Rui Zhang
Also known as: Rachel Zhang
UNSW Sydney, The University of Newcastle, The University of Queensland
Research areas: Engineering · Electrical and Electronic Engineering · Power System Optimization and Stability · Electric Power System Optimization · Microgrid Control and Optimization
About
Dr. Rui Zhang, Scientia Lecturer and ARC DECRA Fellow at UNSW, specialises in power systems and smart grids. Leading key research projects and a team of PhD students, she has extensive industry collaboration experience, has published over 50 papers, and is a researcher in power system stability and control, and AI applications in power systems with renewable energy integration.
Employment
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UNSW Sydney Scientia Lecturer2026 - Present
Education
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The University of Newcastle PHD2011 - 2014
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The University of Queensland Bachelor2007 - 2009
Projects & Funding
Projects & funding information is unavailable.
Publications (18)
- Conflict-averse federated multi-task learning for power system stability assessment Save
- Toward trustworthy AI in real-time event-driven power system emergency control: A knowledge-surrogate-guided deep learning approach Save
- Fast preventive transient stability control based on distributional deep reinforcement learning and graph isomorphism network Save
- Conflict-Averse Federated Multi-Task Learning for Power System Stability Assessment Save
- Enhancing Dynamic Security Assessment in Smart Grids Through Quantum Federated Learning Save
- Large Language Model Applications in Power Systems: A Comprehensive Review and Outlook Save
- Physics-Informed Preventive Transient Stability Control Under Incomplete SCADA Data via Multi-Set Masked Set-Transformers Save
- Transformer-Enhanced Constrained Reinforcement Learning for Load Frequency Control in High- Renewable Multi-Area Grids Save
- A Learning based Bidding Strategy for Energy Arbitrage of Battery Energy Storage Systems in Day-Ahead Electricity Market Save
- A Multi-Task Learning-Based Approach for Power System Short-Term Voltage Stability Assessment With Missing PMU Data Save
- A New Neural Network Paradigm for Scalable and Generalizable Stability Analysis of Power Systems Save
- A PINN-Centric Approach to Battery SOH: Harmonizing LSTM Dynamics with Kalman Filter Precision Save
- Research on Reverse Recognition Method of Power System Topological Structure Based on State Measurement,基于状态量测的电网拓扑结构反向识别方法研究 Save
- Research on cyber security defense technology of power generation acquisition terminal in new energy plant Save
- Reserch on cyber attack of key measurement and control equipment in power grid Save
- A Method for Power System Static Stability Situation Assessment Based on Scale Invariant Feature Transform Save
- A Noise-Tolerant Temporal-Adaptive Approach for Short-Term Voltage Stability Assessment of Power Systems Save
- Post‐disturbance transient stability assessment of power systems by a self‐adaptive intelligent system Save