Automated Demand Response Program

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Based on the technology and market results of PG&E’s 2005-2006 Automated Critical Peak Pricing pilot program conducted by Lawrence Berkeley National Lab and technologies developed by the California Energy Commission’s Public Interest Energy Research Demand Response Center, the Automated Demand Response Program (Auto DR) utilizes a communications infrastructure (via a computer server) to send PG&E customers demand response signals and implement load reductions automatically through their facility’s control system.

Auto DR conducts a thorough analysis of a site’s unique and ongoing energy needs. Working together, PG&E and facility energy managers identify demand reduction strategies such as managing lighting and HVAC systems, in order to reduce or even eliminate electrical usage during times of high electricity prices or electricity system emergencies. Customers are provided with funds to pre-program their energy management and control systems. Automatically, PG&E sends a signal (via Internet) to these energy control systems during times of high electricity prices or system emergencies, which initiates a series of pre-programmed, pre-authorized demand reduction strategies. These demand reduction events occur between May 1 and October 31, noon and 6 p.m. during hot, peak-energy use weekdays. The system monitors load reduction and generates a next-day report showing financial results as well as energy usage details.

To find out more information on the Auto DR Program, please visit www.Auto-DR.com or call Global Energy Partner at 925-284-3780.

Equipment that Qualifies for Incentives

Here are just some of the examples of the type of equipment and controls that qualify for incentives:

• Wired and wireless controls (for lighting, HVAC, motors, pumps, fans, air compressors, process equipment, audio/video, etc.)
• Energy Management Software
• Energy Management Systems
• Repairs/upgrades/reprogramming of existing controls and Energy Management Systems
• Thermostats, Plug Strips, occupancy sensors, and other devices capable of receiving curtailment signals
• Appliances and vending machines capable or receiving curtailment signals