Offices & workplaces
Light for the way people work.
Give meeting rooms, shared spaces and individual work areas their own lighting behavior, with local control for the people using them.
DS Group · Noida, IndiaExplore the office project
Platform · Commercial
Every space has a different job.
Light it that way.
Connected lighting for the places people work, shop and move through. Bring X-PoE power, wireless controls and energy visibility into a plan that fits your building.
Applications
Different buildings.
A connected approach.
Start with the space and what it needs to do. These Luum projects and legacy Amatis case studies show where connected lighting goes to work.
Showrooms & experience centres
Make the space part of the experience.
Layer architectural and display lighting. Use scenes to change the mood and daylight harvesting to respond to the light already in the room.
Kohler Experience Centre · Hyderabad, IndiaExplore the showroom project
Manufacturing & industrial
Control by work zone.
Plan lighting around production areas, circulation and support spaces, with sensors and wall controls selected for each zone.
Sahasra Electronics · Rajasthan, IndiaExplore the manufacturing project
Grocery & everyday retail
Built around opening hours.
Match lighting to trading, stocking and cleaning routines. Give operators a clearer view of when lights are running.
Brookhaven Marketplace · Amatis case studyRead the retail case study ↗
Parking & support spaces
Respond to movement.
Set lighting behavior for occupied and quiet periods, with levels and timeouts commissioned for the way the facility is used.
Market Street Lofts · Amatis case studyRead the parking case study ↗
Behind the lighting
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Choose the infrastructure that fits the building.
Use X-PoE, wireless controls, or a mix across the site. Plan around the fixtures, existing wiring and spaces you’re ready to upgrade.
X-PoE
Centralize lighting power and control.
Bring power electronics into an accessible rack or panel. Run low-voltage power to compatible fixtures and configure LED driving at the controller.
Wireless controls
Build on the wiring already there.
Add load controllers, sensors and wall switches to compatible lighting. Group spaces into control zones and phase the work around the building.
Two paths to connected lighting.
Power and control follow different paths in each architecture. Select the approach by zone, then commission the system around how the space is used.
X-PoE lighting
- Central powerAC supply → DC power supplies
- Lighting controllerProgrammable LED driving and dimming
- Compatible fixturesLow-voltage runs from controller ports
Wireless lighting controls
- Existing lighting circuitsLine-voltage supply remains at the load
- Load controllersSwitch and dim compatible fixtures
- Sensors & wall switchesWireless control commands by zone
Luum platformNetwork connection · Configuration · Control · Energy visibility
Conceptual architecture. Fixture interfaces, network requirements and supported integrations are selected for the project. Use the product installation guides for wiring and ratings.
Control strategies with a practical purpose.
Combine the strategies each space needs. Confirm supported behavior with the selected controllers, fixtures and sensors.
Presence
Respond to occupancy
Use sensors to bring lighting to occupied levels and reduce it after a space becomes quiet.
Daylight
Use the light already there
Plan daylight-responsive dimming for perimeter spaces and areas with useful natural light.
Scenes
Change the room, not the wiring
Set up lighting scenes for meetings, displays and different uses of a shared space.
Schedules
Match the operating day
Plan occupied, after-hours and cleaning behavior around the actual building schedule.
Local control
Keep people in control
Give users wall controls and sensible overrides alongside automatic behavior.
Visibility
See how lighting is operating
Use connected status and energy information to review usage and identify settings to improve.
From the concept to the submittal.
Specification sheets and installation guides for the core X-PoE and wireless components. Review fixture compatibility, circuit loads and network requirements with the project team.
XS-108H
8-port X-PoE lighting controller · 16 independently controlled channels.
Advanced Load Controller
Wireless lighting load control for retrofit and phased deployments.
Sensors
Occupancy sensing for responsive lighting behavior.
Battery or Wired Switches
Local wall controls for the people using each space.
From installation to operation
Make the outcome measurable.
Start with how your building operates today. Commission the controls, then use energy data to review what changed and where to tune next.
Explore all case studies →Establish a baseline
Record existing lighting loads, schedules and occupied hours.
Commission by zone
Agree on light levels, sensor timeouts, scenes and local overrides.
Review real operation
Compare energy use and operating hours, then refine the settings.
Design resources
Start with the fixtures.
Explore the live catalog for your X-PoE lighting plan. Bring your fixture schedule to Luum to review electrical compatibility, driver settings and control requirements.
Plan your building
Bring the floor plan.
We’ll work through the system.
Share your building type, fixture schedule and project phase. We’ll help map the control zones, hardware and deployment approach.