Project

⽤探究式翻轉之團隊合作學習讓電機機械轉起來 

Motivate the Electric-Machinery Professionalism Using Inquiry-Based Flipped Teamwork Learning

因應汽電共生/再生能源/儲能設備併網下之臺灣多元新型態特殊輸電網路架構之故障定位技術研究 

Study of Fault Location Techniques for Multi-Type New And Special Transmission Network Structures in Taiwan under the Grid Interconnection of Cogeneration/Renewable Energy/Energy Storage Facilities

研發不受非同步量測影響之多端階層式多區段線徑無換位/雙回路廣域輸電網路故障定位系統(2/2)-優秀年輕學者研究計畫 

(Development of A Fault Location System for Multi-Terminal with Hierarchical Nonhomogeneous Untransposed/Double-Circuit Wide-Area Transmission Grids Unaffected by Unsynchronized Measurement Problems 2/2)-Excellent Young-Scholar Research Project

研發不受非同步量測影響之多端階層式多區段線徑無換位/雙回路廣域輸電網路故障定位系統(1/2)-優秀年輕學者研究計畫 

(Development of A Fault Location System for Multi-Terminal with Hierarchical Nonhomogeneous Untransposed/Double-Circuit Wide-Area Transmission Grids Unaffected by Unsynchronized Measurement Problems 1/2)-Excellent Young-Scholar Research Project

基於新型非同步非疊代相量運算技術之雙端/三端多區段複合輸電線路及設置差流電驛環型輸電線路整合型故障定位系統設計II

(Design of a New Integrated Fault Location System for Two- and Three-End Multisection Compound Transmission Lines and Ring-Type Transmission Lines Equipped with Current Differential Relays Based on Unsynchronized and Non-Iterative Phasor Computing II)

基於新型非同步非疊代相量運算技術之雙端/三端多區段複合輸電線路及設置差流電驛環型輸電線路整合型故障定位系統設計

(Design of a New Integrated Fault Location System for Two- and Three-End Multisection Compound Transmission Lines and Ring-Type Transmission Lines Equipped with Current Differential Relays Based on Unsynchronized and Non-Iterative Phasor Computing II)

研發具有最少電驛部署且非同步相量量測之非疊代型環狀輸電網路故障定位系統

(Development of A Noniterative Fault Location System for Ring-Topology Transmission Networks Based on Unsynchronized Phasor Measurements within Minimum Relays Deployed )

研發新型失真量測訊號之穩態基頻相量擷取技術與基於非同步量測的三端子混合線徑輸電線路故障定位系統 

(Development of A New Fundamental-Frequency Phasors Acquisition Technique of Distorted Measurement Signals and A Fault Location System for Three-Terminal Hybrid Transmission Lines Using Unsynchronized Measurements )

風機海纜故障定位技術開發   

(Development of Fault Location Technique for Wind-Turbine Submarine Cables)

輸電線路多端子智慧故障定位系統功能提升   

(Function Improvement of Smart Fault Location System for Multi-Ended Transmission Lines)

電線路智慧故障定位系統設計  

(Design of Smart Fault Location System for Transmission Lines)

供電線路智慧故障定位系統開發計畫 

(Development of An Intelligent Fault Location System for Transmission Lines )