Engineering Innovation in
Smart Transportation
Four state-of-the-art monitoring systems for the first metro line of Thessaloniki, ensuring a safe and efficient transport.
Approach & Solution
Approach
Thessaloniki is the second largest city in Greece by number of inhabitants. To meet the growing mobility needs of a population that now exceeds one million inhabitants, the Administration has decided to build a new autonomous metro line of about 10 km and with 13 stations.
To make this important city infrastructure safe, Engineering has been chosen by a company specialized in railway and metropolitan transport, part of a multinational company that operates in multiple industrial sectors with over 250,000 employees worldwide.
In the realization of the new line, which will be totally driverless (without driver) and will have automatic doors in the docks of the individual stations, the company is following an approach mainly focused on passenger safety, possible only thanks to the use of modern and cutting-edge technologies.
Solution
The Engineering teams are supporting the realization of the new line with an end-to-end approach in the design, installation and training on the four different monitoring systems for the underground:
- Power Remote Control System, for the control of electrical substations, auxiliary systems and medium voltage systems.
- Building Automation Control System, for the management of mechanical systems (elevators, escalators, heating, air conditioning).
- Security Management System, for the supervision of security system stations (access control, cameras, and alarms).
- Building Automation Control System, for high risk scenarios (SIL2- Safety Integrity Level 2) including the control of emergency ventilation systems and the evacuation of passengers in case of emergency.
Results
High efficiency of the entire plant
Less breakdowns
Increased passenger safety
Instant display and management of hazards
Project value
Visibility Cost cutting Innovation
Project Team
Engineering Transport & Infrastructures Business Unit Engineering Automation & Control Competence Center
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