電機工程系(所) | ||
學經歷: | ||
學歷: 台大電機碩士 台大電機博士 經歷: 台灣科大電機系教授 1993/8至今 台灣科大電機系副教授 1988/8-1993/7 海洋大學電機系兼任教授 1995/2-2009/7 台北市政府採購申訴審議委員會委員 2000/1-2004/12 台灣科大電算中心技術諮詢推廣組組長 2005/2-2006/1 台灣科大產學合作中心執行長 2006/2-2007/1 |
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專業技術 | ||
電力品質分析與改善 發電機動態分析與穩定度 磁場屏蔽與電磁干擾防制 變電所與電力線電磁場量測與計算 |
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研究成果與計畫 | ||
榮譽獎項 台科大電機系教學優良教師 教授課程 電力品質,電磁學,電磁波,電力系統,電力系統動態分析 國科會計畫 98 海底電纜輸電系統暫態分析 97 海底電纜輸電系統暫態分析 96 海底電纜輸電系統暫態分析 95 電力品質計算分析與改善(2/2) 95 電力品質計算分析與改善(II) 94 電力品質計算分析與改善(1/2) 94 電力品質計算分析與改善(I) 94 輸電線路三維磁場計算程式應用開發與抑低技術之研究 94 台電變電所磁場強度量測計畫案 93 電力品質計算分析與改善 93 電力品質分析與提升之研究---電力品質計算分析及改善 92 電力品質分析、監測與改善之研究---子計畫I:電力數量計算對電力品質管制與改善之影響(III) 92 電業之變電設施磁場分佈之研究 92 電力數量計算對電力品質管制與改善影響(3/3) 92 電力線通訊之傳輸模式與特性研究 91 電力品質分析、監測與改善之研究---子計畫I:電力數量計算對電力品質管制與改善之影響(II) 91 變電所電力頻率磁場強度監測調查計畫 91 電力數量計算對電力品質管制與改善影響(2/3) 90 電力品質分析、監測與改善之研究-子計畫一:電力數量計算對電力品質管制與改善之影響(I) 90 工作場所中電力頻率電磁干擾災害防止技術研究-磁場測量及對儀控設備干擾之分析 90 電壓閃爍對通霄電廠變電所69KV變壓器負載分接頭切換器動作之影響 90 電力數量計算對電力品質管制與改善影響(1/3) 89 防止感電之接地安全技術研究 89 直流電弧爐的諧波特性分析與濾波器設計 89 電力品質分析與改善---子計畫I:在豐富諧波電流源條件下併聯共振分析與濾波器設計(II) 89 電力品質分析與改善---子計畫I:在豐富諧波電流源條件下併聯共振分析與濾波器設計(III) 89 直流電弧爐廠的諧波特性分析與濾波器設計 89 在豐富諧波電流源條件下併聯共振分析與濾波器設計(3/3) 88 利用靜態調相器改善電壓閃爍問題之研究 88 電力品質分析與改善---子計畫I:在豐富諧波電流源條件下並聯共振分析與濾波器設計 88 在豐富諧波電流源條件下併聯共振分析與濾波器設計(2/3) 87 電力系統品質分析與改善---子計畫二:高壓配電饋線的諧波調查與抑制策略(III) 87 電焊機自動電擊防止裝置之改良 87 利用靜態調相器改善電壓閃爍問題之研究 87 在豐富諧波電流源條件下併聯共振分析與濾波器設計(1/3) 86 高壓配電饋線的諧波調查與抑制策略(III) 85 電力系統品質分析與改善---子計畫二:高壓配電饋線的諧波調查與抑制策略 85 電力系統穩定度---子計畫二:不良電力品質對電動機及其驅動器動態行為之影響料 85 不良電力品質對電動機及其驅動器動態行為之影響(Ⅲ) 85 高壓配電饋線的諧波調查與抑制策略 (Ⅱ) 84 不良電力品質對電動機及其驅動器動態行為之影響(Ⅱ) 84 高壓配電饋線的諧波調查與抑制策略 (Ⅰ) 83 不良電力品質對電動機及其驅動器動態行為之影響(一) 83 電壓閃爍源產生器製作及其應用 82電磁暫態程式在高壓電力系統暫態分析的應用 82高壓端電壓閃爍源對低壓用戶之影響 82三相四線式不平衡系統虛必v補償器之研製 81混合型電力系統模擬器之研製(二)系統合成與分析 81多機系統次同步共振之抑制策略 80混合型電力系統模擬器之研製(一)數位發電機 79利用數位虛必v補償器之負載補償與平衡控制 79單晶板可適性數位激磁控制器之研製 78電力系統諧波分析與濾波器設計 78數位虛必v補償器之研製與諧波保護
建教合作計畫 98 變電所電磁場強度調查研究計畫 台電公眾服務處 98 電弧故障斷路器應用於國內電氣線路與設備之有效性測試 行政院勞工委員會勞工安全衛生研究院 98 福海一次配電變電所電磁場強度量測及 華城電機股份有限公司 97 配電線路三維磁場計算程式應用開發與 台電綜合研究所 97 系統合聯技術研究 財團法人艾爾電器研究發展教育基金會 97 系統同步併聯自動化可行性研究 台電綜合研究所 97 中豐一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 97 建築照明系統與設備節能技術開發(2/3) 台灣科大頂尖計畫 96 彌力超高壓變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 96 后里超高壓變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 96 越港一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 96 建築照明系統與設備節能技術開發(1/3) 台灣科大頂尖計畫 96 太麻一次配電變電所電磁場強度量測及分析檢討 長興電機股份有限公司 96 公學一次配電變電所電磁場強度量測及分析檢討 長興電機股份有限公司 96 道爺一次配電變電所電磁場強度量測及分析檢討 亞力電機股份有限公司 95 「台灣~澎湖161KV電纜線路環境影響評估工作」電磁場調查評析財團法人中華顧問工程 95 社灣一次配電變電所電磁場強度量測及計算書 泰興工程顧問有限公司 95 保定一次配電變電所電磁場強度量測及分析檢討 華城電機股份有限公司 95 和順一次配電變電所電磁場強度量測及分析檢討 華城電機股份有限公司 95 南興一次配電變電所電磁場強度量測及分析檢討 華城電機股份有限公司 95 東港一次配電變電所電磁場強度量測及分析檢討 華城電機股份有限公司 95 虎科一次配電變電所電磁場強度量測及分析檢討 華城電機股份有限公司 95 農一一次配電變電所電磁場強度量測及分析檢討 華城電機股份有限公司 95 社口一次配電變電所電磁場強度量測及分析檢討 華城電機股份有限公司 95 長發一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 95 潭工一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 95 五權一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 95 塘尾一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 95 成福一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 95 中大一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 95 三元一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 95 北資一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 94 古亭超高壓變電所電磁場強度計算及背景電磁場強度量測 財團法人中華顧問工程 94 迴龍一次配電變電所新建工程統包工程專案電磁場量測服務工作泰興工程顧問有限公司 94 94 年度台電變電所磁場強度量測計畫案 台電公眾服務處 94 輸電線路三維磁場計算程式應用開發與抑低技術之研究 台電綜合研究所 93 特殊用戶必v因數調查分析 台電綜合研究所 93 電磁波效能設計及評估研究 中國紡織工業研究中心 93 隘口一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 93 航太一次配電變電所電磁場強度量測及分析檢討 長興電機股份有限公司 93 潭南一次配電變電所電磁場強度量測及分析檢討 長興電機股份有限公司 93 林南一次配電變電所電磁場強度量測及分析檢討 中興電工機械股份有限公司 92 線西一次配電變電所電磁場強度計算 中興電工機械股份有限公司 92 鹿西北回過埤鹿野一次配電變電所電磁場強度量測 星能股份有限公司 92 竹嶺一次配電變電所電磁場強度量測及分析檢討 華城電機股份有限公司 92 必v因數各種定義造成電費差異之研究 台電綜合研究所 92 電業之變電設施磁場分佈之研究 台電綜合研究所 92 電力線通訊之傳輸模式與特性研究 台電綜合研究所 92 配電饋線轉供暫態電力潮流改善策略 台電綜合研究所 92 停電作業之臨時安全接地技術研究 勞委會勞工安全衛生研 91 深美~大豐161kV 輸電線#16、#18 塔基工程檢討報告-電磁場調查上境科技股份有限公司 91 台北大眾捷運系統初期路網營運階段電流干擾監測分析 新系環境技術有限公司 91 變電所電力頻率磁場強度監測調查計畫 台電公眾服務處 91 工作場所中電磁干擾災害防止技術研究 (二)-無線電頻率 勞委會勞工安全衛生研 90 電壓閃爍對通霄電廠變電所69kV 變壓器負載分接頭切換器動作之影響台電綜合研究所 90 工作場所中電力頻率電磁干擾災害妨止技術研究—磁場量測及對儀控設備干擾之分析勞委會勞工安全衛生研 90 總行西大樓高壓變電站電力頻率磁場改善評估研究計畫案 台灣銀行 89 電壓閃爍對通霄電廠數位勵磁式發電機動態特性之影響 台電 89 電壓閃爍對通霄電廠數位勵磁式發電機動態特性之影響 台電綜合研究所 88 電力系統可靠度研究計畫 能委會 88 電壓閃爍量測分析研究計畫 能委會 87 編製電氣安全技術資料 勞委會 87 漣波負載直接控制示範計畫 台電 86 電壓閃爍對通宵電廠發電機組動態穩定度之影響及改善方法 台電 86 電焊機自動電擊防止裝置之改良 勞委會 84 通霄電廠裝置電壓閃爍補償器之研究 台電 83 臥龍變電所直接控制尖峰負載之研究 台電 83 161kV 級大型鋼鐵廠電力品質特行研究 台電 83 移動式起重機感電事故之防止對策研究 勞委會勞工安全衛生研 83 蓄電池儲能系統動態模擬與保護策略 工研院能資所 82 防止感電災害之絕緣設備性能測試研究 勞委會勞工安全衛生研 81 雙向通信控制實際應用於台電配電饋線之研究 台電 81 機房補償電容器保護策略之研究 台灣北區電信管理局 81 民國九十五年地區供需不平橫下 345/765KV 幹線系統最佳規劃台電系統規劃處 79 雙向通訊控制示範系統測 台電 期刊論文 [1] 吳啟瑞、楊成發、王珠麗、李尚懿、楊坤昇、蔡介銘:地下輸電管路相序排列對磁場之影響,台電工程月刊,Vol. 714,pp. 13-22。(2008) [2] 吳啟瑞、張憲章、李尚懿、簡清山、林添益:地下輸電電纜管路減磁改善實例分析,台電工程月刊,Vol. 716,pp. 44-60。(2008) [3] 吳啟瑞、楊成發、王珠麗、李尚懿、周佳德、洪建斌:161kV涵洞較佳電纜相序排列於降低磁場之探討,台電工程月刊,Vol. 713,pp. 30-37。(2008) [4] Ping-Heng Ho and Chi-Jui Wu, “Transient Analysis of the 161-kU Taiwan-PengHu Submarine Power Cable System", paper accepted and to appear in European Transactions on Electrical Power, 2008. 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Huang, “Pole Placement Design of Decentralized Output Feedback Power System Stabilizers Using Hybrid Differential Evolution”, Journal of Marine Science and Technology, Vol. 15, No. 4, pp. 339-350, 2007. (sci, EI) [9] Wang, S. C., P. H. Huang, C. J. Wu, and Y. S. Chuang, “Direct Coherency Identification of Synchronous Generators in Taiwan Power System Based on Fuzzy C-Means Clustering”, ICICE Trans. On Fundamentals, Vol. E30-A, No. 10, pp. 1-9, 2007. (sci) [10] Chang, Y. P., C. Low, and C. J. Wu, “Optimal Design of Discrete-Value Passive Harmonic Filters Using Sequential Neural-Network Approximation and Orthogonal Array”, IEEE Trans. On Power Delivery, Vol. 23, No. 3, pp. 1813-1821, 2007. 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(sci, NSC93-2213-E-011-082) [35] Guan, J. L., J. C. Guan, and C. J. Wu, “A Novel Method for Estimating Voltage Flicker”, IEEE Trans. on Power Delivery, Vol. 20, No. 1, pp. 242-247, 2005. (sci) [36] Chang, Y. P. and C. J. Wu, “Optimal multi-objective planning of large scale passive harmonic filters using hybrid differential evolution method considering parameter and loading uncertainty”, IEEE Trans. on Power Delivery, Vol. 20, No. 1, pp. 408-416, 2005. (sci) [37] Chang, Y. P. and C. J. Wu, “Hybrid differential evolution and probability method applied to optimal multi-objective planning of large scale harmonic filters”, International Journal of Electrical Engineering, Vol. 12, No. 1, pp. 63-74, 2005. (EI) [38] Guan, J. L., J. C. Gu, and C. J. Wu, “Real-time measurement approach for tracking the actual coefficient of ΔV/ΔV10 of electric arc furnaces”, IEEE Trans. Power Delivery, Vol. 19, No. 1, pp. 309-319, January, 2004. (sci) [39] Wu, C. J., C. P. Huang, T. H. Fu, T. C. Zhao, and H. S. Kuo, “Power factor investigation of electric arc furnace loads: comparison of IEEE Standard 14359-2000 and other definitions”, International Journal of Electrical Engineering, Vol. 11, No. 3, pp. 193-203, 2004. (EI) [40] Wu, C. J. and Y. S. Chuang, “A practical Experience about dynamic performance and stability improvement of synchronous generators”, Journal of Marine Science and Technology, Vol. 11, No. 3, pp. 164-173, 2003. (EI) [41] Wu, C. J. and T. H. Fu, “Effective voltage flicker calculation algorithm using indirect demodulation method”, IEE Proceedings-Generation, Transmission and Distribution, Vol. 150, No. 6, pp. 493-500, July, 2003. (sci, NSC-90-2213-E-011-064) [42] Fu, T. H. and C. J. Wu, “Data compression of voltage flicker waveforms using discrete wavelet transform”, Journal of the Chinese Institute of Electrical Engineering, Vol. 10, No. 2, pp. 107-115, May, 2003. (EI,NSC-89-2213-E-011-168) [43] Wu, C. J. and T. H. Fu, “Data compression applied to electric power quality tracking of arc furnace load“, Journal of Marine Science and Technology, Vol. 11, No. 1, pp. 39-47, March, 2003. (EI, NSC-90-2213-E-011-064) [44] Chuang, Y. S., C. J. Wu, Y. Y. Yen, and T. Y. Guo, “Dynamic performance test and improvement of static excitation systems for synchronous generators suffering voltage flicker disturbances”,Journal of the Chinese Institute of Electrical Engineering, Vol. 10, No. 1, pp. 83-90, February, 2003. (EI) [45] Fu, T. H. and C. J. Wu, “Load characteristics analysis of ac and dc arc furnaces using various power definitions and statistic method”, IEEE Trans.Power Delivery, Vol. 17, No. 4, pp. 1099-1105, October, 2002. (sci, NSC-89-2213-E-011-168) [46] Lee, S.Y. and C.J. Wu, "Reactive power compensation and load balancing for unbalanced three-phase four-wire system by a combined system of an SVC and a series active filter", IEE Proceedings-Electrical Power Applications, Vol. 147, No. 6, pp. 563-571 (November 2000) (sci, NSC-88-TPC-E-149-001) [47] Wu, C.J., S.S. Yen,W.N. Chang, C.N. Cheng, C.H. Li, and T.Y. Guo, "Enhancement of static excitation system performance for generator near electric arc furnace loads", IEEE Trans. Energy Conversion, Vol. 14, No. 2, pp. 225-231. (June 1999) (sci, TPC, NSC85-2213-E-011-077) [48] Lee, S.Y. and C. J. Wu, "Combined compensation structure of an SVC and an active filter for unbalanced three phase distribution feeders with harmonic distortion", Electric Power Systems Research, Vol. 46, pp. 243-250, 1998. (sci, NSC82-0404-E-011-204) [49] Wu, C.J., C.H. Hu, Y.Y. Yen, C.C. Yin, C.C. Chiu, and Y.M. Lee, "Application of regression model to predict harmonic voltage and current growth trend from measurement data at secondary substation", IEEE Trans. Power Delivery, Vol. 13, No. 3, pp. 793-799. (July, 1998) (sci, nsc86-2213-E-011-029) [50] Wu, C.J., J.C. Chiang, Y.Y. Yen, C.J. Liao, J.S. Yang, and T.Y. Guo, "Investigation and mitigation of harmonic amplification problems caused by single-tuned filters", IEEE Trans. Power Delivery, Vol. 13, No. 3, pp. 800-806. (July, 1998) (sci, nsc86-2213-E-011-029) [51] Chang, W.N., C.J. Wu, and S.S. Yen, "A flexible voltage flicker teaching facility for electric power quality education", IEEE Trans. Power Systems, Vol. 13, No. 1, pp. 27-33. (February, 1998)(sci, nsc84-2213-E-011-037) [52] Chiang, J.C., C.J. Wu, and S.S. Yen, "Mitigation of harmonic disturbance at pumped storage power station with static frequency converter", IEEE Trans. Energy conversion, Vol. 12, No. 3, pp. 232-240. (September 1997) (sci) [53] Hu, C.H., C.J. Wu, S.S. Yen, Y.W. Chen, B.A. Wu, and J.S. Hwang, "Survey of harmonic voltage and current at distribution substation in northern Taiwan", IEEE Trans. Power Delivery, Vol. 12, No.3, pp. 1275-1284. (July, 1997) (sci, nsc85-2213-E-011-077) [54] Wu, C.J. and W.N. Chang "Developing a harmonics education facility in a power system simulator for power engineering education", IEEE Trans. Power Systems, Vol. 12, No. 1, pp. 22-29. (February, 1997) (sci, nsc84-2213-E-011-037) [55] Lu, C.F., C.C. Liu, and C.J. Wu, "Dynamic modelling of battery energy storage system and application in power system stability", IEE Proceedings-Generation, Transmission, and Distribution, Vol. 142, No. 4, pp. 429-435. (July, 1995) (sci) [56] Lu, C.F., C.C. Liu, and C.J. Wu, "Effect of battery energy storage system on load frequency control considering governor deadband and generation rate constraint", IEEE Trans. Energy Conversion, Vol. 10, No. 3, pp. 555-561. (September, 1995) (sci) [57] Chang, W.N. and C.J. Wu, "Developing static reactive power compensators in a power system simulator for power education", IEEE Trans. Power Systems, Vol. 10, No. 4, pp. 1734-1741. (November, 1995) (sci, nsc82-0404-E-011-204) [58] Lee, Y.C. and C.J. Wu, "Damping of power system oscillations with output feedback and strip eigenvalue assignment", IEEE Trans. Power Systems, Vol. 10, No. 3, pp. 1620-1626 (August, 1995) (sci, nsc81-0404-E-011-553) [59] Wu, C.J. and C.F. Lu, "Damping torsional oscillations by a superconducting magnetic energy storage unit," Electric Machines and Power Systems, Vol. 22, No. 1, pp. 1-16 (1994). (sci) [60] Wu, C.J., C.M. Liaw, and S. Y. Lee, "Microprocessor-based static reactive power compensators for unbalanced loads", Electric Power Systems Research, Vol. 31, pp. 51-59 (1994). (sci, nsc80-0404-E-011-08) [61] Lee, S.Y. and C.J. Wu, "On-line reactive power compensation schemes for unbalanced three phase four wire distribution feeders," IEEE Trans. Power Delivery, Vol. 8, No. 4, pp. 1958-1965 (1993). (sci, nsc80-0404-E-011-08) [62] Wu, C.J. and Y.S. Lee, "Application of simultaneous active and reactive power modulation superconducting magnetic energy storage unit to damp turbine-generator subsynchronous oscillations," IEEE Trans. Energy Conversion, Vol. 8, No. 1, pp. 63-70 (1993). (sci) [63] Wu, Chi-Jui and Ching-Jang Wu, "Voltage profile correction of a load bus by static reactive power compensators with qutization controllers, " Electric Power Systems Research, Vol. 25, No. 1, pp. 47-58 (1992). (sci, nsc80-0404-E-011-08) [64] Wu, C.J. and C.H. Wang, "Damping of power system oscillations by an active and reactive power modulation superconducting magnetic energy storage unit," Electric Power Systems Research, Vol. 24, No. 1, pp. 65-72 (1992). (sci) [65] Lee, Y.S. and C.J. Wu, "Application of superconducting magnetic energy storage unit on damping of turbogenerator subsynchronous oscillation," IEE Proceedings part C, Vol. 138, No. 5, pp. 419-426 (1991). (sci) [66] Wu, C.J. and Y.S. Lee, "Damping of synchronous generator by static reactive power compensator with digital controller," IEE Proceedings part C, Vol. 138, No. 5, pp. 427-433 (1991). (sci, nsc80-0404-E-011-08) [67] Wu, C.J. and C.H. Wang, "Damping of power system oscillation by a superconducting magnetic energy storage unit," Electric Power Systems Research, Vol. 22, No. 1, pp. 19-25 (1991). (sci) [68] Wu, C.J. and Y.S. Lee, "Application of superconducting magnetic energy storage unit to improve the damping of synchronous generator, "IEEE Trans. on Energy Conversion, Vol. 6, No. 4, pp. 573-578, (1991). (sci) [69] Hsu, Y.Y. and C.J. 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研討會論文 [1] Chi-Jui Wu and Shu-Chen Wang, “An Effective Computation Algorithm of Voltage Flicker Severity for Electric Arc Furnaces,” Proceedings of the IEEE Power & Energy Society 2008 General Meeting, Paper No. PESGM2008-000793, pp.1-6, Jul. 20-24, 2008. (EI) (ISBN: 978-1-4244-1906-7) [2] Shu-Chen Wang, Yu-Jen Chen, and Chi-Jui Wu, “Measurement of Voltage Flicker and Implementation Using FPGA,” Proceedings of the 7th WSEAS International Conference on Instrumentation, Measurement, Circuits and Systems (IMCAS '08), pp.48-52, Apr. 6-8, 2008. (EI) (ISSN: 1790-5117) (ISBN: 978-960-6766-47-3) [3] Shu-Chen Wang, Chi-Jui Wu, and Ying-Pin Chang, “Optimal Planning of Harmonic Filters in an Industrial Plant Considering Uncertainty Conditions,” Proceedings of the 7th WSEAS International Conference on ELECTRIC POWER SYSTEMS, HIGH VOLTAGES, ELECTRIC MACHINES (POWER '07), pp.278-283, Nov. 21-23, 2007. (EI) (ISSN: 1790-5117) (ISBN: 978-960-6766-18-3) [4] Shu-Chen Wang, Yu-Jen Chen, and Chi-Jui Wu, “Equivalent Evaluation Method of Three-Phase Voltage Flicker Evaluation,” Proceedings of the 7th WSEAS International Conference on Power Systems (PE '07), Beijing, pp.90-96, Sep. 15-17, 2007. (EI) (ISSN: 1790-5117) (ISBN: 978-960-6766-07-7) [5] Yung-Sung Chuang, Shu-Chen Wang, Chi-Jui Wu, and Pei-Hwa Huang, “Design of Power System Stabilizers using Hybrid Differential Evolution,” Proceedings of the 7th WSEAS International Conference on Power Systems (PE '07), Beijing, pp.23-29, Sep. 15-17, 2007. (EI) (ISSN: 1790-5117) (ISBN: 978-960-6766-07-7) [6] Shu-Chen Wang and Pei-Hwa Huang, “Design of Power System Stabilizer via Fuzzy Cluster Analysis,” Proceedings of the International Conference on Information and Technology, pp.1-5, Jul. 5, 2007. [7] Chi-Jui Wu, Je-Hsiung Too, Sheng-Chih Yu, Sheng-Wen Yang, Jie-Ming Tsai, Pei-Hwa Huang, and Shu-Chen Wang, “Research of the Unbalance Current during Distribution Feeder Load Transfer,” Proceedings of the 27th Symposium on Electrical power engineering, pp. PC1.15.1-PC1.15.5, Dec. 22-23, 2006. (in Chinese) [8] Chi-Jui Wu, Je-Hsiung Too, Sheng-Chih Yu, Sheng-Wen Yang, Jie-Ming Tsai, Pei-Hwa Huang, and Shu-Chen Wang, “Current Variation during Distribution System Un-interrupted Load Transfer,” Proceedings of the 27th Symposium on Electrical power engineering, pp. PC1.14.1-PC1.14.6, Dec. 22-23, 2006. (in Chinese) [9] Shu-Chen Wang, Pei-Hwa Huang, and Chi-Jui Wu, “Application of Fuzzy C-Means Clustering in Power System Model Reduction for Controller Design,” Proceedings of the 5th WSEAS International Conference on Computational Intelligence, Man-Machine Systems and Cybernetics (CIMMACS '06), Venice, Italy, pp.223-227, Nov. 20-22, 2006. (EI) (ISSN: 1790-5095) (ISBN: 960-8457-56-4) [10] Shu-Chen Wang, Pei-Hwa Huang, and Chi-Jui Wu, “Application of fuzzy c-means clustering to power system coherency identification,” Proceedings of the 2006 MMACTEE/WSEAS International Conference on Mathematical Methods and Computational Techniques in Electrical Engineering, Bucharest, Romania, pp. 300-305, Oct. 16-18, 2006. (EI) (ISSN: 1790-5117) (ISBN: 960-8457-54-8) [11] Shu-Chen Wang, Pei-Hwa Huang, and Chi-Jui Wu, “Study on Fuzzy Models of Wind Turbine Power Curve,” Proceedings of the 2006 IASME/WSEAS International Conference on Energy & Environmental Systems, Chalkida, Greece, pp. 33-37, May 8-10, 2006. (EI) (ISSN: 1790-5095) (ISBN: 960-8457-44-0) [12] Wu, C. J. and Y. J. Chen, “Calculation of Three-Phase Voltage Flicker”, Proceeding of 2006 IEEE PES Transmission and Distribution Conference, Dallas, Texas, USA, 2006. [13] Wu, C.J., Y.Y. 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專利.專書.技術報告 [1] 吳啟瑞、楊成發、王珠麗:複合式極低頻磁場屏蔽之架構,中華民國專利證書M280530,2005。 [2] 吳啟瑞, "功_率因數各種定義造成電費差異之研究”,台電綜合研究所委託研究計畫報告, (2004). [3] 吳啟瑞, "電力數量計算對電力品質管制與改善影響(3/3)”,國科會委託研究計畫報告, (2004). [4] 吳啟瑞, "航太一次配電變電所電磁場強度量測及分析檢討”,長興電機股份有限公司委託研究計畫報告, (2004). [5] 吳啟瑞, "潭南一次配電變電所電磁場強度量測及分析檢討”,長興電機股份有限公司委託研究計畫報告, (2004). [6] 吳啟瑞, "線西一次配電變電所電磁場強度計算”,中興電工機械股份有限公司, (2004). [7] 吳啟瑞, "林南一次配電變電所電磁場強度量測及分析檢討”,中興電工機械股份有限公司, (2004). [8] 吳啟瑞, "電力數量計算對電力品質管制與改善影響(2/3)”,國科會委託研究計畫報告, (2003). [9] 吳啟瑞, "深美~大豐161kV 輸電線#16、#18 塔基工程檢討報告-電磁場調查”,上境科技股份有限公司委託研究計畫報告, (2003). [10] 吳啟瑞, "竹嶺一次配電變電所電磁場強度量測及分析檢討”,華城電機股份有限公司委託研究計畫報告, (2003). [11] 吳啟瑞, "鹿西北回過埤鹿野一次配電變電所電磁場強度量測”,星能股份有限公司委託研究計畫報告, (2003). [12] 吳啟瑞, "電力數量計算對電力品質管制與改善影響(1/3)”,國科會委託研究計畫報告, (2002). [13] 吳啟瑞, "台北大眾捷運系統初期路網營運階段電流干擾監測分析”,新系環境技術有限公司委託研究計畫報告, (2002). [14] 吳啟瑞, "總行西大樓高壓變電電力頻率磁場改善評估研究計畫案”,台銀總行總務室(二)委託研究計畫報告, (2001). [15] 吳啟瑞, "電壓閃爍對通霄電廠數位勵磁式發電機動態特性之影響”, 台電電力綜合研究所委託研究計畫報告, (2001). [16] 吳啟瑞, "直流電弧爐的諧波特性分析與濾波器之設計”國科會研究計畫報告, (2001). [17] 吳啟瑞, "電力品質分析與改善(3/3)-子計畫一:在豐富諧波電流源條件下併聯共振分析與濾波器”國科會研究計畫報告, (2001). [18] 吳啟瑞, "電壓閃爍量測分析研究", 能委會研究計畫報告, (2000). [19] 吳啟瑞, "在豐富諧波電流源條件下併聯共振分析與濾波器設計(二)", 國科會研究計畫報告, (2000). [20] 吳啟瑞, "漣波負載直接控制示範計畫”, 台電電力綜合研究所委託研究計畫報告, (2000). [21] 吳啟瑞, 電壓閃爍對通宵電廠發電機動態穩定度之影響及改善方法, 台電電力綜合研究所委託研究計畫報告, (1999). [22] 吳啟瑞, 臥龍變電所直接控制尖峰負載之研究, 台電電力綜合研究所委託研究計畫報告, (1997). [23] 楊成發, 吳啟瑞, 移動式起重機靠近架空高壓線之預警裝置改良設計與測試評估, 勞委會勞工安全衛生研究所委託研究計畫報告, (1997). [24] 吳啟瑞, 通宵電廠裝置電壓閃爍補償器之研究, 台電電力綜合研究所委託研究計畫報告, (1997). [25] 吳啟瑞, 高壓配電饋線的諧波調查與抑制策略(二),國科會研究計畫報告, NSC86-2213-E-011-029 (1997). [26] 吳啟瑞, 不良電力品質對電動機及其驅動器動態行為之影響(三),國科會研究計畫報告, NSC86-2213-E-011-037 (1997). [27] 楊成發, 吳啟瑞, 防止移動式起重機誤觸架空高壓線之預警裝置研製, 勞委會勞工安全衛生研究所委託研究計畫報告, (1996). [28] 吳啟瑞, 高壓配電饋線的諧波調查與抑制策略(一),國科會研究計畫報告, NSC85-2213-E-011-077 (1996). [29] 吳啟瑞, 不良電力品質對電動機及其驅動器動態行為之影響(二),國科會研究計畫報告, NSC85-2213-E-011-069 (1996). [30] 張朝陽, 吳啟瑞, 林志育, 顏榮良, 張文奇, 陸台根, "漣波控制系統之設計與其在配電饋線之應用", 電機技師第 52 期, pp. 87-96. (1995). [31] 吳啟瑞, 161kV 級大型鋼鐵廠電力品質特行研究, 台電電力綜合研究所委託研究計畫報告, (1995). [32] 吳啟瑞, 不良電力品質對電動機及其驅動器動態行為之影響(一), 國科會研究計畫報告, NSC84-2213-E-011-074 (1995). [33] 吳啟瑞, 電壓閃爍源產生器製作及其應用, 國科會研究計畫報告, NSC84-2213-E-011-037 (1995). [34] 吳啟瑞, 電磁暫態程式在高壓電力系統暫態分析的應用, 國科會研究計畫報告, NSC83-0404-E-011-002 (1995). [35] 吳啟瑞, 蓄電池儲能系統動態模擬與保護策略, 工研院能資所委託研究計畫報告, (1995). [36] 呂俊鋒, 劉群章, 吳啟瑞, 蓄電池儲能系統於電力系統之應用,電力電子技術第26 期, pp. 67-76, (1995). [37] 呂俊鋒, 劉群章, 吳啟瑞, 應用於負載頻率控制的蓄電池儲能系統增量模型, 中州工商專學報,Vol. 7,pp. 209-222,(1994). [38] 吳啟瑞, 防止感電災害之絕緣設備性能測試研究, 勞委會勞工安全衛生研究所委託研究計畫報告, (1994). [39] 辜志承與吳啟瑞, 高壓端電壓閃爍源對低壓用戶之影響, 台電電力綜合研究所委託研究計畫報告, (1994). [40] 李尚懿, 吳啟瑞, 楊成發, 顏世雄, 磁場障礙實例, 電機技師第40 期, pp. 46-49, (1993). [41] 吳啟瑞, 三相四線式不平衡系統虛必v補償器之研製, 國科會研究計畫報告, NSC82-0404-E-011-204 (1993). [42] 吳啟瑞, 雙向通信控制實際應用於台電配電饋線之研究, 台電電力綜合研究所委託研究計畫報告, (1993). [43] 吳啟瑞, 機房它]補償電容器保護策略之研究, 北區電信管理局委託研究計畫報告(1993). [44] 吳啟瑞, 混合型電力系統模擬器之研製(二)系統合成與分析,國科會研究計畫報告, NSC81-0404-E-011-573 (1993). [45] 吳啟瑞, 多機系統次同步共振之抑制策略, 國科會研究計畫報告, NSC81-0404-E-011-551 (1993). [46] 吳啟瑞, 混合型電力系統模擬器之研製(一)數位發電機, 國科會研究計畫報告, NSC80-0404-E-011-19 (1992). [47] 吳啟瑞, 單晶片可適性數位激磁控制器之研製, 國科會國科會研究計畫報告, NSC80-0404-E-011-08 (1992). [48] 吳啟瑞, 數位虛必v補償器之研製與諧波保護, 國科會研究計畫報告, NSC79-0404-E-011-05 (1991). [49] 吳啟瑞, 數位激磁控制器與電力系統穩定器之設計與製作, 國科會研究計畫報告, NSC78-0404-E-011-07 (1990). [50] 吳啟瑞, Design of Adaptive Power System Stabilizers and Static Var Controllers, Ph.D Thesis, NationalTaiwanUniversity (1988). [51] 吳啟瑞, Design of Optimal Controllers and Stabilizers for Electric Power System, M.Sc Thesis, NationalTaiwanUniversity (1985). [52] C. F. Tai, W. Y. Su, C. F. Yang, C. J. Wu, and S. S. Yen, "Alarm device designed to warn of danger of hitting high voltage power line by crane in motion", United States Pattern, No. 6124798, 2000. [53] 戴基福、蘇文源、楊成發、吳啟瑞、顏世雄:防止移動式起重機誤觸高壓電線之預警裝置,中華民國專利證書新型第142651 號,1998。 [54] 吳啟瑞、楊成發、王珠麗:複合式極低頻磁場屏蔽之架構,中華民國專利證書M280530,2005。
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