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DER-enabled and Sensor-enabled Active Distribution System Management

* 21PESGM0106, A Privacy-Preserving Framework for Demand Response from Residential Loads: L. XIE, Texas A&amp,M University * 21PESGM0107, Managing Voltage Unbalance through a Combination of Centralized and Decentralized Control: L. ROALD, University of Wisconsin-Madison * 21PESGM0108, Using Smart Meters to Enable Active Distribution Grid Management: Z. WANG, Iowa State * 21PESGM0109, Locating Sensors to Identify Violations of Critical Limits in Distribution Systems: D. MOLZAHN, Georgia Institute of Technology * 21PESGM0110, Distribution System Topology Processor and State Estimation: M. HEDMAN, Arizona State University * 21PESGM0111, Network-level Optimization for Managing DERs in Active Distribution Systems: A. DUBEY, Washington State University

  • PES
    Members: $5.00
    IEEE Members: $10.00
    Non-members: $20.00
27 Jul 0021

High penetration level of distributed energy resources (DERs) introduces new opportunities and challenges for power system operations. One critical benefit of DERs is their prime location, which provides flexibility closest to demand and helps the system in many ways, from infrastructure deferrals to voltage management and improved resiliency. Together with DERs, distribution system sensors, smart meters, and advanced management techniques enable effective operation and control of distribution systems. Advanced computational techniques can be leveraged to identify primary and secondary distribution systems topologies and states. Machine learning and Artificial Intelligence can be used to forecast load and to assess demand flexibility. Advanced aggregation strategies enable scaled utilization of demand side resources for providing grid services. DER coordination approaches enable enhanced power quality, better outage management and can improve power system resiliency. This panel will discuss innovative approaches for distribution system operation and control using DERs and sensors and smart meter data.

Chairs:
Mojdeh Hedman, Arizona State University, Line Roald, University of Wisconsin-Madison
Sponsor Committees:
(PSOPE) Distribution System Operation and Planning

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