頁籤選單縮合
題名 | 文湖線行車地理資訊系統=Wenhu Transit Mapping Information Technology System |
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作者 | 阮達仁; 朱唯中; 李健男; 張國鴻; Roan, Da-ren; Chu, Wei-joung; Lee, Chien-nan; Chang, Kuo-hong; |
期刊 | 軌道經營與管理 |
出版日期 | 20120700 |
卷期 | 11 2012.07[民101.07] |
頁次 | 頁6-21 |
分類號 | 557.85 |
語文 | chi |
關鍵詞 | 中運量捷運系統; VAL256系統; CITYFLO650控制系統; 不斷電系統; Medium-capacity transit systems; MCTS; VAL256 system; CITYFLO650 control system; Uninterruptible power supply system; |
中文摘要 | 臺北捷運文湖線屬於無人駕駛之中運量捷運系統,原木柵線採用法國MATRA公司之VAL 256系 統,因路網延伸為文湖線,2009年7月4日全線系統轉換為加拿大Bombardier公司CITYFLO 650 控制系統。 2009年7月10日因中山國中站的不斷電系統斷電,造成整個文湖線號誌及通訊系統中斷,並導致 行控電腦當機;當日約有700名乘客被迫由捷運公司人員從軌道上的列車引導至站內,全線自下 午3時30分後停駛,直至7月11日早上6時才恢復正常營運。至2009年底陸續發生11次系統離線, 致使搭乘民眾抱怨、媒體及議員責難,嚴重打擊公司及市府形象,故而自行開發文湖線行車地理 資訊系統,彌補Bombardier行控系統缺憾,新增系統運轉所需功能,於故障發生時,可減少中斷 營運時間,進而提昇服務品質,確保行車安全。 |
英文摘要 | Taipei Metro Wenshan-Neihu Line is a medium-capacity transit system which is computerized, fully automated, and driverless. Originally, Muzha Line was operated by VAL 256 System, developed by MATRA in France. Due to the expansion of Wenshan-Neihu Line in July 4th, 2009, the whole system transferred to CITYFLO 650 Control System made by Bombardier in Canada. Due to the outage of UPS(Uninterruptible Power Supply)at Zhongshan Junior High School Station on July 10th, 2009, the whole Traffic Light System crashed, which included the Communication System and computers at the Operation Control Center of Wenhu Line. Seven hundred passengers were forced to evacuate from the train to the nearest station, led by station staff. Wenhu Line went out of service from 3:30 pm to 6:00 am the next morning. During July 10th, 2009 till the end of the year, the operation system of Wenhu Line crashed eleven times. These incidents generated heavy media interest and reprimands from the city council, tarnishing the image of Taipei Rapid Transit Corporation, and the government as well. As a result, we developed the Wenhu Transit Mapping Information Technology System to enhance the Bombardier control system. The new enhanced transit system will reduce the downtime following an outage, thereby improving customer service and overall safety. |
本系統之摘要資訊系依該期刊論文摘要之資訊為主。