Case Study: Albuquerque Public School Administration Parking Garage
Product: Aurora, High Powered Canopy Luminaire
Freatures: Enhanced safety thru improved visibility, reduced energy, environmentally friendly product, reduced maintenance labor requirements

Case Study: Albuquerque Public School Administration Parking Garage

Aurora
High Powered Canopy Luminaire

Project Summary:

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More than 55 high pressure sodium parking garage lights, consuming more than 150 watts, at the underground parking garage at the administration building of the Albuquerque Public School system were replaced with 48 w LED parking garage luminaries furnished by Beacon Products, a division of Hubbell Lighting, located in Sarasota Florida, nd LED lights, reducing energy just below 50% compared to the lights.

Benefits:

The Aurora Series provides exceptional quality illumination, stability, durability and cost savings. The Aurora uses up to 75% less electricity than its incandescent, high-pressure sodium, quartz or metal halide counterparts - an important criterion for lights that are on 24/7. And unlike conventional lighting, there is negligible light loss over the life of the. It provides reliable, durable, maintenance-free illumination for more than 50,000 hours.

The Aurora is not affected by vibrations and typical temperature variations and is available in color temperatures from "warm" to "cool" with a high color rendering index (CRI), guaranteeing high - quality white light. It's also so water-tight that a simple hose-down removes the dirt and grime that impede illumination and jeopardize pedestrian and vehicle safety. Additionally the Aurora also meets LEED requirements for energy reduction credits.

Beacon Products, with a 30+ year history of leadership in lighting and site furnishings, is the first domestic manufacturer to introduce the most comprehensive line of "Municipal-Grade" outdoor LED luminaires. These luminaires are designed to be environmentally friendly, as well as performance driven with their light control and distribution optical systems.