IEEE Power & Energy Magazine - Grid Edge 2023 - 19

* 23GET0197, New Perspectives on Grid Edge and Sensors
Y. LIU, University of Tennessee Knoxville
* 23GET0198, ML at the Edge: Development and Testing of
an ML-Based IoT Appliance for Oscillation Detection
L. VANFRETTI, Rensselaer Polytechnic Institute
* 23GET0199, AI Evolution in Grid Edge
Q. HUANG, Colorado School of Mines
Behind The Meter Distributed Energy Resources Management
for Market Participation (Panel Session)
Session Chair: Alex Papalexopoulos, ECCO International
In this Panel we'll focus on new ways to manage Demand
Resource flexible resources behind the meter and integrate
DERs to participate in wholesale and distribution energy markets.
The new approaches take advantage of the IoT revolution
and inexpensive communications technology to respond
to power grid state signals within a few seconds. We'll present
relevant methodologies, discuss various business models,
examine how they can be integrated into energy markets and
participate in energy, ancillary services and capacity markets
to solve various grid problems. We also discuss how ISOs are
preparing to comply with the landmark FERC Order 2222.
* 23GET0200, Behind The Meter VPP Aggregations for
Market Participation
A. PAPALEXOPOULOS, ZOME Energy Networks
* 23GET0201, Risk-controlled Supply Function for VPP
S. OREN, UC Berkeley
* 23GET0202, ISO Compliance with FERC Order 2222
R. O'NEILL, DOE
* 23GET0203, Latest developments in PJM's Wholesale
Electricity Markets
A. GIACOMONI, PJM Interconnection
* 23GET0204, New Resource Integration in the NYISO
Energy Market
H. EISENHARDT, NYISO
* 23GET0205, Case Study: n-Grid Energy Resource Management
System
M. KEZUNOVIC, Texas A&M University
e-Mobility & Distributed Energy Resources (Panel
Session)
Session Chair: Kyle Pynn, Burns & McDonnell
More and more clients are looking toward installing
microgrid capabilities for their facilities. This panel will
discuss the design challenges and need for utility planning
associated with the combination of charging loads and
DER/DESS at high power and KV ratings.
* 23GET0206, e-Mobility & Distributed Energy Resources
R. SINGHAL, 1898 and Company
April 2023 Show Issue
* 23GET0207, e-Mobility & Distributed Energy Resources
C. EFFENBERGER, Burns & McDonnell
Distributed coordination framework to leverage gridedge
resources for grid services. (Panel Session)
Session Chair: James Ogle, PNNL
Integration of renewable distributed energy resources
and storage at the grid edge coupled with more efficient
buildings and responsive loads are critical to advancing
decarbonization efforts. However, traditional electric system
planning and operations are challenged with faster
system dynamics and increased variability in supply and
demand with more localized effects. New approaches to
control and coordination are needed to not only maintain
a safe and reliable grid but
to leverage these grid-edge
resources to improve efficiency, resiliency, and equity. In
this panel, a group of industry leaders discuss the opportunities
and challenges in developing and deploying innovative
distributed coordination frameworks to better leverage
distributed energy resources in distribution system operations.
The panelist will provide perspectives on this theme
that span utility operational considerations, advanced grid
architectures and controls research from universities and
national labs, and practical deployment experiences from
solution providers.
* 23GET0208, Operational perspectives for distributed
controls
J. GIBSON, Avista Utilities
* 23GET0209, Distributed approaches to leverage DER for
flexibility & resiliency
A. DUBEY, Washington State University
* 23GET0210, Operational interoperability with distributed
controls
A. REIMAN, PNNL
* 23GET0211, Grid edge intelligence with open, interoperable
standards
S. LAVAL, Eaton
* 23GET0212, Lessons learned from designing edge-ready
systems
J. BARTLETT, Schweitzer Engineering Laboratory
Wildfire & Risk Mitigation (Panel Session)
Session Chair: Mike Beehler, Power Delivery Intelligence
Initiative
Resiliency is defined as the ability to withstand a " high
impact-low probability " event with little or no customer
outage impact. Resiliency can be applied to most basic
community infrastructure but especially overhead electric
transmission and distribution lines. California and the
West is faced with a dramatic increase in the number and
intensity of wildfires. Gulf states and the East Coast are
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IEEE Power & Energy Magazine - Grid Edge 2023

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