Markets

Install skylights and fluorescent lighting controls in office, shop, and storage areas of Callaway Golf. For more information, please contact the sponsoring organization.

Validate previous findings by conducting a replication study, and determine energy implications of improving building energy systems (daylighting, lighting, ventilation) while improving student performance.

Determine if the results are still valid when grade level effects and teacher assignment bias are considered, and identify impacts of natural ventilation on absenteeism.

Daylit buildings, combined with automatic photocontrols, have enormous potential to deliver substantial energy and peak demand savings. As a result, utility-run efficiency programs such as Savings by Design, and the...

Develop and test a cost-effective whole-building interface and networking system between light sensors and building envelope systems, especially motorized blinds, louvers and the variable transmittance electrochromic windows. PM: Martha Brook

Demand control ventilation (DCV) for commercial kitchen hoods reduces energy usage with optical and temperature sensors to determine the amount of exhaust air required to capture and contain effluents from...

DURING OIL EXTRACTING; DECREASING ELECTRIC DEMAND IN CALIFORNIA OILFIELD OPERATIONS BY REDUCING EXCESS WATER PRODUCTION

This project evaluates the demand response effectiveness of a demand control lighting (DCL) system during peak use periods. The DCL system was installed at a retail hardware store to verify the...

This project evaluates the feasibility of sewage treatment plants (STPs) with flows greater than 1 million gallons per day to participate in demand response (DR) programs. DR strategies applicable to...

This project implemented demand response strategies for interruption of pumping of well water during periods of high electric demand. The goal was to determine if water agencies can maintain their...