This project will evaluate the efficacy, efficiency and operational nature of LED’s which offer color adjustability. These products are used in a range of applications but are typically selected to offer lighting color temperatures to set mode/ambiance or to balance human bio-rhythms. Testing...

ETP studies (ET11SCE1010 and ET11SCE1011) showed significant energy savings potential. This Scaled Field Placement (SFP) effort will take advantage of the Lighting Innovations project intended to test incentive midstream and upstream...

This project is to assess the performance of a LED and photo luminescent hybrid exit sign that uses a 0.5W LED to power a Photoluminescent sign face. The project will evaluate power usage to calculate potential savings as compared to standard LED exit...

To conduct a laboratory test in order to determine the potential energy savings of occupancy counting switch in lieu of conventional devices such as timer switch, or Pyroelectric InfraRed (PIR) and ultrasonic type occupancy sensors. The conventional technology uses occupancy sensors with switching...

This project is intended to finalize development of the CALCTP training and implement courses to introduce the level of understanding needed to install advanced lighting technologies into the market. Provide an administrator of the CALCTP to perform the day-to-day operations of the training program...

Light Emitting Diode (LED) technology offers energy savings potentials and performance over incandescent and Compact Fluorescent (CFL) technologies. There are regulatory pressures to promote the use of LEDs, however LED lighting technologies rely on the use of electronic power supplies or...

This project is intended to begin the process of creating a certification training course for lighting planners and designers. Designed a core rationale, process and expectations on the development of the curriculum and initiate lessons'...

This project is aimed at investigating advanced lighting sources/systems to replace legacy HPS, typically ring-mounted at 100" AFG, for dockyards. The specific application is for High-Mast lighting commonly found in shipyards, train stations and highways. The project will focus on modeling an...

This project is a field evaluation to test the feasibility of high efficacy lighting systems with controls to illuminate utility substation switch racks, entrances, roadways, parking lots, and pathways. The project will test energy efficient fixtures to identify if they provide equal or better...

This project is intended to explore best practice best design concepts for lighting improvements to showroom/showroom offices, and front lot as a pre-cursor to testing the design in a future phase. The study will utilize an actual site to audit to determine the potential for energy efficiency. This...