查詢結果分析
來源資料
相關文獻
- Design of Shunt Reactor Controllers using an Optimization Programming Approach for the Damping of Synchronous Generators
- Determining Optimal Excitation Controller Gains via an Optimization Programming Approach for the Damping of Synchronous Generators
- 利用模擬結晶法決定最佳激磁控制器增益以抑制同步發電機之振盪
- 無載發電機非對稱性故障之分析
- 同步發電機電力逆向成因探討及其電驛保護概論
- 同步發電機併聯電控迴路探討
- 利用最佳規劃法設計靜態虛功控制器以增進同步發電機之阻尼
- Dynamic Performance Test and Improvement of Static Excitation Systems for Synchronous Generators Suffering Voltage Flicker Disturbances
- 同步機穩態運轉之激磁效應及其失磁保護
- 模糊理論設計同步發電機電壓調整之實作
頁籤選單縮合
題名 | Design of Shunt Reactor Controllers using an Optimization Programming Approach for the Damping of Synchronous Generators=利用最佳規化法設計並聯電抗控制器以增進同步發電機之阻尼 |
---|---|
作者姓名(中文) | 李象; | 書刊名 | 正修學報 |
卷期 | 10 1997.07[民86.07] |
頁次 | 頁113-122 |
分類號 | 448.942 |
關鍵詞 | 並聯電抗控制器; 同步發電機; |
語文 | 英文(English) |
中文摘要 | 本文提出一設計並聯電抗控制器之新過程用以增加同步發電機之阻尼。此設計過 程採用最佳規劃技巧來設計控制器。藉由所提的方法,將可在控制器的增益參數空間中,找 出一組最佳的增益值。文中,採用了多階段式的逐步趨近法來降低控制器參數的搜尋時間。 為展現控制器在其它工作條件下的強鍵控制性,文中建立了一發電機工作點的式樣圖( OPP )。 由於每次搜尋控制器參數的過程中,已考慮了 OPP 上的所有點,因此在寬廣的工作條 件下,同步發電機獲得良好阻尼特性是可預期的。為驗證所提方法的有效性,特徵值分析、 時域模擬分析及與傳統控制器設計法間的比較分析均將在文中一一地被加以執行。 |
英文摘要 | A novel procedure of designing shunt reactor controllers for the damping of synchronous generators is investigated in this paper. To obtain good performances over a wide range of operating conditions, the optimization programming technique is used to accomplish the controller's design. The fixed-gain parameters of the designed controller can be sought and achieved in a feasible solution space of controller gains via the proposed technique. A multi-step gradual approach method is taken to reduce the searching time of controller parameters. For the purpose of robust performances, an operating point's pattern (OPP) is therefore constructed. Since the points on the OPP are always considered in each process of seeking controller gains, good damping characteristics on synchronous generators under other operating conditions can be achieved. Eigenvalue analyses, time domain simulations and analyses compared with conventional design for fixed-gain controllers are all performed in order that the good damping in synchronous machines can be demonstrated. |
本系統之摘要資訊系依該期刊論文摘要之資訊為主。