Smart lighting

Efficiency, Control, and Comfort Built In

SMART LIGHTING
Efficiency, control, and comfort built in

Smart lighting systems bring a new level of intelligence and adaptability to industrial lighting. By integrating sensors, wireless control, and intelligent drivers, these systems automatically respond to changes in ambient light, occupancy, or time of day. Whether it’s maintaining consistent light output over time, harvesting natural daylight to reduce energy use, or enabling tailored lighting scenes for specific tasks, smart lighting enhances both operational efficiency and user comfort.

The benefits go beyond energy savings. With reduced maintenance needs, improved safety, and the flexibility to adapt to evolving work environments, smart lighting is a long-term investment in productivity and sustainability. It’s lighting that works for you — intelligently and automatically.

Our goal is that by 2030, 100% of our lighting solutions will be connected and controllable in the most efficient way for the setting in which they are used.

Optimised performance for demanding industrial environments

In industrial settings, lighting must do more than just illuminate — it needs to support safety, productivity, and energy efficiency under challenging conditions. Smart lighting strategies make it possible to adapt to each environment’s specific needs, whether it’s a machine hall, processing line, or specialist production area. Below are three practical use cases that demonstrate how intelligent lighting control can enhance operations, reduce maintenance, and cut energy costs.

Constant Light Output (CLO)
Reliable lighting with minimal maintenance

 

Ideal for:
Machine halls, processing areas, and specialist workspaces

Smart feature:
CLO-enabled drivers automatically adjust over time to maintain consistent light levels.

 

How it works:
CLO (Constant Light Output) technology uses a time-based algorithm pre-programmed into the luminaire driver. As LEDs naturally degrade and their output dims, the driver gradually increases power to maintain a stable light level – without needing sensors.

Benefits for the customer:

  • Uniform lighting throughout the product’s lifetime
  • Reduced need for manual recalibration or relamping
  • No risk of over-lighting early in the lifecycle
  • Lower overall maintenance costs

Daylight harvesting
Smart energy savings with natural light integration

 

Ideal for:
Areas with windows or skylights – such as production floors or logistics zones

Smart feature:
Sensors monitor ambient daylight and dim artificial lighting accordingly.

 

How it works:
Ceiling-mounted or integrated daylight sensors continuously measure the amount of natural light entering the space. The control system dims or brightens the luminaires to maintain target lux levels – ensuring comfort and visibility while optimizing energy use.

Benefits for the customer:

  • Significant energy savings
  • Consistent illumination throughout the day
  • Enhanced sustainability and reduced carbon footprint
  • Less wear on luminaires and fewer maintenance cycles

Scene setting adaptive
Lighting for every task or shift

 

Ideal for:
Facilities with multiple work phases, shift work, or variable lighting needs

Smart feature:
Pre-programmed lighting scenes triggered by schedule, app, or occupancy.

 

How it works:
Lighting scenes (e.g., full brightness, reduced lighting for cleaning, safety mode) are programmed into the control app. Triggers can include manual switches, mobile apps, or motion detectors, allowing staff to easily switch lighting based on tasks or time of day.

Benefits for the customer:

  • Greater flexibility and control over lighting
  • Improved visual comfort and task performance
  • Automation reduces errors and manual adjustments
  • Boosts energy efficiency by tailoring output to real-time needs