FAQ

In many cases, yes. Retrofit LED lamps can fit into current housings, but some fixtures may need ballast bypass or rewiring for optimal performance.

Yes, re-lamping improves color accuracy, brightness, and uniformity, making spaces safer, more comfortable, and more visually appealing.

Definitely. New lamps deliver even illumination, reduce glare, and improve color tone, which supports productivity and visual comfort.

Yes, proactive re-lamping ensures vital zones such as hallways, stairwells, and workstations maintain consistent illumination without unexpected outages.

Yes, many Alberta incentive programs offer rebates for upgrading to LED systems through professional re-lamping projects.

Professional crews schedule work during off-hours or low-traffic periods, completing sections efficiently to minimize downtime.

Although re-lamping requires upfront investment, it reduces emergency service calls and energy bills, leading to overall cost savings.

Upgrading to LED bulbs during re-lamping cuts power consumption by up to 70%, lowers cooling loads, and reduces long-term maintenance costs.

Re-lamping projects often include sensor upgrades and programmable timers, maximizing both energy savings and automation.

By switching to LEDs and reducing waste from frequent bulb changes, facilities lower carbon emissions and qualify for energy-saving incentives.

Installers use lux meters to verify brightness levels meet design standards and ensure consistent illumination throughout the facility.

Most facilities benefit from re-lamping every 2–4 years depending on burn hours, fixture type, and environmental conditions. LEDs last longer, reducing how often full replacements are needed.

Planned re-lamping replaces all lamps at once, ensuring consistent light levels and reducing maintenance downtime, while spot replacements can lead to uneven brightness and more frequent labor costs.

Facility re-lamping involves replacing existing light bulbs or fixtures across a building to maintain brightness, improve efficiency, and prevent uneven lighting. It can include switching from older technologies like fluorescent to newer LED systems.

Installers isolate circuits, use proper lift equipment, and dispose of old bulbs—especially fluorescents—following environmental safety protocols.

Dimming light output, flickering, or inconsistent color temperature are key signs that lamps or ballasts are reaching end of life and need replacement.

Warehouses, schools, retail stores, and office complexes all benefit—especially spaces operating long hours where lighting quality impacts safety and productivity.

Group re-lamping replaces all fixtures simultaneously for efficiency and consistency, while individual replacement only fixes burned-out bulbs as needed.

LED lamps typically last 25,000–50,000 hours, depending on usage patterns and environment, minimizing the need for frequent replacements.

Professionals ensure safety, efficiency, and proper disposal of old bulbs, while also identifying opportunities for upgrades that untrained staff might miss.