This project will verify the demand and energy savings potential of electrodeless HID over a traditional HID (existing system) at a warehouse (customer site). Light levels will be compared to the existing system. Payback and life cycle cost will also be evaluated for this technology. Technology...

Lab assessment measures the optimal compressor and supply fan speeds in a packaged air-cooled AC unit, for different combinations of cooling load and outside air temperatures. Research provides insight into right-sizing AC units for intended...

This Emerging Technology report describes the data collection and analysis done to evaluate the energy savings potential of an energy management system (EMS) with integrated HVAC and lighting control functionality that is specially designed for small commercial facilities. As part of the project,...

In 2012, the University of California, Davis (UC Davis), Energy Institute initiated a project funded by the Emerging Technologies Program at the Pacific Gas and Electric Company (PG&E) to retrofit existing residential structures through energy efficiency improvements and with ground source...

As part of our work toward Advanced Lighting Control Systems (ALCS) incentive programs, quantifying the savings from ALCS has emerged as one of the biggest hurdles in adoption. In particular, estimating and verifying savings from daylight harvesting is challenging because savings are highly...

Project Summary This report documents a field evaluation of the Munters EPX 5000 installed at a grocery store in San Ramon, CA. The technology studied is an indirect evaporative and vapor compression hybrid dedicated outside air supply (DOAS) system. This study was performed after a lab...

PG&E worked with a retail grocery store chain to study heat recovery in a new supermarket in Santa Clara County, California.  Energy analysis and field monitoring were conducted to better understand the natural gas savings and consequent electric energy penalty associated with a heat...

This evaluation project consisted of a commercially available outdoor lighting product market assessment, a comparison of manufacturer claims regarding these products, and a laboratory evaluation of representative xenon products marketed for use in the outdoor sector. Laboratory test results...

This effort identifies best practices for developing a cost-effective All High Efficacy (AHE) residential lighting measure through the evaluation of emerging residential lighting design practices, purchasing processes, installation practices and the end-user experience associated with AHE lighting....

This project evaluates the performance and savings potential of driver integrated linear LED tubes (~22W per lamp) at one demonstration site as a potential retrofit for existing linear fluorescent T8 fixtures (28-31W per lamp). The project also integrates the use of wireless lighting controls to...