smart lighting

Reference number
Coordinator INTERACTIVE INSTITUTE SWEDISH ICT AB - Interactive Institute, Uppsala
Funding from Vinnova SEK 500 000
Project duration November 2015 - June 2016
Status Completed
Venture Challenge-Driven Innovation – Stage 1 initiation
Call Challenge-Driven Innovation - Stage 1 Initiation 2015 (autumn)

Purpose and goal

Development of methods: Describe and verify the method of planning. Development of systems: Describe and verify in what way the different systems cooperate. Development of the technique: System of sensors and the system of presence and absence detecting. Pilots: 4 pilots, 1 warehouse and 3 offices. Analysis: The project is well prepared to perform the development and the pilots. The different parts in the system have a high potential for energy efficiency. The collection of data will reveal the energy saving potential when the different parts cooperate based on smart lighting design.

Expected results and effects

Everything is now ready for the development of methods, systems and technique. The pilots are choosen and 4 will be performed. The predicted effect of green lighting technologies, with great energy saving potential, that is used for cooperative systems and is put on the market, is that the prognosis of energy savings, need to be changed. 10 TWh is used for lighting in private homes, companies, authorities and industry. The saving potential is predicted to be 5,8 TWh. The system can contribute to an increased saving from 5,8 TWh till 7 TWh

Planned approach and implementation

Development of methods: Describe and verify the method of planning. Development of systems: Describe and verify in what way the different systems cooperate. Development of the technique: system of sensors and the system of presence and absence detecting. Pilots: 4 pilots, 1 warehouse and 3 offices. Analysis: The project is well prepared to perform the development and the pilots. The different parts in the system have a high potential for energy efficiency. The collection of data will reveal the energy saving potential when the different parts cooperate based on smart lighting design.

External links

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 25 November 2019

Reference number 2015-04373

Page statistics