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When a number of even small distributed generators are combined under common control, their aggregate contributions can easily become more attractive to utilities and system operators accustomed to dealing with 10-MW and larger facilities. (Central station plants can exceed 1,000 MWs.) Currently under development, DENNIS is just one activity that will provide a way to control a collection of small distributed generators as a single virtual unit capable of selling power and ancillary services to utilities, ISOs, and other entities.
The following documents are available as Adobe Acrobat PDFs. Download Acrobat Reader.
The following documents summarize work to develop a distributed energy neural network integration system. Explore them to learn more.
- Orion Engineering Corp.: Intelligent Solutions for Distributed Power Technology (PDF 223 KB). A fact sheet summarizing collaborative work with Distribution and Interconnection R&D.
- Distributed Energy Neural Network Integration System (PDF 345 KB). Presented at the Electric Distribution Transformation Annual Program and Peer Review Meeting, 2004, in Coronado, CA.
- Distributed Energy Neural Network Integration System (DENNIS) (PDF 200 KB). Presented at the Distribution and Interconnection R&D Annual Review, 2003, in Arlington, VA.
- Distributed Energy Neural Network Integration System (DENNIS) Quarterly Review (PDF 105 KB). Presented at the Distributed Power Program Quarterly Review, July 2002, in Madison, WI.
- Distributed Energy Neural Network Integration System (DENNIS) (PDF 890 KB). Presented at the Distributed Power Program Annual Review, 2002, in Arlington, VA.
- Distributed Energy Neural Network Integration System (DENNIS) Quarterly Review (PDF 233 KB). Presented at the Distributed Power Program Quarterly Review, October 2001, in Golden, CO.
- Distributed Energy Neural Network Integration System (DENNIS) Quarterly Review (PDF 264 KB). Presented at the Distributed Power Program Quarterly Review, July 2001, in Madison, WI.
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