Skip to main content

Lisbon smart city program

The Portuguese government’s Ministry of Economy and Employment has partnered with the Japanese New Energy and Industrial Technology Development Organisation (NEDO) in a project that covers a wide range of initiatives in the field of sustainable technology and innovation. The city of Lisbon in Portugal has been selected as the target city to implement a smart community program, with the aim of generating integrated systems for mobility management. Building on existing technologies and systems through the te
March 4, 2013 Read time: 2 mins
The Portuguese government’s Ministry of Economy and Employment has partnered with the Japanese New Energy and Industrial Technology Development Organisation (NEDO) in a project that covers a wide range of initiatives in the field of sustainable technology and innovation.

The city of Lisbon in Portugal has been selected as the target city to implement a smart community program, with the aim of generating integrated systems for mobility management.  Building on existing technologies and systems through the technology driven partnerships provided by Portuguese and Japanese stakeholders, , these might include real time integrated traffic and parking systems, fully-integrated route guidance information systems, air quality driven traffic management system and integrated mobility services payment.

The first developments identified areas of interest and potential projects that contribute to the high level objective of generating new technologies and innovations. At present, the focus of this program is based on two main key areas as pillars for this smart community: mobility/ smart transportation and energy management systems/ energy saving technologies.

Research projects are currently being identified; following a feasibility study, it is expected that technology dissemination and field projects will be implemented by the middle of 2014.

Related Content

  • Grenoble smart city project to launch in October
    July 2, 2014
    Urban transport of the future will become a reality in October in the French city of Grenoble thanks to a partnership between the City and the Metropolitan Area of Grenoble, French energy company EDF, Japanese car maker Toyota and Citélib, a local car-sharing operator. Toyota is contributing 70 of its i-Road and Coms ultra-compact personal mobility electric vehicles to a three-year integrated electric vehicle (EV) car sharing and public transport test project that is being launched in Grenoble, France in
  • Smart phones offer smarter way to pay for travel
    December 16, 2013
    David Crawford reviews developments in near field communications for mass transit payments. ‘A carefully-designed and well-implemented mobile near field communications (NFC) solutions can give passengers a compelling experience that will encourage them to make greater use of public transport.’ That was the confident conclusion of a recent joint White Paper drawn up by the International Association of Public Transport and the global mobile operators’ representative group GSMA.
  • Will standardisation increase ITS interoperability?
    February 1, 2012
    Theoretical balance Kallistratos Dionelis, secretary general of ASECAP, comments on the European Commission's new ICT Standardisation Work Programme. I've just read a proposal from the European Commission on the 2010-2013 ICT Standardisation Work Programme. As ASECAP Secretary General this is one of my responsibilities. I work to receive information, to disseminate information and to build bridges and mutual understanding between policy-makers and the industrial world, between ASECAP and others.
  • PTV sets its sights on Smart City solutions
    February 9, 2017
    Making a city smarter not only relies on understand technological opportunities but also human decision-making, as Miller Crockart explains. Cities are about people – a fact that can easily be forgotten when experts talk about roads, healthcare and education as though they are abstract and unconnected monoliths rather than things people use. Understanding how and why people use services is vital for making decisions on how they can be optimised for maximum efficiency across inter-connected networks that for