Skip to main content

NEC control centre aids Santander’s role as Europe’s smartest city

NEC Corporation is providing a new operational control software module as part of its Cloud City Operations Centre to enable the city of Santander in Spain to automate the management of city infrastructure in real-time to minimise resource usage and reduce operational costs.
May 7, 2014 Read time: 2 mins
1068 NEC Corporation is providing a new operational control software module as part of its Cloud City Operations Centre to enable the city of Santander in Spain to automate the management of city infrastructure in real-time to minimise resource usage and reduce operational costs.

The new plug-in to the existing smart city platform that NEC previously supplied will help Smart Santander track how water, waste, lighting, power, roads and other resources are used in response to real-time environmental conditions. This will help the city to minimise wastage, increase the timeliness of communications with local residents and free up staff to focus on longer-term strategic planning.

Over the last three years Smart Santander has been transformed into a city-scale research facility that is being used to test machine to machine (M2M) sensors and smart public services. Over 20,000 sensors and cameras have been deployed to monitor and manage traffic congestion, parking and public transport availability, street lighting and pollution levels, refuse collection services and park irrigation systems and share this information with the public via a smartphone app and website. The project also tracks a wide range of environmental parameters, including temperature, pollen count, noise, carbon monoxide and ambient light levels.
 
In the first phase of the project, NEC developed the smart city visualisation platform and multi-touch display screens in the Santander control demo centre. Using the multi-touch interface in the control centre, Santander’s staff can quickly cross-reference key data sets, such as carbon monoxide levels with traffic, temperature, and issue alerts when air quality thresholds are exceeded. The new control module will automate this process, helping to reduce the workload for the city planners.
 

Related Content

  • March 14, 2023
    Watch your step: the sidewalk robots are here
    The way we order and pay for goods has changed radically – but what about how those goods are delivered? Gordon Feller looks at how sidewalk robots might reshape the urban landscape
  • February 25, 2019
    Siemens Mobility project uses rerouting to improve air quality in Munich
    Up to 40% of drivers are willing to help reduce air pollution when provided with alternative routes on ThinxNet’s Ryd platform, says Siemens Mobility. The partners worked with air quality specialist Hawa Dawa in a four-week project in Munich to prove that intelligent traffic control can help cities become more sustainable. Siemens says initial results for more than 1,600 drivers in the German city showed savings of 83 kg of carbon dioxide and 114 g of nitrogen oxide as well as a reduction of 633km driven
  • October 24, 2014
    Workzone safety can be economically viable
    David Crawford looks how workzone safety can be ‘economically viable’. Highway maintenance is one of the most dangerous construction industry occupations in Europe. Research from The Netherlands on fatal crashes indicates that the risk facing road workzone operatives is ‘significantly higher’ than that for the general construction workforce. A survey carried out by the Highways Agency, which runs the UK’s motorway and trunk road network, has suggested that 20% of road workers have suffered injuries from pa
  • March 11, 2015
    Keeping a watching brief over traffic flows
    Monitoring traffic flows is set to become an even bigger challengebut a revolution in camera technology can help, as Patrik Anderson explains. By 2025 almost 60% of the world’s population will live in urban areas and in those cities there will be an estimated 6.2 billion private motorised trips every day. In order to manage this level of traffic growth, traffic management centres (TMCs) will need to both increase their monitoring capabilities and be able to detect traffic problems quickly, efficiently and r