Enabling the Internet of Energy through Network Optimized Distributed Energy Resources ARPA-E

21 Pages·2016·3.29 MB·English

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
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About DNV GL
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Helping solve the “energy trilemma”
Storage fits as a growing part of the solution
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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
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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
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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
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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
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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
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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
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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
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