Community

The purpose of this page is to allow visitors and participants to see what teams are doing and how you might be involved. We expect that as you review the overviews of participant interests and team goals, you may see the makings of a new team. Please see below for how to suggest a new team effort. Comments and ideas are all welcome.

Phase II Project Teams

Phase II officially launched on April 20 and Phase II teams will be updated as they join or are formed. Organizations may participate in more than one team. Collaborators are welcome to join any team.

Phase I Project Teams

Information regarding the 2016 Phase I teams is posted here.


Business/Regulatory Models

  • Define fundamental business/regulatory model types
  • Characterize/define interfaces among the participants (physical/financial)
  • Identify legislative regulator features applicable to each model


Plans and Publications
Team lead
John Caldwell, EEI

Partners
EEI
Bluewave Resources
ICFI
CGI
PNNL
NIST
TeMix, Inc.
OATI
Robert Hershey


Reference Grid and Scenarios for TE Simulation

  • Develop a reference grid design and interoperability requirements to in turn allow testing of different TE approaches using different simulation tools while producing comparable results for a set of agreed on scenarios.
  • Keep it simple from beginning - One complexity at a time


Plans and Publications
Team lead
Khaled Masri, NEMA

Partners
Navigant
NEMA
CMU
MITRE
Dartmouth


TE Demo for Microgrid Energy Management

  • Scalability – Account for devices inside of building to full external market
  • Theoretical grounding – transactive
  • Graceful degradation


Plans and Publications
Team lead
Jennifer Worrall, Cleanspark

Partners
Cleanspark
TeMix
Univ. of Oklahoma
The Energy Mashup Lab
General Microgrids
Tata Consultancy
MIT
ABB
Navigant
Businovation
Dartmouth
OATI
Alstom
Geli


Common Transactive Services

  • Align what is simulated with real TE message exchanges by finding common meanings across environments


Plans and Publications
Team lead
William Cox, EML and Shawn Chandler, Navigant

Partners
Alliander
The Energy Mashup Lab
Navigant
MACT
TeMix
Caltech Resnick Institute
TNO


Co-Simulation Platforms

  • Create an “Open Platform” for integrating and coordinating across a diverse suite of modeling and simulation tools, and conduct integrated experiments.


Plans and Publications
Team lead
Himanshu Neema, Marija Ilic

Partners
Vanderbilt
PNNL
CMU
U Maryland
IBM
DOE


Transactive ADR

  • Advance TE in OpenADR Alliance, leveraging established DR member alliance to create an industry solution for TE.


Plans and Publications
Team lead
Rolf Bienert

Partners
OpenADR Alliance
Cleanspark
The Energy Mashup Lab
Alliander


PowerMatcher IoT

  • Demonstrate the benefits to the US electric grid of a market approach using PowerMatcher.


Plans and Publications
Team lead
William Miller

Partners
MacT-USA
Alliander
TNO
SUNY/Buffalo State
Rowan State
CMU

Participants

A participating organization is one that has joined (communicated required information via the Join page, and also participating in some team effort). Participant names are followed by short summaries of participant interests in the Challenge, and pdf links (when available) introduce the organization ideas and experience relative to the Challenge. Perhaps there is another organization with interests similar to yours and a team effort can be formed around that mutual interest to advance TE and the goals of the TE Challenge.

  • ABB - Market-based Transactive Exchanges, Control of Distributed Energy Resources, Local Grid Management, and Coordination between Centralized and Distributed Resources
  • Alliander - https://www.alliander.com/en
  • Alstom -
  • Bluewave Resources -
    Structuring of retail power markets and their value chain integration including with wholesale.
  • Businovation - Resilient and Fault Tolerant Distributed Energy Systems through Transactive Energy. Modeling of grid-Interactive EVs.
  • Caltech Resnick Institute - http://resnick.caltech.edu
    TE theoretical and applied research on markets+controls and practice related to industry structural changes based on architectural considerations and policy and business factors.
  • Carnegie Mellon University -
    Reference grid and scenarios to enable grid simulations for TE. Exercise CMU DyMonDs simulation platform to understand TE impact on grid operations.
  • CGI - https://www.cgi.com/en/us/utilities Business and policy models which are critical success factors to the deployment of TE
  • CleanSpark - http://www.cleanspark.com/ Distributed, secure, opensource/commercially-compatible software package to allow systems of microgrids to share power
  • Dartmouth - Multi-Agent System Transactive Energy Control Architecture for Microgrids; implement in hardware & software.
  • DOE GWAC - http://www.gridwiseac.org/about/transactive_energy.aspx
    Leading the way through TE conferences and white papers to understand the value of TE.
  • Edison Electric Institute -
  • The Energy Mashup Lab - http://www.theenergymashuplab.org/
    Common infrastructure and architecture for transactive interoperation and energy agents.
  • EPRI -
  • Geli -
    Control and Optimization of DERs
  • General Microgrids -
    Modeling and design of smart microgrids
  • Hershey - Analyze TE systems and compare performance and costs
  • IBM Research -
  • MaCT - http://www.mact-usa.com/
    Provide bridging of various protocols for data sharing and analysis for TE system
  • MIT - Develop dynamic market mechanism for microgrid models; implement in software and hardware.
  • MITRE - http://www.mitre.org/
  • Navigant - Coordination and control modeling to demonstrate value of transactive energy (TE) to utilities.
  • NEMA - http://www.nema.org/news/Lists/ElectroIndustryMagazine/Attachments/42/EI_June14.pdf to assist in developing Transactive Energy standards
  • NIST - http://www.nist.gov We want to see TE modeling and simulation tools advance, collaboration increase, and understanding of TE approaches grow.
  • OATI -
    Convergence of TE framework and the emerging DSO/DSP constructs, including existing regulatory barriers and possible solutions, available technologies, and required interfaces among transacting parties.
  • Oklahoma University -
    Design for control of robust, resilient, adaptable complex systems to facilitate the integration between smart grids and various types of buildings.
  • Pepco Holdings, Inc. -
  • PNNL -
  • Rowan University - www.rowan.edu
    Work with ISO/IEC/IEEE P21451-1 Standard development for Network Capable Application Processors aligns well with the underlying fabric of smart, energy-aware devices communicating using well-defined protocols.
  • Siemens -
  • SUNY/Buffalo State - http://suny.buffalostate.edu
  • Tata Consultancy Services - http://www.tcs.com/Pages/default.aspx
    Modeling of markets, electric networks, DSO approach, conflicting participant objectives, and green energy promotion
  • TEMIX, Inc -
    TE Retail Energy & Distribution Tariffs. TE retail subscriptions, spot transactions, & business/ regulatory model.
  • TNO - https://www.tno.nl/en/
  • University of Maryland -
  • Vanderbilt University -
    Modeling & Analysis of SmartGrid, TE approaches, Communication Network, Cyber Threats, and Grid Stability

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