Hubbell Lighting Provides LED Luminaries for University of Nebraska's LEED-Certified Garage
Hubbell Lighting, a division of Hubbell Incorporated and a market leader in innovative lighting technology for over a century, provided both indoor and outdoor energy efficient illumination for a 5-story parking garage with more than 1,000 parking spaces on the campus of the University of Nebraska, Lincoln.
Built near the east/northeast corner of the growing higher education campus, the parking garage, which opened in the Fall 2010 semester primarily to serve students and faculty, attained USGBC LEED certification, a first for the State of Nebraska for this type of parking structure.
Under the guidance of Engineering Technologies, Inc., (ETI), the lighting specified for the garage called for 379 state-of-the-art interior and 47 exterior pole mounted fixtures from Kim Lighting a Hubbell Lighting brand. ETI chose Kim Lightings patent-pending PGL7- LED fixtures for interior illumination and Kims WARP9-LED pole mounted area lighting fixtures for the garages exposed roof level parking.
As designer of the facility, our main goal was to provide a safe and effective environment for the occupants, said Gary Loop, an ETI principal/electrical engineer. We took advantage of the unique characteristics of the light sources available to us as well as the energy they saved. By comparison to traditional indoor HID 100watt HID lamps/magnetic ballast, the PGL7 LED/electronic driver provides a 44% energy savings per unit; compared to an outdoor 250 watt HID/magnetic ballast the new WARP9 LED/electronic driver provides a 52% energy savings per unit impressive figures that go directly to the Universitys bottom line. When we were presented with Kims new PGL7 and WARP9 luminaires by Lighting Specialists the Hubbell Lighting sales agency, we could immediately observe the energy savings they presented, Loop continued.
Unique to Kims new designs were the internal optics that not only provided the light levels desired but also put the light where we wanted. One of the important visual characteristics that we observed from Kims fixtures was the reduction in glare compared to similar LED fixtures and conventional sources. Being able to provide a well lit environment while minimizing distractions to the driver allowed us to provide an effective design, said Loop.
To meet high standards of reduced energy and maintenance costs as well as limited light trespass, Kims proprietary MicroEmitter technology was used to provide the garage with exceptional luminous uniformity and glare control. Unlike most LED and HID luminaries whose light output is directed straight down, the Kim luminaries with MicroEmitter technology dramatically improve illumination uniformity by eliminating the wasteful nadir dump of lumens directly below the fixture. Because each MicroEmitter is precisely aimed exactly where needed, glare is substantially reduced preventing direct view of more than 50% of the LEDs from any viewing angle. noted a Kim Lighting spokesperson.
In addition to the Kim Lightings remarkable fixture performance, the company is doing its part to limit hazardous waste by using aluminum-housing materials and reflector components constructed from more than 90% recycled materials for all MicroEmitter LED luminaire offerings. All of Kims LED products are entirely lead and mercury free meeting strict US and international environmental protection and recyclable requirements.
Under the guidance of Engineering Technologies, Inc., (ETI), the lighting specified for the garage called for 379 state-of-the-art interior and 47 exterior pole mounted fixtures from Kim Lighting a Hubbell Lighting brand. ETI chose Kim Lightings patent-pending PGL7- LED fixtures for interior illumination and Kims WARP9-LED pole mounted area lighting fixtures for the garages exposed roof level parking.
As designer of the facility, our main goal was to provide a safe and effective environment for the occupants, said Gary Loop, an ETI principal/electrical engineer. We took advantage of the unique characteristics of the light sources available to us as well as the energy they saved. By comparison to traditional indoor HID 100watt HID lamps/magnetic ballast, the PGL7 LED/electronic driver provides a 44% energy savings per unit; compared to an outdoor 250 watt HID/magnetic ballast the new WARP9 LED/electronic driver provides a 52% energy savings per unit impressive figures that go directly to the Universitys bottom line. When we were presented with Kims new PGL7 and WARP9 luminaires by Lighting Specialists the Hubbell Lighting sales agency, we could immediately observe the energy savings they presented, Loop continued.
Unique to Kims new designs were the internal optics that not only provided the light levels desired but also put the light where we wanted. One of the important visual characteristics that we observed from Kims fixtures was the reduction in glare compared to similar LED fixtures and conventional sources. Being able to provide a well lit environment while minimizing distractions to the driver allowed us to provide an effective design, said Loop.
To meet high standards of reduced energy and maintenance costs as well as limited light trespass, Kims proprietary MicroEmitter technology was used to provide the garage with exceptional luminous uniformity and glare control. Unlike most LED and HID luminaries whose light output is directed straight down, the Kim luminaries with MicroEmitter technology dramatically improve illumination uniformity by eliminating the wasteful nadir dump of lumens directly below the fixture. Because each MicroEmitter is precisely aimed exactly where needed, glare is substantially reduced preventing direct view of more than 50% of the LEDs from any viewing angle. noted a Kim Lighting spokesperson.
In addition to the Kim Lightings remarkable fixture performance, the company is doing its part to limit hazardous waste by using aluminum-housing materials and reflector components constructed from more than 90% recycled materials for all MicroEmitter LED luminaire offerings. All of Kims LED products are entirely lead and mercury free meeting strict US and international environmental protection and recyclable requirements.
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