Implementation of Siemens Mobility’s GoA4 technology will make the Danish capital’s 170km long S-bane network the world’s largest automatic urban railway.
Siemens Mobility is upgrading the entire 170km long S-bane network in Copenhagen to the highest grade of automation (GoA4 technology) to enable unattended train operations starting with the first phase in 2030.
Siemens claims this will make the new S-bane the world’s largest automatic urban railway.
Futureproofing the rail network Respective contracts have been signed with Banedanmark (BDK) and DSB recently including the necessary signalling equipment for trains and wayside. GoA4 will allow the operator to run more trains in the entire system, enhance the level of passenger experience, secure the current punctuality rate and will futureproof the network.
The new contracts have a total volume of around €270m and build on the original contract from 2011 to equip the Copenhagen S-train network with the Communications-Based Train Control System (CBTC).
“By implementing our best-in-class signalling technology by 2033, trains will be capable of operating automatically and driverless” “We are very proud to continue and enhance our successful collaboration with Banedanmark and DSB to position the thriving city of Copenhagen as a model for modern rail infrastructure among European capitals,” said Michael Peter, CEO of Siemens Mobility. “By implementing our best-in-class signalling technology by 2033, trains will be capable of operating automatically and driverless.
This will make the new S-bane the world’s largest automatic urban railway.”
The CBTC GoA4 technology upgrade will be carried out in five phases with very limited downtimes of the operation, ensuring that train services in Copenhagen are not interrupted.
The first phase will cover the F-Line between stations København Syd and Hellerup, with the trial run scheduled for mid-2030 leading to the start of passenger operations by the end of 2030.
Throughout this phased approach, a mix of existing GoA2 trains and new driverless GoA4 trains will operate until 2038. By then, the last new driverless GoA4 train will be delivered and supported by hybrid wayside technology capable of accommodating both GoA2 and GoA4.
Additionally, the new agreements involve equipping the two depots in Hundige and Høje Taastrup with radio-based communication systems, thereby extending the reachability of all trains. Furthermore, the train management system will be expanded to include new flexible disposition functions, ensuring an even more smooth operation in the future.
“We are happy to conclude this contract for the CBTC GoA4 upgrade which is a very important element of our programme Future S-bane,” said Jürgen Müller, director strategy and train equipment at DSB.
“The Copenhagen S-bane is already today a well performing railway system serving the greater Copenhagen area and with implementation of the Future S-bane programme it will evolve into one of the world’s largest and most complex fully automated mass transit systems which will provide an even better service to our passengers.
“Copenhagen’s S-bane system plays a crucial role in the city’s public transportation network, serving around 350,000 daily commuters”
“This comes not only via higher frequency for increased capacity and improved train services during off-peek operations, but also faster recovery from disturbances and better possibilities to adapt the traffic services to the demand on short term.”
Peter Jonasson, director of construction at Banedanmark, added: “The S-bane’s core network has the capacity to handle up to 84 trains per hour, transporting over 100 million passengers annually across a total of 88 stations on seven lines. “Copenhagen’s S-bane system plays a crucial role in the city’s public transportation network, serving around 350,000 daily commuters.
This number is steadily increasing as the metropolitan area around the Danish capital expands, now housing over one fifth of Denmark’s population.
Upgrading the network to support unattended train operations will effectively cater to this growing trend.
Source: SmartCitiesWorld