Lume Lighting helps commercial, industrial, and institutional facilities reduce unnecessary lighting operation and improve system performance through modern lighting controls and Luminaire Level Lighting Controls (LLLC).
From occupancy sensing and scheduling to networked controls, daylight response, and fixture-level intelligence, we evaluate how your facility uses light and develop control strategies around how the space actually operates.
Occupancy • Scheduling • Daylight Control • Networked Controls • LLLC
.jpg/:/rs=w:400,cg:true,m)
Efficient fixtures reduce the amount of energy required to produce light. Controls address something different: whether that light needs to be operating in the first place.
Warehouses, manufacturing areas, offices, storage spaces, corridors, exterior areas, and other facility spaces rarely need identical lighting output every hour of operation.
Modern controls allow the lighting system to respond to actual conditions.
Depending on the facility, that can mean:
The objective is straightforward: provide the lighting the facility needs without paying to operate lighting it doesn't.
Luminaire Level Lighting Controls—commonly called LLLC—combine efficient lighting with sensors and control capability at or near the individual luminaire.
Instead of relying only on large lighting circuits or fixed control zones, LLLC can provide much more granular control over how individual fixtures or groups of fixtures operate.
Depending on the system and application, capabilities may include:
Occupancy Sensing
Lighting responds automatically to whether a space is being used.
Daylight Response
Lighting output can be reduced where sufficient natural light is available.
High-End Trim
Maximum lighting output can be set below full power where the space does not require it.
Scheduling
Lighting operation can follow facility schedules and operating requirements.
Zoning & Grouping
Fixtures can be organized into logical control groups without depending entirely on traditional circuit boundaries.
Tunable & Circadian-Supportive Lighting
Compatible systems can adjust light intensity and color characteristics by time of day, activity, or space requirements to support a more responsive indoor lighting environment.
Networked Control
Compatible systems can provide centralized configuration, monitoring, scheduling, and system management.
System Data
Depending on the platform, lighting infrastructure can provide operational information that improves visibility into how the system is performing.
LLLC moves lighting from a collection of fixtures that are simply switched on and off toward a controllable facility system.

Lighting controls create the most value where lighting demand changes throughout the day, occupancy is inconsistent, daylight is available, or different areas of a facility have different operating requirements.
Common opportunities include:
Aisles, storage areas, staging spaces, and other intermittently occupied areas can remain illuminated for long periods with little or no activity. Occupancy sensing, zoning, scheduling, and high-end trim can reduce unnecessary operating hours and output.
Production areas may operate on different shifts, schedules, or occupancy patterns. Controls can create operating zones, respond to activity, reduce output during downtime, and provide greater flexibility as production requirements change.
Private offices, conference rooms, break rooms, corridors, and other intermittently occupied spaces can benefit from occupancy control, scheduling, daylight response, and appropriate light-level settings.
Facilities operating around the clock often require different lighting conditions by space, activity, and time of day. Controls can support scheduling, zoning, dimming, tunable lighting, and more responsive lighting environments while maintaining operational requirements.
Classrooms, corridors, gymnasiums, cafeterias, offices, and other spaces have significantly different occupancy schedules and lighting needs. Controls allow lighting operation to follow how each space is actually used.
Lighting may need to remain available for safety and facility operation without necessarily operating at full output continuously. Scheduling, photocells, occupancy response, dimming, and zoning can reduce unnecessary energy use while maintaining required illumination.
Standardized control strategies can help organizations establish more consistent lighting operation across portfolios of retail, commercial, institutional, or other distributed facilities.
If lighting operates at full output in empty spaces, remains on outside operating hours, ignores available daylight, or cannot respond to different uses within the facility, there may be an opportunity for better control.
Every facility operates differently. Lume can evaluate your existing lighting, controls, operating schedules, occupancy patterns, and facility requirements to identify where better control may reduce waste, improve lighting performance, and create measurable value.
Identifying a controls opportunity is only the beginning. The system must be properly selected, installed, configured, commissioned, and verified around the way the facility actually operates.
Lume can manage the controls process from existing-condition assessment through implementation and functional verification.
Assess → Design Strategy → Incentivize → Implement → Commission → Verify
The result is more than installed controls. It is a lighting system configured around the facility's operating requirements, with documented settings and a known performance baseline.
Copyright © 2026 Baseline Facility Group - All Rights Reserved.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.