SPEED Program

UC Davis Wins Best-Practice Award for Lighting

Published: Wed, 07/03/2013
UC Davis Wins Best-Practice Award for Lighting

UC Davis received a best-practice award for lighting at this year's California Higher Education Sustainability Conference (CHESC), June 24 at UC Santa Barbara. The award recognizes UC Davis' innovative adaptive control system for exterior lighting.

Representatives from CLTC, WCEC and the State Partnership for Energy Efficient Demonstrations (SPEED) program were at booth #203 for the conference, sharing information on lighting and HVAC technologies, Title 24 changes, and project funding opportunities available to California colleges and universities. 

UC Davis wins 2009 Best Practice Award using EverLast Smart Light Technology

05/27/2009

Christie Communications – UC Davis has been a leader in the movement toward energy sustainability for the past few years, and on June 22, 2009 they will be awarded the Energy Efficiency Partnership Program, 2009 Best Practice Award for their parking garage lighting design retrofit. The Facilities Management program at UC Davis will be presented the award at the UC/CSU/CCC Sustainability Conference at UC Santa Barbara. 

CLTC completes more than 100 demonstrations of energy-efficient lighting

05/12/2010

CLTC – The California Lighting Technology Center (CLTC), a research, development, and demonstration facility at the University of California, Davis, has installed more than 100 demonstrations of energy-efficient lighting since the Center’s inception in 2004. The wide range of demonstrations has been installed at University of California, California State University, California Community College campuses, and state and federal buildings throughout California in an effort to prove energy-efficient technology and report the findings to the public through case studies. 

Cooper Lighting's HALO LED downlight series lends range of energy-efficient benefits to California State Park visitor center

10/14/2010

Cooper Lighting – The Bidwell Mansion Visitor Center in Chico, California, now enjoys variety of energy-efficient, aesthetic and cost-saving benefits thanks to the HALO LED 600 Series recessed downlight from Cooper Lighting, a division of Cooper Industries. 

SPEED Program

State Partnership for Energy Efficient Demonstrations (SPEED) Program

The California Energy Commission sponsors the development and demonstration of energy-efficient, environmentally safe building technologies. It does this, in part, through the State Partnership for Energy Efficient Demonstrations (SPEED), a program that demonstrates innovative lighting and HVAC technologies. The SPEED program is managed by the California Institute for Energy and Environment (CIEE), which is a branch of the University of California. The California Lighting Technology Center (CLTC) is subcontracted by CIEE to develop and implement lighting technology demonstrations.

Adaptive Corridors

Adaptive Corridors, Bainer Hall, UC Davis

CLTC research, demonstrations and case studies have shown adaptive corridor and stairwell lighting systems are a cost-effective strategy for achieving lighting energy savings of 40–50%. This is because many stairwells and corridors are illuminated continuously, despite low occupancy rates, and are usually equipped with standard, non-dimmable ballasts and operated with wall switches or from a panel box.

Wall Pack Retrofit Yields 89% Energy Savings

Published: Wed, 03/27/2013
Adaptive Wall Packs at UC Davis

Last June UC Davis replaced 101 static HPS and MH wall packs with adaptive LED wall packs by Philips, equipping them with outdoor motion sensors by WattStopper and networked controls from Lumewave. Along with streetlights and post-top luminaires, the wall packs were incorporated into the Adaptive Campus Control System at UC Davis, via an RF network that provides campus-wide lighting control.

Adaptive LED Wall Packs

Adaptive LED Wall Packs

Wall packs offer an effective means of illuminating building perimeters, bolstering security and aiding wayfinding, but many are limited in terms of their efficiency, with minimal or nonexistent cutoff. Moreover, because wall packs typically operate in areas with low occupancy rates, they often waste energy fully illuminating vacant spaces for hours at a time every night.

Adaptive LED Wall Packs, UC Davis

Adaptive LED wall packs alongside the exterior of a warehouse storage facility at the University of California, Davis (UCD).
03/15/2013

In 2012, UC Davis upgraded its exterior lighting as part of the university’s Smart Lighting Initiative. Wall packs on campus, like other exterior lighting fixtures, were retrofitted with dimmable LED sources, motion sensors, and wireless controls. This allowed the units to be incorporated into an adaptive campuswide lighting control system. The system offers an intelligent, networked approach to lighting and energy management, with improved lighting quality and optimal energy efficiency.

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