Unique Assets

Every once in a while, an innovative insight, a groundbreaking idea and a proven technology turn into a revolution.

3 unique assets
for a revolution

SUMMA ENHANCED
LUXEON FUSION
LIGHT ENGINE

Lighting & Light Quality

SUMMA
AI

Artificial Intelligence Algorithm

SUMMA
SENSE

Sensors & Collaboration

Summa Enhanced LUXEON

Fusion Light Engine

A multi-purpose light engine which has full adaptability to every specific sector and application, for example: retail, art, architecture, (fresh) food, fashion, hospitality, health care, office and many more.

It’s a light engine that simplifies luminaire development, engineering and manufacturing including SKU count reduction, resulting into faster project fulfillment.

Colour

  • 600.000+ colours within the “white tints”
  • CRI and Ra 90+ on “Black Body Line”
  • Dim-to-Warm capabilities
  • Full spectrum Human Centric Lighting capabilities
  • Special Colours for example: meat, bread, fish, produce, horticulture and fashion
  • Client specific custom colours possible
  • 100+lm/Watt on selected colours and light engines
  • 1800K-10.000K operating range

Summa AI

Summa and the Summa Enhanced LUXEON Fusion Light Engine are perfectly coordinated and together provide the ultimate light experience. 

The decisive element in this is colour modeling. Precisely because Summa models on the basis of the 3D spectrum and not on the basis of 2D models, Summa eliminates visual deviations that arise based on age, temperature, voltage and milliamps. In practice, this means that you can always count on the same light experience in different places within the system.

 

To be very concrete:

  • > 100 lumen per Watt on selected colours
  • Modeled colour based on 3D spectrum (including special colours and special colour creation)
  • On black body line CRI >90
  • More than 600,000 shades of white. All possible colours, within the white tones
  • Dimmable on a percentage of the light level, colour temperature and perception

Colour

  • Dim every colour to 0,1%
  • Smooth flicker free dimming
  • Set CCT per 10K and duv in 3 decimals
  • Dim-to-warm Traditional 3000K > 1800K + overcomplete spectrum
  • Full Human Centric Lighting below and on black body line
  • Presets for special colours within spectrum
  • Dynamic colour adaption
  • Constant lumen output over lifetime

Accuracy

  • < 1-step MacAdam due to AI spectral optimisation
  • Colour consistency over lifetime within 1-step MacAdam
  • Set X, Y color in 3 decimals

Functionality

  • Spectrum modulation for special colour points
  • Scalable accuracy by input parameters
  • Led data feedback
  • Multilingual
  • No wired control systems needed
  • Visual luminair control (Floorplan)
  • Dimming
  • Group control multiple luminaires
  • Adaptation of current available protocols
  • Driver data feedback
  • System data feedback
  • Data visualisation

Summa Sense

You don’t know what you’re missing until you have something you didn’t have before. This applies, for example, to the commercial and comfort options that Summa offers. The Summa system can be equipped with a heat grid array sensor.

These sensors can detect heat and movement at location level. This generates real-time data in an area around the luminaire. This location-specific data is visualised locally, optionally enriched with external data and, if desired, analysed and optimised externally. Of course this takes place on the basis of privacy legislation. In addition, Summa is a self-learning system with predictive value. All available information can be applied in real-time to, among other things, achieve commercial and comfort objectives at micro level, because Summa controls at luminaire level. The revolutionary Summa system sets the bar extremely high and heralds the start of a new era.

Sensoring

  • Heatmapping
  • Floorplan optimisation
  • Counting
  • Conversion rate
  • Housekeeping planning
  • Respond on sensor trigger (e.g. burglary)
  • Behaviour analysis and optimisation
  • Calculation of energy usage
  • Pattern detection (for example walking and distance)
  • AB testing based on sensors
  • 3rd party sensors (for example Lux)
  • Presence detection
  • Light intensity & light level
  • Turning on and off
  • CO2 & Humidity

 Collaborations

  • Build your own modules
  • KPI Generation (Data interpretation)
  • Monitoring
  • Failure detection
  • Extending hardware lifetime
  • AB testing based on external parameters
  • Headquarter Full Control

Together
they achieve greatness

Colour

600.000 colours within the ‘white-tints’
Dim every colour to 0,1%
CRI and Ra 90+ on “Black Body Line”
Smooth flicker free dimming
Set CCT per 10K and duv in 3 decimals
Dim-to-warm Traditional 3000>1800K + overcomplete spectrum
Full human centric below and on black body line
Special colours
Presets for special colours within spectrum
Dynamic colour adaption
100+ lm/watt on select range of colours
1800K-10.000K operating range
Constant lumen output over lifetime
Set colour on perceived value
Set colour on spectrum

Accuracy

< 1-step MacAdam due to AI spectral optimisation
Colour consistency over lifetime within 1-step MacAdam
Set X, Y color in 3 decimals

Functionality

A system solution that simplifies luminaire development and  manufacturing, including SKU count reduction, resulting in faster project fulfillment
Spectrum modulation for special colour points
Scalable accuracy by input parameters
Led data feedback
Multilingual
No wired control systems needed
Visual luminair control (Floorplan)
Dimming (PWM, AM/hybrid in future)
Group control multiple luminaires
Driver data feedback
System data feedback
Data visualisation

Collaborations

Adoption of current available protocols
Open API for external development
Invoice generation
Build your own modules
KPI Generation (Data interpretation)
Monitoring
Failure detection
Extending hardware lifetime
AB testing based on external parameters
Headquarter Full Control

Dynamic Lighting

Human Centric
Dynamic shop windows
Automation of scenes
Presets for special colors (within spectrum)
Dynamic group control multiple luminaires
Dynamic colour adaptation

Sensoring

Heatmapping
Floorplan optimisation
Counting
Conversion rate
Housekeeping planning
Scalable accuracy by cloud analysis
Wireless Over the Air Updates
Behaviour analysis and optimisation
Calculation of energy usage
Respond on sensor trigger (e.g. burglary)
Pattern detection (for example walking and distance)
AB testing based on sensors
3rd party sensors (for example Lux)
Presence detection