Scheme I: Add subway lines and stations
Guangzhou Eye Hospital is located in a busy area in the city center, and the commute condition of the nearby subway lines is serious. To improve this situation, we can consider adding subway lines and stations.
First, subway lines near Guangzhou Eye Hospital can be added. For example, a new branch line near the hospital can be added to connect with the main line, so that passengers can go to the hospital from different directions. In this way, passengers can choose more routes and disperse the pressure of commuting.
Secondly, subway stations near Guangzhou Eye Hospital can be increased to reduce the walking distance of passengers. At present, the nearby subway station is far from the hospital, and many passengers need to walk for a long time to reach the hospital. By adding subway stations, passengers can reach the hospital more quickly and reduce commuting time.
In addition, the planning of new subway lines and stations should combine the development needs of surrounding areas and consider the commuting needs of other densely populated areas to make the planning more scientific and reasonable and meet the travel needs of more people.
Scheme II: Optimize the traffic environment around the hospital
In order to improve the commuting condition of Guangzhou Eye Hospital subway line, in addition to adding subway lines and stations, the traffic environment around the hospital can also be optimized.
First, the scale of roads around the hospital can be expanded, and the width and traffic capacity of roads can be increased. At present, the roads around the hospital are narrow and traffic jams are serious, resulting in a long commute time for passengers. Expanding the road scale can improve the road traffic efficiency and reduce traffic congestion.
Secondly, overpasses or underpasses can be built to facilitate passengers to cross the road. Due to the busy traffic around the hospital, many passengers need to wait to cross the road, which consumes a lot of commuting time. The construction of overpasses or underpasses can ensure the safety of pedestrians and improve commuting efficiency.
In addition, parking lots and bus stops around the hospital can be reasonably planned, so that passengers can choose different transportation modes to go to the hospital. Increasing the number of parking spaces and the coverage of bus stops can facilitate passengers to choose their own travel mode.
Scheme III: Promote off peak travel
In addition to increasing subway lines and stations and optimizing the traffic environment around the hospital, non peak travel can also be promoted to disperse the pressure of commuting.
First, preferential policies can be provided during off peak hours to encourage passengers to travel during off peak hours. For example, the ticket price set for taking the subway in the morning and evening peak hours is higher, while the ticket price will be reduced in the off peak hours. In this way, passengers can flexibly choose travel time according to their working hours to disperse the passenger flow during peak hours.
Secondly, the service of lines and stations during off peak hours can be strengthened. For example, increase the frequency of trains and operating vehicles during off peak hours to improve service quality. At the same time, the service staff at the station will be increased during off peak hours to ensure the safety and convenience of passengers.
In addition, it can also promote the benefits and convenience of off peak travel, so that more passengers can understand and choose off peak travel, and reduce the commuting pressure during peak hours.
Scheme IV: Promote the integration of information technology and transportation
In order to improve the commuting condition of Guangzhou Eye Hospital subway line, it can promote the integration of information technology and transportation, and provide a more convenient and efficient way of travel.
First, mobile APP can be developed to provide real-time subway information and commuting suggestions. Through mobile APP, passengers can keep abreast of subway operation status, station congestion and other information at any time, and reasonably arrange their travel time and routes.
Secondly, it can provide intelligent bus stations and set transfer query and navigation systems. An intelligent display screen is set at the bus stop to display the arrival time and transfer guide of different lines. With the help of transfer query and navigation system, passengers can reduce transfer time and the possibility of getting lost.
In addition, it can also promote the electronic ticketing system, reduce the link of manual queuing to buy tickets, and improve the efficiency of buying tickets. Passengers can make electronic payment via mobile phone APP or swipe their cards to purchase subway tickets conveniently and quickly.
Summary
In order to improve the commuting condition of Guangzhou Eye Hospital subway line, we can improve it by increasing subway lines and stations, optimizing the traffic environment around the hospital, promoting off peak travel, and promoting the integration of information technology and traffic. Through the implementation of these programs, commute time can be reduced, travel convenience can be improved, and the travel experience of passengers can be improved.
