Using Distributed Decision-making to Optimize Distribution and support Microgrids
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.
introduction
Never in the history of the utility industry has the electric utility become so dependent on systems and data to drive safe and reliable operations. Electric utilities face a daunting challenge when they address local and regional mandates to increase use of distributed smart grid technologies including intermittent renewable, distribution based, distributed generation (DG). These DG systems are normally interfaced to the grid through power electronics and energy storage systems. A systematic organization of these DG systems within a Microgrid forms autonomous electricity environments that can operate within a larger electric utility grid.
If you would like to receive this free report, then please fill out the form below, after which we will send you your free copy:
cforms contact form by delicious:days
Share article:
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.