Enabling the Internet of Energy through Network Optimized Distributed Energy Resources ARPA-E PDF
Preview Enabling the Internet of Energy through Network Optimized Distributed Energy Resources ARPA-E
Enabling the Internet of Energy through Network Optimized Distributed Energy Resources ARPA-E NODES Program TREIA Webinar June 28th, 2016 Michael Kleinberg, PhD Senior Consultant DNV GL 1 DDNNVV GGLL ©© 22001166 SAFER, SMARTER, GREENER About DNV GL 2 DNV GL © 2016 Helping solve the “energy trilemma” Storage fits as a growing part of the solution 3 DNV GL © 2016 Project Summary (cid:1) Demonstrate an innovative Internet of Energy (IoEn) platform – automated scheduling, aggregation, dispatch, and performance validation of network optimized DER (cid:1) Develop a scalable approach for the fast registration and automated dispatch of DER (cid:1) Simultaneously manage: 1) System level regulation (Category 2) 2) Local distribution support functions 3) Customer QoS (cid:1) Demonstrated and tested at Group NIRE’s utility-connected microgrid test facility in Lubbock, Texas, – integrated with local utility monitoring, control, and data acquisition systems 4 DNV GL © 2016 Project Summary (cid:1) The Internet of Energy (IoEn) enables a multi-party platform where participants can broadcast both their needs and their availability to perform services (cid:1) Recognizes that distributed energy assets will typically exist: – Behind-the-meter at customer sites Parties RReessiiddeennttiiaall CCuussttoommeerrss CC&&II CCuussttoommeerrss MMiiccrrooggrriidd OOppeerraattoorrss 5 DNV GL © 2016 Project Summary (cid:1) The Internet of Energy (IoEn) enables a multi-party platform where participants can broadcast both their needs and their availability to perform services (cid:1) Recognizes that distributed energy assets will typically exist: – Which are located a specific node on a distribution system Parties UUttiilliittiieess 6 DNV GL © 2016 Project Summary (cid:1) The Internet of Energy (IoEn) enables a multi-party platform where participants can broadcast both their needs and their availability to perform services (cid:1) Recognizes that distributed energy assets will typically exist: – Which is located within a specific sub-load area Sub-Load A Parties UUttiilliittiieess DDRR PPrroovviiddeerrss MMaarrkkeett OOppeerraattoorrss 7 DNV GL © 2016 Project Summary (cid:1) The Internet of Energy (IoEn) enables a multi-party platform where participants can broadcast both their needs and their availability to perform services (cid:1) Recognizes that distributed energy assets will typically exist: – Which exist within an ISO or Balancing Area Parties IISSOOss//RRTTOOss BBaallaanncciinngg AAuutthhoorriittiieess MMaarrkkeett OOppeerraattoorrss 8 DNV GL © 2016 Project Summary (cid:1) Lightweight, portable micro-market server analytics for balancing operational needs and DER availability IISSOOss//RRTTOOss Communicate Communicate Spatial Spatial & Temporal & Temporal Operational Availability Needs UUttiilliittiieess MMiiccrroo--MMaarrkkeett SSeerrvveerr AAggggrreeggaattoorrss CCuussttoommeerrss DDiissppaattcchh VVaalliiddaattee 9 DNV GL © 2016 ARPA-E NODES Team EOS • Expertise in power • Industry leading software • Fully operational multi- systems operations and to integrate, network, and MW, dynamic renewables control economically operate integration and testing • Industry accepted distributed energy systems facility modeling and simulation • Facilitating local and macro • Distribution-connected tools operational decisions microgrid through data method- • Independent testing and • ARPA-E CHARGES driven optimization performance evaluation microgrid testing 10 DNV GL © 2016
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