Skip to main content

Schneider Electric implements smart city technology in Quito

Schneider Electrics is to implement its smart mobility management platform in Ecuador’s capital city, Quito. The contract, part of the range of initiatives being developed in the city, was awarded by the Metropolitan Public Mobility and Public Works Company (EPMMOP) and will provide integrated management and coordination of the city’s mobility. Schneider Electric’s SmartMobility ICM platform will allow municipal agents to coordinate the management of the city traffic, video surveillance system, and travell
May 15, 2013 Read time: 2 mins
Schneider Electrics is to implement its smart mobility management platform in Ecuador’s capital city, Quito.  The contract, part of the range of initiatives being developed in the city, was awarded by the Metropolitan Public Mobility and Public Works Company (EPMMOP) and will provide integrated management and coordination of the city’s mobility.
 
729 Schneider Electric’s SmartMobility ICM platform will allow municipal agents to coordinate the management of the city traffic, video surveillance system, and traveller information panels, and supervise and monitor the bus network, enabling them to respond rapidly to traffic situations as they arise.
 
The platform will use variable message panels and web applications to provide real-time information on the city’s transport status, public transportation schedules, airport traffic, and incidents or events with a potential impact on traffic.

The SmartMobility ICM platform will also allow local authorities to gradually add other city services or infrastructure as required, and constitutes the first step toward empowering Quito to become a Smart City.
 
Schneider Electric will also implement a pilot travel time data collection system using wireless sensors strategically installed along the highway on the access to the Quito airport. This real time traffic information will provide city planners with information required for building new infrastructure and airport access roads.

According to Ignacio González, executive vice president of Smart Infrastructure at Schneider Electric: “It is a source of great pride to our company that the authorities of Quito have once again put their trust in our specialisation and experience. The execution of this new and ambitious project will provide the city’s administrators with the latest in state-of-the-art technology for global mobility management under a single interface.”

For more information on companies in this article

Related Content

  • Montreal to become city of electro-mobility
    November 25, 2013
    Volvo Group's North American subsidiary, Nova Bus, and Canada’s Societe de Transport de Montreal (STM), are to partner on an electrification project for the public transit system of Montreal. A memorandum of understanding signed by both companies includes the testing of three Nova LFSe electric buses and two charging stations in Montreal. The goal is to have the noiseless and emission-free buses operational for demonstration in the third quarter of 2015 and in regular traffic for three years, beginning
  • New Jersey takes a high tech approach to smarter roads
    May 21, 2015
    IBM has developed a new transportation management solution to help minimise congestion and improve traffic flow for the New Jersey Turnpike Authority (NJTA). The solution, which is part of NJTA's advanced traffic management program (ATMP), will serve both the New Jersey Turnpike and the Garden State Parkway, two of the most heavily travelled highways and busiest toll roads in the United States. The system, which manages almost a thousand devices, provides traffic management professionals at the NJTA
  • ITS in the Nordic states
    April 7, 2021
    Denmark, Norway, Finland and Sweden are quietly embracing advanced traffic technologies.
  • EU project to make urban freight management more sustainable
    February 1, 2012
    Urban freight policies are becoming more common in European cities and regions. However, it is still difficult to evaluate and transfer the knowledge gained from the different city logistics measures implemented by local authorities. The SUGAR project aims to tackle this by establishing a systematic approach towards best practices identification and assessment, and by developing urban freight plans and actions.