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Stavanger in Smart City project

Stavanger, Manchester and Eindhoven join forces to become Smart Cities in a new EU project led by German research giant Fraunhofer.

Group photo of the Stavanger consortium partners in Triangulum The Stavanger partners (from left): Monika Hermanns of University of Stavanger, Joachim Weisser of Rogaland fylkeskommune, Tone Grindland Gustafsson fra Greater Stavanger, Dagfinn W├ąge fra Lyse energi, Gerd Seehuus fra Stavanger kommune, Mohsen Assadi (UiS) and Per Fjeld of Lyse energi. Chunming Rong was not present when this picture was taken.

University of Stavanger is one of the partners in the Triangulum partnership. UiS researchers will contribute to the project with cloud computing technology and energy efficiency expertise.

Both the CIPSI and CenSE centres at UiS will participate.

Fraunhofer IAO has entered the grant preparation phase within the European Commission’s Smart Cities and Communities call. With the support of the Steinbeis-Europa Zentrum (SEZ), Triangulum is set to be the lead project for the Smart Cities and Communities initiative.

23 partners
This project will transform designated urban districts into smart quarters in three forerunner cities and then transfer the concepts to three further cities. 23 European partners from urban municipalities, research, and industry are involved.

For its concept to develop smart urban districts, a consortium will develop a strategic partnership under the auspices of the Smart Cities and Communities initiative. The project name Triangulum stands for the three points: 

  • demonstrate
  • disseminate
  • replicate

Pioneering concepts
The project will implement pioneering concepts in the three cities of Manchester (UK), Eindhoven (Netherlands), and Stavanger (Norway) with support from the European Union.

Subsequently, the concepts will be transferred to Leipzig (Germany), Prague (Czech Republic), and Sabadell (Spain). The project emerged from the Fraunhofer-Gesellschaft’s Morgenstadt (city of tomorrow) initiative.

“Our goal is to find viable solutions to make cities sustainable, smart, and liveable in the future. To achieve this, we’re implementing pioneering concepts for sustainable energy supply, mobility, and information technology, initially in three selected cities,” explains Alanus von Radecki, project manager at Fraunhofer IAO, which has the lead role in the project. 

Smart student district
Triangulum will transform the student quarter in Manchester known as the Corridor, which contains around 72,000 students, into a smart city district.

This will entail renovating historical buildings and building up an autonomous energy grid to supply the entire district with heat and electricity.

The grid will combine geothermal and district heating with two independently operating electricity grids and a fuel cell that can store excess energy. In addition, all conventional cars are to be banished from the district: according to the scientists’ vision, only electric vehicles, bicycles, and the city’s “Metrolink” electric tram will be allowed in the Corridor.

Clean energy
In Eindhoven, two districts will be transformed into sustainable living environments during the course of the project. The former Philips industrial complex in the “Strijp-S” neighborhood will become a creative smart district.

An innovative concept to clean up contaminated land will double as a means of producing energy. A district-wide ICT solution will allow residents to access different kinds of infrastructure, such as booking electric vehicles from a district car sharing scheme or using smart parking concepts.

Electric buses
This way, the IT-based tool will help residents to develop sustainable patterns of energy and mobility behaviour. In addition, electric buses will make city traffic more eco-friendly.

A different set of challenges is posed by the Eckart-Vaartbroek district, where energy-efficiency renovations will be carried out on the social housing stock that predominates in this area.

In order to precisely calculate the energy savings, the project will use an IT-based instrument capable of modelling costs and yield in a 3D visualization of the district.

Fibre for the future
For the inhabitants of the Norwegian city of Stavanger, electric vehicles are already a familiar sight. In spite of this, the city with the highest density of electric vehicles in Europe wants to be more than that, and would like to be a motor for development and growth.

A high-performance fibre optic network will ensure that data can be exchanged very rapidly. Various energy and mobility projects based on existing high-speed ICT infrastructure will help Stavanger to cleverly integrate energy and mobility solutions.

New public services
Through sustainable, integrated solutions, Stavanger will lead the way to smarter cities in which companies, people, research institutes and communities can be connected in order to improve urban environments and encourage regional growth.

The project also includes new public services, such as video solutions, that leverage the fibre optic infrastructure. Consequently a secondary linchpin of the project is civic engagement and promoting citizen participation through workshops.

“At the heart of our project is an ICT architecture that will be used in all three flagship cities. It is the foundation that enables the individual technologies in the city to be connected and coordinated with each other,” says Alanus von Radecki.

Knowledge transfer
This standardized architecture also ensures that it will be possible to subsequently transfer the concepts to other cities – as will be demonstrated when the project moves to its second phase in Leipzig, Prague, and Sabadell.

Building this ICT infrastructure will be University of Stavanger’s main task in the project. The work will be led by Chunming Rong, professor at the department of Electrical Engineering and Computer Science and head of the CIPSI research centre.

A cloud computing solution will gather, develop and disseminate data from the project. Researchers at the Centre for sustainable energy solutions (CenSE) will contribute with knowledge about energy efficiency.

– Triangulum is a great opportunity to put important competences in our region to use, says Professor Rong.

Best of 19
Triangulum has been chosen amongst a pool of 19 submissions to finalize the grant agreement process within Smart Cities and Communities call, an initiative from the European Commission.

The Steinbeis-Europa-Zentrum accompanied the Fraunhofer IAO in the application process and will assist with administrative, financial and legal project coordination as well as the evaluation and dissemination of project results.

The project consortium consists of the following cities, research institutions and industrial partners:

Project coordinators

  • Fraunhofer Institute for Industrial Engineering IAO | Steinbeis-Europa-Zentrum

Participating partners

  • Institute for Human Factors and Technology Management (IAT) of the University of Stuttgart
  • Manchester City Council
  • The University of Manchester
  • The Manchester Metropolitan University
  • Siemens plc
  • Municipality of Eindhoven
  • Park Strijp Beheer B.V.
  • Stichting Woonbedrijf SWS.Hhvl
  • Eindhoven University of Technology
  • Strijp-S. Ontwikkeling B.V.
  • Koninklijke KPN N.V.
  • Stavanger Municipality
  • Greater Stavanger Economic Development AS
  • Rogaland Fylkeskommune
  • The University of Stavanger
  • Lyse Energi AS

Participating partners from the follower cities

  • Prague Institute of Planning and Development (Czech Republic)
  • City of Sabadell (Spain)
  • City of Leipzig (Germany)
  • TÜV SÜD AG (Germany)
Logo for the Triangulum smart city project

Logo for the Triangulum smart city project