Distributed systems to optimize power distribution and support microgrids
Bradley Williams, Stephan Ao
Abstract
Bradley Williams, Stephan Ao
Abstract
This paper explores the structure, use, and value of Distributed Grid Management as a process and technology to support distributed grid optimization functions and microgrids to better integrate into the electrical grid small quantities of local, distributed power generated from renewable resources. The paper describes the value of distributed distribution management as it applies to Microgrids to support overall value in moving electricity generation toward a more sustainable model. We will discuss operational demonstration projects in San Diego, California, USA, and another planned in Shanghai.
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This paper explores the structure, use, and value of Distributed Grid Management as a process and technology to support distributed grid optimization functions and microgrids to better integrate into the electrical grid small quantities of local, distributed power generated from renewable resources. The paper describes the value of distributed distribution management as it applies to Microgrids to support overall value in moving electricity generation toward a more sustainable model. We will discuss operational demonstration projects in San Diego, California, USA, and another planned in Shanghai.
Key concepts: Distributed generation, Grid, Computer science, Renewable energy, Distributed power generation, Distributed management, Distributed computing, Distributed power