Data-Driven Risk Analysis of Joint Electric Vehicle and Solar Operation in Distribution Networks
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Palomino, Alejandro (ORCID:0000000297966084)↗
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Results for “distribution network”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Control of Networked Distributed Energy Resources in Grid-Connected AC Microgrids
Not provided.
Automation & Control Systems↗
An Online Feedback-Based Linearized Power Flow Model for Unbalanced Distribution Networks
Not provided.
Engineering↗
Convergence of Distributed Steinmetz Control for Balancing Distribution Network Voltages
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Engineering↗
Online Voltage Control for Unbalanced Distribution Networks Using Projected Newton Method
Not provided.
Engineering↗
Distributed Voltage Control in Distribution Networks: Online and Robust Implementations
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Engineering↗
Batch-Constrained Reinforcement Learning for Dynamic Distribution Network Reconfiguration
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Engineering↗
A Hybrid Simulation Tool for the Study of PV Integration Impacts on Distribution Networks
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Energy & Fuels↗
Dynamic Temporal Graph Sequence Data for Resilience-Oriented Distribution Network Reconfiguration
This dataset comprises temporal dynamic graph sequences generated from power grid simulations focused on grid reconfiguration to enhance resilience. The simulations model failure propagation under varying conditions, with nodes assigned distinct failure probabilities. For each time step, the dataset captures the evolution of node states (functional or failed) and features critical to grid operations, such as pv_output, load_profile, load_dispatch, dg_output, loss, and voltage. Node types include sources, normal loads, and nodes with specific equipment like PVs, micro turbines, or shunt capacitors. The dataset is structured to support the training of dynamic graph neural networks, facilitating research on node feature prediction and edge dynamics under failure scenarios. Three distinct configurations are included, providing a robust foundation for modeling power grid resilience.
29 ENERGY PLANNING, POLICY, AND ECONOMY↗
Machine Learning Embedded in Distribution Network Relays to Classify and Locate Faults.
Abstract not provided.
Jones, Christian Birk↗
A Data Driven Approach for Resilience Analysis of Water Distribution Networks
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Poff, Jason↗
Synthetic Water Distribution Network Models: Challenges and Opportunities
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Searles, Ian↗
Evaluating Electric Vehicles Hosting Capacity Methods in Distribution Networks during Wildfires
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Acosta, Oscar Samuel [Sandia National Laboratories↗
Outage Detection for Distribution Networks Using Limited Number of Power Flow Measurements
Not provided.
Engineering↗
Protection coordination of the Kennedy Space Center electric distribution network
A computer technique is described for visualizing the coordination and protection of any existing system of devices and settings by plotting the tripping characteristics of the involved devices on a common basis. The program determines the optimum settings of a given set of protective devices and configuration in the sense of the best expected coordinated operation of these devices. Subroutines are given for simulating time versus current characteristics of the different relays, circuit breakers, and fuses in the system; coordination index computation; protection checks; plotting; and coordination optimation.
Source record↗