高速公路實施匝道電子收費下最佳費率與經濟效益評估之研究

Optimum Toll and Economic Benefit Evaluation under the Electronic Road Pricing at Ramps of the Expressway

賴禎秀(Chen-Hsiu Laih) ； 吳志仁(Chi-Jen Wu)

《運輸計劃季刊》 31卷1期 (2002/03) Pp. 37-57

https://doi.org/10.6402/TPJ.200203.0037

摘要

本文假設通勤者之通勤路徑除了收費之高速公路外，尚存在一條免費通行之平行替代道路可供選擇。在高速公路通勤尖峰時段實施匝道電子收費制之背景假設下，推導出高速公路在通勤時段之最佳費率模式。該費率模式涵蓋兩大部分：其一為每部行駛高速公路之車輛依其行駛里程之多寡所應繳納之用路塞本費；其二為確保高速公路效率使用所應收取之擁擠費，該擁擠費乃是屬於車流量等於道路設計容量時所應收取之階梯式擁擠收費架構。本文同時評估高速公路在實施匝道電子收費後可能帶來之經濟效益，該經濟效益指標乃是考量最佳費率實施後所預期減少與增加之社會成本後所得之結果，以供政府相關單位參考。

關鍵字

匝道 ； 電子收費制 ； 擁擠收費 ； 經濟效益

並列摘要

This paper assumes that except for the tolled expressway, there still exists one alternative free road for all commuters that they can choose to reach their workplaces. Then we derive the optimal toll scheme under the electronic road pricing system (ERPS) at ramps of the expressway. The optimal toll for the expressway includes two parts of fare: First, a basic charge according to the length that each road user has driven along the expressway. Second, congestion tolls paid by the road user to ensure the efficient use of the expressway. The step congestion toll scheme are levied under the condition that the traffic flow is equal to the road capacity. This paper also evaluates the economic benefit from the ERPS at ramps of the expressway. The evaluation result is obtained by comparing the increased and decreased social costs that happened after implementing the optimum toll on the expressway. The result of the economic benefit will be objectively evaluated for the authority references.

並列關鍵字

Ramp ； Electronic road pricing system ； Congestion toll ； Economic benefit

參考文獻

賴禎秀 Laih, Chen-Hsiu(2001)。階梯式擁擠收費體制下最佳收費階段數之研究。運輸計劃 Transportation Planning Journal。30(2)

(1999)。高速公路年報。

(1999)。高速公路交通動態資料調查報告。交通部台灣區國道高速公路局。

(1999)。中山高速公路收費站對車流影響之研究。交通部統計處。

McDonald, J. F.(1995).Urban Highway Congestion - An Analysis of Second-Best Tolls.Transportation.22(4)