Page 39 - 台電綜合研究所簡介About TPRI

(2) 345kV 架空輸電線路之雷擊風險評估研究
(Research on Lightning Strike Risk
Assessment of 345kV Overhead
Transmission Line)
(3) 2015~2020 年台電輸電線路雷害網格圖之研究
(Research on Lightning Damage Grid Map of
Taiwan Power Transmission Lines from 2015
to 2020)
(4) 台灣科學園區夏季落雷強度之大數據分析與 AI
預估模型研究 (A Research for Big Data 高雄科學園區 2022 年雲中(IC)及
Analysis and AI Modelling in Strength of 雲對地(CG)雷擊分布情形圖
Summer Lighting in Taiwan Science Park) Distribution for the intra-cloud
(IC) and cloud-to-ground (CG)
lightning strikes of Kaohsiung
。 鹽害防制與礙子特性 Science Park in 2022

The Characteristics of Insulators and
Countermeasures for Salt-contamination
1. 大 氣 污 染 對 輸 電 線 路 礙 子 絕 緣 狀 況 影 響 之 研 究 (Study of Environmental
Pollution Effects on Insulators of Transmission Lines)
2. 彰濱地區即時鹽害預警系統模型建立之研究(The Study of Modeling for Salt
Contamination Warning System in Zhangbin Area)
3. 深 度 學 習 應 用 於 礙 子 洩 漏 電 流 推 估 之 研 究 (Research on Insulator Leakage
Current Estimation Using Deep Learning)

4.

即時礙子鹽霧害監測系統 日間紫外光 夜間目視
Real-time Salt Contamination Monitoring System UV at Day Visual at Night

 電力設備即時動態模擬技術發展應用
Application of Real-Time Simulation for Power System Equipment

。 電力系統即時電磁暫態模擬分析技術
Power System Real-Time Electromagnetic Transient (RT-EMT) Simulation
and Analysis

1. 即時電磁暫態模型建立 (RT-EMT Based Modeling)
(1) 台灣 345/161kV 電力系統模型(Taiwan 345/161kV Power System Model)
(2) 變流器電源模型(Inverter-based Resources Model)

35