Vertiefungsstudie N1 Weyermannshaus - Schönbühl

Kombinationsvarianten

Im Rahmen der Vertiefungsstudie Bern Nord wurden verschiedene Varianten unter Anderem auch bezüglich der verkehrlichen Wirkungen untersucht. So genannte Kombinationsvarianten waren zu einem gewissen Anteil Bestandteil der Untersuchungen. Aufbauend auf den in der Vertiefungsstudie erstellten Modellen wurde im Rahmen einer Zusatzstudie eine vertiefte modellgestützte Untersuchung unterschiedlicher Ausprägungen der Kombinationsvarianten durchgeführt. Der im Rahmen der zur Hauptstudie parallel durchgeführten Vertiefungsstudie Bern Ost entwickelte Bypass Bern Ost war dabei in den zu untersuchenden Variantenfächer einzubinden.

Insgesamt wurden acht Kombinationsnsvarianten modelliert und hinsichtlich ihrer verkehrlichen Wirkungen untereinander verglichen und bewertet.

Place

Bern (BE)

Client

ASTRA Ittigen

Period

2011

2012

Downloads

Vertiefungsstudie N1 Weyermannshaus - Schönbühl (Reference sheet)

Fields of activity

Mobilität & Verkehr;Verkehrsmodelle & Simulationen

Wirkungsermittlungen

Delivered services

Verkehrsmodellierung

Verkehrssimulation

Wirkungsanalysen

Bewertung und Empfehlung

Specifications

Betrachtungsperimeter: Agglomeration Bern

Durchführung der Verkehrsmodellierungen mit dem GVM Kanton Bern

Kombinationsvarianten: 8

Other Projects

2012

2021

Development of Advanced Traffic Management and Decision Support Functionality for Rail Networks

The Danish rail infrastructure manager BDK is carrying out a full replacement of all signalling equipment, control and Business IT systems. Two contracts involving control systems have been awarded, one to Thales for Centralised Traffic Control (CTC) West and Passenger Information and one to Alstom for CTC East, Advanced Traffic Management and Decision Support and Planning functions. Emch+Berger AG Bern played the leading role in the RAEP consortium supporting BDK in ensuring this portion of the East (Alstom) contract satisfies the expectations of BDK. The specific challenges included:

Visioning, Blueprinting and Specifying a completely new approach to Traffic Management and Decision Support for a large Network with mixed traffic
Aligning the existing Product Base of the Supplier and Instructing the Processes
Developing Real Time Database Systems that cover Rolling Stock, State of the Railway, Topology
Integration of Disruption Management including Maintenance Contract Requirements into the Design
The support of the Customer in preparing the business changes to make best use of the emerging Technology

1990

2021

Test and Commissioning Activities in ETCS Signalling Projects

In ETCS projects the test and commissioning activities must ensure the timely completion of all tests required by system and subsystem requirements, safety and interoperability norms, operational scenarios, customer internal, national and international norms, etc. and must also assure the preparation and execution of commissioning activities.

Emch+Berger AG Bern provides highly skilled specialist for the Gotthard and Ceneri base tunnels and the Danish Fjernbane project, who consult the customer (and suppliers) in different test and commissioning topics, and specify and supervise all necessary test and commissioning activities.

Emch+Berger has done this successfully in the past in the Lötschberg base tunnel.

2009

2017

ETCS Gotthard Base Tunnel, Detailed Design and Realisation Train Control and Signalling System

Assistance of detailed design, realisation and commissioning of the new train control and signalling system for the Gotthard base tunnel on behalf of AlpTransit Gotthard AG.

The project is carried out by a consortium under the lead of Emch+Berger AG Bern. The works includes all signalling related systems on an ERTMS-basis in the perimeter of the project such as control and communication system, interlocking, ETCS/RBC and is embedded over special interfaces into other neighbouring signalling systems (conventional signalling systems).

2009

2011

ETCS Level 2 Denmark, Traffic Management

The Traffic Management is the railway-operation’s central element to assure the expected improvement in operational performance put forward to justify the investments into the Signalling Programme, the implementation of ETCS level 2 on the entire network of Denmark. With regards to the duplication of traffic in the future, latest science operational processes are applied to traffic management by centralised traffic control centres.

The objective of operational performance is satisfying the expectations of present and future rail customers. The institutional relationship between the infrastructure operator and the train operating companies is designed based on responsibilities to align processes to achieve this. The improvement in the effectiveness of the Traffic Management is based on the introduction of a control loop model of traffic management incorporating also conflict-prediction and real-time rescheduling processes (conflict resolution).