2016-17 Matlab Projects

1.Coordination of Frequency Reserves in an Isolated Industrial Grid Equipped With Energy Storage and Dominated by Constant Power Loads.

2.Optimal Energy Management in Autonomous Power Systems With Probabilistic Security Constraints and Adaptive Frequency Control.

3.Inertia Estimation of a Power System Area Based on Iterative Equation Error System Identification.

4.Wide-Synchronization Control for Power Systems With Grid-Forming Converters.

5.Enhanced DC Voltage and Frequency Regulation for High Voltage AC/DC Power Grid.

6.Fast Contingency Analysis and Control for Overload Mitigation in Integrated High Voltage AC and Multi-Terminal HVDC Grids.

7.Optimal Primary Frequency Reserve Provision by an Aggregator Considering Nonlinear Unit Dynamics.

8.A Model Predictive Approach for Enhancing Transient Stability of Grid-Forming Converters.

9.Optimized Unsymmetrical Per-Phase Droop for Soft Line Switching of Reconfigurable Unbalanced Inverter-Based Islanded Microgrid.

10.Dynamic State Estimation for Inverter-Based Resources: A Control-Physics Dual Estimation Framework.

11.DNN Assisted Projection Based Deep Reinforcement Learning for Safe Control of Distribution Grids.

12.Reduced Voltage-Dependency by Categorical Location Information and Distance Along Street Metric for Meter-Transformer Mapping in Distribution Systems.

13.Tractable Data Enriched Distributionally Robust Chance-Constrained Conservation Voltage Reduction.

14.Data Driven Decentralized Control of Inverter Based Renewable Energy Sources Using Safe Guaranteed Multi-Agent Deep Reinforcement Learning.

15.Towards Using Utility Data to Quantify How Investments Would Have Increased the Wind Resilience of Distribution Systems.

16.Learning Power Grid Outages With Higher-Order Topological Neural Networks.

17.Enhance Unobservable Solar Generation Estimation via Constructive Generative Adversarial Networks.

18.A Testing Framework for Blockchain-Based Energy Trade Microgrids Applications.

19.Low-Dimensional ODE Embedding to Convert Low-Resolution Meters into �Virtual� PMUs.

20.A Scalable Approach to Large Scale Risk-Averse Distribution Grid Expansion Planning.

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