LED RETROFIT: BEFORE & AFTER GALLERY

Existing “orange” 250W HPS lamps used for the wide area overhead lighting of the plant replaced with 100W LED Monopoint High Bays, while existing fluorescents are now retrofitted with LED tubes, making it bright and safe for employees working in the area.

Inside the greenhouse garden center, the retail floor becomes brighter and more inviting as 400W metal halide high bays are replaced with 150W LED Monopoint Highbays.

Visibility and safety is greatly improved in this multifamily apartment hallway where 3-lamp x 60W incandescent ceiling fixtures are replaced with 23W LED Flush Mounts equipped with integrated motion sensors.

By replacing existing 8-foot 75W T12 fluorescent tube fixtures with LED Commercial Strips, safety and productivity are instantly improved in this service bay.

Energy-hogging 400W metal halides are replaced with 150W LED Area Lights to provide a bright and even light output, making the parking lot much safer and more secure.

LED Traditional Wall Packs installed on the wall perimeter replacing existing metal halides, helping to improve safety and visibility to visitors entering at night.

Fluorescent 4 x 32W T8 Tube Flat Panels replaced with LED 30W Hybrid Flat Panel fixtures using backlit technology. Without requiring a light guide plate, the flat panels are never at risk of yellowing.

One-for-one retrofit of fluorescent 6 x 54W T5 lamp fixtures using LED 135W Linear High Bays. Wireguards were added to each lens for added impact protection.

Low-lit, inadequate fluorescent lighting replaced with LED Commercial Strips (for task-level lighting) and LED Monopoint High Bays (for general, high ceiling lighting), create a safer and more efficient workshop floor.

400W Metal Halide High Bays with uneven color distribution replaced with 150W LED Monopoint Highbays with a consistent 4000K color temperature.

Color-shifted 250W Metal Halide Canopy Fixtures replaced with 60W LED Canopy Fixtures. The new LED Canopy fixtures are integrated with motion sensors to increase in brightness when occupancy is detected and dims down to lower levels to save energy when not in use.