Title :
An integrated utility microgrid test site ecosystem optimized by an open interoperable distributed intelligence platform
Author :
Vukojevic, Aleksandar ; Laval, Stuart ; Handley, Jason
Author_Institution :
Duke Energy, Charlotte, NC, USA
Abstract :
Microgrid is any subset of a distribution grid that can be islanded from the grid and continue to operate as a distributed energy resource (DER). Recent advances in technology have enabled the creation of microgrid test beds, with distributed generation (DG) and energy storage providing sufficient energy to power the loads within the Microgrids. Duke Energy is developing a new Microgrid test bed at its Mount Holly, NC facility that will not only be a self-sustaining entity when disconnected from the grid, but also for the first time trying to prove the interoperability via the distributed intelligence platform (DIP) by utilizing the publish and subscribe message bus protocols to share the data between all devices within the Microgrid. This concept will provide safe, reliable, and secure power environment that utilizes set of communication technologies, both wired and wireless.
Keywords :
distributed power generation; middleware; open systems; power engineering computing; DER; DG; DIP; distributed energy resource; distributed generation; distribution grid; energy storage; integrated utility microgrid test site ecosystem; open interoperable distributed intelligence platform; publish and subscribe message bus protocols; Batteries; Computer architecture; Electronics packaging; Interoperability; Microgrids; Protocols; Smart grids; AC microgrid; DC microgrid; Microgrid; distributed intelligence platform; interoperability; message bus;
Conference_Titel :
Innovative Smart Grid Technologies Conference (ISGT), 2015 IEEE Power & Energy Society
Conference_Location :
Washington, DC
DOI :
10.1109/ISGT.2015.7131852