Autogrid Systems, Inc.

Palm, Incorporated

Vijay Bhat

Amit Narayan

David G Champlin

Nancy Gayed

Henry Samuel Schwarz

Mark Eastwood

Abishek Bahl

Niraj Bali

The present invention demonstrates a highly distributed demand response optimization and management system for real-time (DROMS-RT) power flow control to support large scale integration of distributed renewable generation into the grid. The system is a cloud-based platform that reduces critical peak power safely and securely. The arrangement is provided with a control and communications platform to allow highly dispatchable demand response (DR) services in timeframes suitable for providing ancillary services to the transmission grid. The services are substantially more efficient than other forms of ancillary service options currently available to manage the intermittency associated with large-scale renewable integration.

Identifying operability failure in demand response (DR) assets

The present invention relates to a signal processing technique for characterization of baseline noise, and for determining load reduction in presence of baseline noise. The method utilizes sparse signal processing algorithm to recover demand resource response signal and a plurality of SNR enhancement strategies are then applied to demand resource response signal for enhancing the signal to noise ratio.

Determining load reductions in demand response systems

Techniques to manage contact information are described. An apparatus may comprise a mobile computing device. The mobile computing device may include a subscriber identity module having a first set of contact information. The mobile computing device may also include a contact management module. The contact management module may include a subscriber identity module cache manager to retrieve the first set of contact information from the subscriber identity module and store it in a subscriber identity module cache. The contact management module may also include a contact information database having a second set of contact information. The contact management module may further include a contact database manager to retrieve the first set of contact information from the contact information database and the second set of contact information from the subscriber identity module cache for a contact application. Other embodiments are described and claimed.

Techniques to manage contact information for a subscriber identity module

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San Francisco, CA, United States of America

Vijay Bhat