A report by the California Energy Commission’s Public Interest Energy Research (PIER) Program shows how Adura Technologies is helping save 25 percent on lighting at a parking garage at University of California, Santa Barbara. The case study by PIER describes a project undertaken by Adura in partnership with eh California Lighting Technology Center to create a wireless integrated photosensor and motion sensor system for the second level of Lot 18 at the UCSB campus, where all lights in the facility burned 24 hours a day, 365 days a year. The Adura system used daylight and motion sensors in combination with lighting scheduling to reduce the cost of lighting. It noted that using a wireless approach circumvented the cost and disruption issues associated with installing hard-wired systems, “thus increasing the pool of buildings that could cost effectively benefit from lighting controls.” PIER added that the Adura system “is expected to reduce installation and commissioning time by as much as 50% over standard industry practice for competing technologies.” It added that it could reduce office lighting by as much as 25%.
Studies demonstrate how Adura Technologies™ validates energy savings of up to 70% and demand response capabilities with wireless technology and smart devices.
The California Energy Commission published a Technical Brief in which it specified the innovative wireless lighting-control, monitoring, and management system developed by Adura Technologies™ as easy to install, cost-effective, and providing significant energy savings. It eliminates the costly and time-consuming installation of control wiring and can be easily installed by facilities personnel or contractors.
Because of dynamic use patterns, the lights in Webcor Concrete’s facility in Hayward, California, like many commercial office facilities, were always on, burning kilowatts for unoccupied spaces. Adura’s technology provided a solution based around sophisticated lighting circuitry and personal wireless controls.