Cree – Cree, Inc., a market leader in LED lighting, announces that the 120V LMR4TM LED module has achieved California Title 24 registration, helping OEM lighting manufacturers meet California’s rigorous energy efficiency standards and helping them to quickly enter the LED lighting market with fixtures based on the industry-leading Cree TrueWhiteTM Technology or Cree EasyWhiteTM solution. Cree is also extending the warranty on its LMR4 LED module family to five years to further accelerate the LED Lighting Revolution.
Lutron – Light control manufacturer Lutron Electronics Co., Inc. promotes the use of its technologies that are used in many whole building and whole home lighting systems in an effort to fill the gaps that exist between utilities and their customers in the burgeoning Smart Grid demand response arena.
LightNOW – In collaboration with the California Lighting Technology Center (CLTC) at UC Davis, EverLast Induction Lighting, a product of Full Spectrum Solutions, introduces The BioLume Series. The new patent-pending lighting series is a collection of hybrid bi-level fixtures that utilize a 5000K induction lamp and amber LEDs, coupled with occupancy sensor controls. When the area is vacant, amber-colored LEDs emit biologically-friendly light. When the sensor is triggered, the induction lamp turns on to provide bright white light for enhanced security.
Xeralux – Xeralux, Inc. announced that it is now an affiliate of the California Lighting Technology Center (CLTC) at the University of California, Davis and will utilize its cutting edge facilities and dynamic support staff to accelerate the product development and market availability of Xeralux outdoor area and industrial lighting retrofits and fixtures. Xeralux and CLTC will refine such things as light distribution, efficiency, and controls.
EMerge Alliance – The EMerge Alliance, an open industry association leading the rapid adoption of safe direct-current (DC) power distribution standards for commercial buildings, announced it formed the Task Level/Furnishings workgroup to create a standard bringing DC power directly to the desktop.
CLTC – Lighting control manufacturer WattStopper has launched a breakthrough advance in electric lighting control technology for daylight harvesting. The LMLS- 600 dual-loop photosensor control is the first device on the market to combine open-loop and closed-loop photo sensing strategies, greatly improving the accuracy and reliability of daylight sensing in spaces with skylights. The device is the result of research and development conducted in the labs of the California Lighting Technology Center (CLTC), part of the University of California, Davis.
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.
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.
Ubiquitous Communication by Light (UC-Light) is an emerging technology that uses visible light to perform wireless machine-to-machine communication. The mechanism at work with UC-Light is similar to the infrared technology used in TV remote controls, but UC-Light uses visible white light from modulated light emitting diodes (LEDs). Visible light communication (VLC) is potentially cheaper than conventional wireless communications because VLC can use pre-existing LED luminaires for communication purposes.
With support from a CITRIS seed grant, researchers at CLTC and UC Berkeley are working together to develop advanced lighting control algorithms that make use of multiple data streams, both local and remote, to improve lighting and energy management in buildings. Applications include electrical lighting systems in commercial spaces with windows and/or skylights.