Saving energy

by commis­sioning lighting correctly

Did you know that the potential of intel­ligent lighting can only be fully utilised if it is commis­sioned correctly?

This steps are important:

1. The full energy-saving potential can only be realised if an intel­ligent lighting solution is commis­sioned correctly.
2. Less is often more! This applies to illu­mi­nance and run-on time.
3. Small lighting groups mean the greatest possible energy savings.
4. Networks and clouds: this is also part of commis­sioning. That’s why data protection must be an issue.

Careful, profes­sional commis­sioning is essential in order to utilise all that intel­ligent lighting solu­tions have to offer. According to energi­eschweiz, this can save up to 30 per cent more energy. In this blog, you can find out what to look out for when it comes to correct commissioning!

In this article:

Step 1

Setting the illuminance

The right illu­mi­nance (lux) is crucial for energy effi­ciency and comfort. However, expe­rience has shown that this is set too high in many projects.

  • The illu­mi­nance in the various areas should be set according to use. For example: 300–500 lux in offices, but lower values are suffi­cient in traffic zones.
  • The adjustment can be made dynam­i­cally depending on the time of day and actual demand.
  • The lux values can be . This guar­antees optimum lighting quality and saves energy at the same time.adapted auto­mat­i­cally depending on the amount of daylight.
  • Fine tuning works via an app.

Step 2

Follow-up time is crucial

The run-on time defines how long the light remains active after the last detected movement. 

  • It should be set to maximise energy savings while ensuring safety for users.
  • The run-on time is often set to five minutes or even more, which is too long in many cases. With correct commis­sioning, the run-on times in a stairwell, for example, are set to one minute in accor­dance with the SIA recom­men­dation for intel­ligent lighting.

Step 3

Group formation

Small light groups are ideal, thanks to quality sensors and a high sensor density this is easily possible.

  • Forming groups that are as small and well-struc­tured as possible saves a lot of energy.
  • Thanks to the networking of the groups via the swarm function, the full energy-saving potential is ensured while at the same time providing a high level of user comfort.
  • When planning, make sure that the groups are sensible and tailored to the use of the respective room area.

Step 4

Daylight measurement

Daylight measurement is an important aspect of intel­ligent lighting. This allows the lighting to be regu­lated in relation to the natural light component. .

  • A light sensor measures the brightness of the natural light and adjusts the arti­ficial lighting accord­ingly. This ensures a constant light level.
  • Correct commis­sioning ensures that the sensors are posi­tioned in the right places in the room and have been cali­brated correctly.
  • The more careful the commis­sioning, the more precise the measurement and the adjustment of the lighting to the daylight.

Step 5

Data protection and security

As intel­ligent lighting systems are often connected to networks and cloud services, it is crucial that security and data protection require­ments are also taken into account during commissioning. 

  • Usage statistics should be stored and trans­mitted securely to avoid data breaches.
  • It is important that all software updates are carried out regu­larly and that all systems are protected against unau­tho­rised access.
  • The imple­men­tation of security measures such as encrypted connec­tions or multi-level authen­ti­cation provides further protection for the system.

And finally, this:

Are you inter­ested in an intel­ligent lighting solution that is care­fully commis­sioned? Then get with us.intouch And take a look our references. 

This article was written by:

Nina Hüppi
Product Management Assistant 

08. May 2025 

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