Skip to main content

Spanish city wins 2015 Smart City award

The Smart Cities 2015 Award, presented by the Socinfo Foundation and Sociedad de la Información magazine, has been awarded to the Pozuelo de Alarcón, Spain, smart city project. The award was given for a project that consists of four integrated systems: smart irrigation, street lighting, energy efficiency and smart parking. Wireless parking specialist Nedap played a part in the project, installing the intelligent parking system using its Sensit wireless parking sensors that detect the occupancy of a park
July 7, 2015 Read time: 2 mins
RSSThe Smart Cities 2015 Award, presented by the Socinfo Foundation and Sociedad de la Información magazine, has been awarded to the Pozuelo de Alarcón, Spain, smart city project. The award was given for a project that consists of four integrated systems: smart irrigation, street lighting, energy efficiency and smart parking.

Wireless parking specialist Nedap played a part in the project, installing the intelligent parking system using its Sensit wireless parking sensors that detect the occupancy of a parking bay in real-time. The data is integrated with the smart city platform of Wairbut, a 1028 Cisco-certified partner. Users are guided towards available parking spaces as close as possible to their destination with the free Pozuelo Smart Park app, which is available for both Android and iOS. By integrating 3838 Nedap’s parking sensors with the Wairbut platform, the city is able to reduce CO2 emissions and traffic congestion by guiding motorists to available parking spaces.

In addition to the intelligent parking system, other facets such as energy efficiency in municipal buildings, intelligent irrigation systems and light sensors complete the Pozuelo Smart City project, while Wairbut’s management platform CarriotsCityLife provides centralised monitoring of four integrated Smart City projects including the intelligent parking solution.

Related Content

  • UK town to use traffic lights to tackle speeding
    April 25, 2012
    Swindon in the UK is set to trial smart traffic lights which turn to red if approaching drivers are breaking the speed limit. Sensors will detect speeding vehicles and if they are above a preset limit then the signals ahead will turn to red. If congestion builds up then the traffic light phasing will change automatically to allow more traffic through the junction. ANPR systems will detect emergency vehicles and ensure they are not inhibited by the system.
  • Growth of smart parking initiatives
    April 25, 2013
    New initiatives in smart parking have been announced in the US and Europe in recent months. Is the age of smarter parking finally with us? Jon Masters investigates. Smart parking comes to Manchester, reads the headline to a story posted on the UK city’s website towards the end of March this year. Sensors will be fixed to parking spaces to give drivers and authorities information on parking availability via mobile phone apps and other software, the story goes on to explain. Lower down the page, Manchester Ci
  • Navtech Radar showcases AID radar at Traffex
    April 16, 2015
    Navtech Radar is teaming up with business partner P Ducker Systems (PDS) to showcase their CTS350 radar at Traffex 2015. The CTS350 is small, lighter than previous models, and easy to install and commission and, according to the companies, gives very low numbers of false alarms – typically one per 1 km per 24 hours. It is also widely used in geographical regions where inclement weather – rain, fog, snow, sand and dust is common. Ryan Hood, sales and marketing director of Navtech Radar explains, “Our
  • Econolite adaptive signal control aids city’s ‘Moving Forward’ program
    March 12, 2015
    The City of Norman, Oklahoma, is to deploy Econolite’s Centracs Adaptive as part of the City’s long-term Comprehensive Transportation Plan (CTP) or ‘Moving Forward’ Plan in addressing its future transportation needs. Centracs Adaptive will first be deployed along Highway 9, a major corridor that serves a mix of residential and commuter traffic, as well as traffic to and from the University of Oklahoma. Highway 9 presents unique signal timing challenges. In addition to weekday commutes, the corridor experien