Angersdorf/Saalekreis (Saxony-Anhalt):
Halle node - ESTW-A Angersdorf

Disciplines

  • Buildings & Architecture
  • Railways

Companies

GRE German Rail Engineering GmbH

Client

DB Netz AG

Duration

From 2015 to 2020

Project Activities

  • General planning, project management
  • Project planning of traffic facilities Lph 3-4 (routing of track renewal, superstructure, civil engineering,
  • cable civil engineering, drainage, track civil engineering, level crossing)
  • Structural engineering Lph 3-4
  • Project planning for buildings Lph 3-4
  • Project planning technical equipment (LST, EEA, TK, OLA) Lph 3-4
  • Fire protection concept (ESTW-A and free line)
  • Subsoil investigations, environmental planning
  • Noise protection report

Contact

GRE German Rail Engineering GmbH

Frankfurt (Headquarters)
Frankfurt Airport Center 1
Hugo-Eckener-Ring
D-60549 Frankfurt am Main
Deutschland

Phone: +49 30 24749-0
E-Mail: info@gre-rail.com

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Description

The Halle (Saale) junction is being modernised and connected to the German Unity 8 transport project (VDE 8, Nuremberg-Berlin route).
Einheit 8" (VDE 8, Nuremberg - Berlin line). The reconstruction will create conditions in the Halle railway junction that will enable rail-bound high-speed traffic. In addition to the construction of new tracks, points, bridges and platforms, one of the most modern train formation facilities in Europe is being built on the station site. The ESTW-A Angersdorf project with track plan conversion is located in the western outer area of the node.

Technical parameters

  • New construction of 12.7 km of tracks
  • New construction of 8 points
  • New construction of light signals: 66
  • New electrically remote-controlled points: 8
  • New construction of approx. 13 km of cable ducts
  • New construction of drainage systems
  • Planning takes place in several construction phases
  • Track vacancy detection with axle counters
  • Train control according to DB AG standards
  • Train number signalling system and train control
  • Equipping the points with electric point heating systems
  • New construction of the overhead line system
  • Installation of transmission technology for the signalling systems
  • Accompanying landscape conservation measures