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On Wednesday, June 12, CLTC Director Michael Siminovitch received EverLast Lighting's first Energy Innovation Award for CLTC’s research and development of adaptive lighting controls. The award also recognized CLTC’s use of induction lighting in energy efficiency projects and the center’s commitment to reducing energy use for lighting on University of California campuses. CLTC has helped reduce exterior lighting energy consumption by over 60 percent at UC Davis alone through the university’s Smart Lighting Initiative.

The U.S. Department of Energy's Municipal Solid-State Street Lighting Consortium (MSSLC) has released its Model Specification for Adaptive Control and Remote Monitoring of LED Roadway Luminaires, Version 1.0. The specification was prepared by the MSSLC Adaptive Control and Remote Monitoring Committee. It is intended to help those cities and utilities adopting LED street lighting select control systems appropriate to their varied needs.

CLTC affiliate American Honda Motor Co., Inc., celebrated completion of the Honda Smart Home US project with an open house event on March 25, 2014 at UC Davis West Village. The zero net energy (ZNE) home is a model for residential sustainability, demonstrating best-practice solutions. CLTC has partnered with Honda to develop a forward-thinking lighting design for the project.

The Smart Schools Symposium is a one-day event for school leaders and facility managers that will feature proven best practices for lighting, HVAC and water efficiency upgrades. The symposium is presented by Greenwise Joint Venture in partnership with CLTC, UC Davis and other supporting organizations, public agencies and private companies.

Highlights include:

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.

CLTC partnered with the Pacific Gas and Electric Company (PG&E) and the California Energy Commission to assess how incentive programs and education efforts might best serve retailers' transition to LEDs.

CLTC has partnered with Pacific Gas and Electric Company (PG&E) to offer classes on lighting for retail and residential spaces. The classes are specifically designed to help contractors, engineers, designers, and other building professionals  meet—or exceed—California's Title 24 building energy efficiency standards. The courses will explore how to apply best practices in compliance with new and existing code requirements, and they will provide technology updates on energy-efficient lamps and ballasts, as well as advanced sensors and controls.

The California Energy Commission has adopted a voluntary lighting quality specification for LED replacement lamps. The new standard requires LED lamps to meet certain performance criteria in order to qualify for utility incentive programs and rebates.

More than 1,800 electricians have graduated from the California Advanced Lighting Controls Training Program (CALCTP), a rigorous course of study that prepares electricians to install state-of-the-art lighting control solutions. Last year CALCTP was awarded a grant from the California Workforce Investment Board, and the program has proven to be so successful that it is now being adopted in other states as the National Advanced Lighting Controls Training Program (NALCTP).

CLTC has expanded its lab testing capabilities to accommodate its growing number of technology testing programs and projects. These include xenon lamp testing, screw-base LED replacement lamp tests and directional LED lamp testing. 

Last November, California voters passed Proposition 39, the California Clean Energy Jobs Act, ending a state tax break for multistate businesses and dedicating the anticipated revenue to energy efficiency projects and job creation in the clean energy sector. The Governor's office recently released 2013–2014 budget summary proposes to allocate all Prop 39 funds to K–12 schools and community colleges for efficiency upgrades and clean energy job training programs.

After intensive R&D efforts in the lab at CLTC, a dual-loop photosensor is now commercially available. The LMLS-600 is the first lighting control device to combine open-loop and closed-loop photosensor technologies and the latest addition to WattStopper's Digital Lighting Management (DLM) system. The result makes daylight harvesting significantly more reliable, energy efficient and cost effective.