Lighting Control

Smart lighting technology uses collected data to optimize space usage and automate room control, improving energy efficiency, security, and comfort. Through open standard protocols such as DALI, BACnet, LonMark, OPC, EnOcean, and SMI, Delta LOYTEC's lighting control system can be easily expanded to BA systems or connected to other manufacturers' systems. Lighting control can adjust the number and brightness value of the lighting fixtures through the time schedule, personnel presence and ambient brightness. Under the premise of ensuring comfort, energy saving is maximized.

Product Introduction

Scenario

Office

 
  • Presence control: automatically turns off or dims the lights to save energy
  • Daylight harvesting: adjusts the artificial lighting levels based on the amount of daylight
  • Personalized lighting controls: adjust the lighting levels in their individual workspaces based on their preferences and task requirements
  • Centralized control and monitoring: real-time visibility into the performance of the lighting system and make adjustments as needed
  • Compliance with energy codes and standards: ASHRAE 90.1, IECC, WELL, LEED
 

Conference Room

 
  • Automatic Lighting Control: automatically turns on the lights to a preset level
  • Pre-set Lighting Scenes: easily select scenes based on the type of meeting or presentation
  • Dimming & Color Temperature Control: adjust the intensity of the lights and color temperature based on their preference
  • User-friendly Controls: can easily adjust the lighting settings to their preference with just a few taps or clicks
 

Library

 
  • Daylight harvesting: measures the available daylight and adjusts the artificial lighting accordingly
  • Zoning and scheduling: each zone has its own lighting requirements, and the lighting control system allows for individual zone control
  • Presence control: the system automatically dims or turns off the lights to save energy
  • Monitoring and reporting: able to track energy usage, analyze usage patterns, and identify areas for further optimization
 

Education

 
  • Classroom lighting: includes features such as dimming, color temperature control, and scheduling
  • Daylight harvesting: measures the available daylight and adjusts the artificial lighting accordingly
  • Presence sensing: automatically dims or turns off the lights to save energy
  • Outdoor lighting: scheduled to turn on and off at specific times or controlled by sensors that detect natural light levels, occupancy, or motion
 

Case Study

Manchester Airport | England

 

The Manchester Airport not only demonstrates the excellence of an intelligent building management system in improving energy efficiency and achieving customers' energy-saving goals, but it was also unanimously affirmed by the LUX Awards international jury, and won the "LUX Awards Industrial and Traffic Lighting Award" in the UK in 2016.


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