution gis are designed. the spatial data storage structure is given by using vector method, and their detailed data management methods are proposed

    （ 4 ）將gis的空間信息分析功能應用於配網空間負荷預測（ saptialloadforecasting ， slf ）的研究：綜合利用灰色理論及遺傳規劃的優點，提出了一種根據饋線的歷史峰值負荷進行外推的組合slf法：首先採用負荷轉移耦合法來修正負荷歷史，消除由於負荷轉移引起的誤差；然後根據實際饋線路徑和配網gis圖形分層，運用圖層疊加分析得到饋線的實際供電范圍；接著採用灰色關聯度聚類方法對饋線負荷增長曲線進行聚類分析；最後採用遺傳規劃來對灰色聚類結果進行符號回歸，分別得到每一類曲線的最佳擬合曲線形式。
  6. Load optimum allocation methods are studied specially. the economic running problems are used in mashi and fushi power station

    研究了水電站廠內經濟運行問題，重點研究了最佳負荷分配方法，並將水電站廠內經濟運行動態規劃模型應用於麻石水電站和浮石水電站。
  7. Thorough workload analysis, providing full recommendation report about the best physical database design configuration in the context of a submitted workload

    徹底的工作負荷分析，提供已提交工作負荷環境下最佳物理數據庫設計配置的完整建議報告。
  8. They abstract loads as points, and simplify the issue to find the point which makes running cost of electric power system minimum as optimal substation location. the single location optimal model is solved by the method of iteration which is often used to solve extremum problem. the multiple location optimal model is solved by the method which is called location, distribution by turns

    用得最多的模型是經典的單、多源連續選址模型，它將負荷抽象為幾何意義上的點，將求最佳所址簡化為求使網路運行費最小的點的坐標，單源連續選址採用數學優化方法中求極值的迭代求解，多源連續選址通常採用交替選址?分配法求解。
  9. The rule for the determination of the optimal installation places is put forward with the consideration of reactive load changes. the method for reactive power optimal compensation based on the optimal incremental active loss is investigated in details. the impact of reactive power compensation on network voltages is discussed in the following

    在無功優化方面，探討了無功補償裝置的最佳安裝地點，並給出了無功負荷變動情況下無功補償裝置最佳安裝地點的選擇原則，深入分析了按無功經濟當量的無功最優補償方法以及補償對配電網電壓的影響。
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