Research on Adaptability of Zoning Fare System in Metropolitan Area Rail Transit
Journal Title: Urban Mass Transit - Year 2024, Vol 27, Issue 12
Abstract
[Objective] The zoning fare system is widely used in European rail transit systems, but has not yet been put into practice in many Chinese cities with rail transit operation. Following the rapid urban rail transit construction in China and the accelerated formation of metropolitan areas on rails, it is necessary to analyze the characteristics of the zoning fare system and conduct in-depth discussions on above system adaptability in urban and metropolitan area rail transit of China. [Method] After investigating the application cases of zoning fare system prices in foreign cities, the practical characteristics of this system are summarized. Taking the Guangzhou metropolitan area rail transit network as an example, a zoning fare system price scheme is proposed. Taking the price of metered fare structure as a reference, the adaptability of zoning fare system in urban and metropolitan area rail transit of China is comprehensively discussed from the aspects of zone scheme demarcation, pricing path setting, fare rule formulation, fare fairness and ticket guarantee capability. [Result & Conclusion] The results of the research show that the implementation of zoning fare system for metropolitan area rail transit can encourage multiple seamless transfers within the zone, this will be conducive to the integration development of the fare structure and price for metropolitan area rail transit. However, there are great difficulties in zone edges setting and fare rules (basic fares and cross-zone fares) formulating. The zoning fare system also has requirements for the land use form of the region, and may reduce the company′s ability to guarantee fare revenue and change the pricing standards of urban rail transit.
Authors and Affiliations
Xiaoyu LI, Sen ZHANG, Limin LYU, Yuejiang SU, Jing TAN
New Method for Metro Tunnel Catenary Height Detection Based on Mobile 3D Laser Scanning Technology
[Objective] The height of metro tunnel catenary is a crucial parameter for ensuring normal train electrification and requires regular inspection. In response to the significant errors and low precision associated with ot...
Braking Scheme for Shunting and Rescue of a City Rail Transit Vehicle
Objective The technical requirements for using locomotives to shunt and rescue city rail transit vehicles are analyzed and a braking scheme that integrates the shunting and rescue functions into the braking control unit...
Control Algorithm of Train Autonomous Control System in Turnout Safety Zones
[Objective] Unlike the existing CBTC (communication-based train control) system control mechanism, the ATC (autonomous train control) system achieves autonomous train operation by directly controlling wayside resources....
Influence of Large-scale Foundation Pit Sloping Excavation on Adjacent Operating Metro Tunnel and Actual Measurement Analysis
Objective There are complex coupling effects between foundation pit and tunnel due to different construction processes. The foundation pit construction will inevitably cause disturbance to the existing operation tunnel,...
Expression and Application of Wu Region Cultural Elements in Suzhou Rail Transit Public Space
Objective With urban regional cultural inheritance as the background, the expression and application of Wu Region cultural elements in the public space of Suzhou metro are discussed, and the application value and strateg...