Skip to main content

Alstom chooses GMV for Sydney’s new light rail system

Technology company GMV has been chosen by Alstom to supply an advanced fleet management system with in-station passenger information for the new light rail system being built by the ALTRAC consortium of Alstom, rail operator Transdev, Acciona and Capella in Sydney, Australia. Alstom is responsible for the integrated tramway system for the 12 kilometre line, including the design, delivery and commissioning of 30 coupled Citadis X05 trams It will also provide the power supply equipment, including APS gr
April 13, 2016 Read time: 2 mins
Technology company 55 GMV has been chosen by 8158 Alstom to supply an advanced fleet management system with in-station passenger information for the new light rail system being built by the ALTRAC consortium of Alstom, rail operator Transdev, Acciona and Capella in Sydney, Australia.

Alstom is responsible for the integrated tramway system for the 12 kilometre line, including the design, delivery and commissioning of 30 coupled Citadis X05 trams It will  also provide the  power supply equipment, including APS ground power supply over two kilometres, signalling systems, HESOP energy recovery system, depot equipment and maintenance.

GMV’s system will be based on its SAE-R railway and tram fleet management system, which can be integrated with external control systems such as SCADA and TETRA systems and the planning and analysis tools used by Transport for NSW, as well as the TCMS, CAPSYS, passenger information and TETRA systems  inside the tram cars.

The solution combines the normal functions of systems such as centralised fleet tracking, management of messaging and voice communications between trams and control centre (on TETRA/Wi-Fi), plus service regulation operations with other recently grafted-on functions like dynamic route establishment.

All the trams will be fitted with onboard units (OBUs) and touch screens in both cabs for driver interaction. The whole system is rounded out with the installation of a control centre comprising a set of servers in a virtualised environment and a series of workstations that will allow Transdev to ensure smooth service operation.

The stations will be fitted with LED information panels to provide passengers with arrival and departure information, service level, service notices, etc.

For more information on companies in this article

Related Content

  • Ertico partners in step for Europe-wide cooperative traffic systems
    December 5, 2012
    According to Ertico, the future of traffic management on urban and inter-urban networks will rely on direct communication and interaction between vehicles and the infrastructure, using new technologies called cooperative intelligent transport systems (C-ITS) that support real-time exchange of traffic data. This cooperation can enable a wide range of applications such as vehicle-sourced data collection, green light and speed advice, automated hazard detection, selective vehicle priority, dynamic city logisti
  • Capsys signals active travel change
    March 31, 2022
    The rise of walking and cycling in our urban areas is a key component of post-Covid life as some street space has been reallocated away from cars.
  • Comprehensive telematics system
    February 3, 2012
    Wi-Fi solutions specialist Arada Systems has launched a comprehensive telematics 802.11p DSRC/WAVE system. The solution includes On-Board Units (OBUs), Road-Side Units (RSUs), battery-operated DSRC tolling tags, high-power 600mW embedded cards, as well as, the company states, the world's first SD-based DSRC card operating at 5.9GHz.
  • Migrating to advanced traffic management systems
    March 14, 2012
    Rich pickings of reduced cost and greater value are up for grabs as highway authorities migrate to new traffic management systems – if they choose their paths wisely. Jon Masters reports. Experience gained and expertise developed over the past decade are informing good advice for transport agencies contemplating new or expanded traffic management systems. Technological projects aimed at reducing road congestion may be frequently unique and invariably complex, but a picture is emerging of sensible, prudent a