Yue Zhou

Lecturer in Cyber Physical Systems

Cardiff University

United Kingdom

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Dr. Yue Zhou is a Lecturer in Cyber Physical Systems at Cardiff University, UK. His research areas encompass energy-carbon efficiency in hydrogen metallurgy, innovative business models for mobile charging stations, and optimization in power distribution networks. He has contributed significantly to advancing methodologies for dynamic scheduling in resilient power systems and enhancing energy trading markets through robust optimization techniques.

Yue Zhou

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Articles (26)

Leasing Business Model for Truck Mobile Charging Stations: From the View of Operators

Feasible Operation Region-Based Constraint Management of Distribution Networks With Soft Open Points

Coordinated Scheduling of EV Charging Service and Energy Arbitrage for Truck Mobile Charging Stations

Hybrid tri-level optimal sizing of hydrogen storage for addressing long-term seasonal fluctuation of RES

Energy-carbon comprehensive efficiency evaluation of a hydrogen metallurgy system with low-temperature waste heat recovery

Cost-effective scheduling of a hydrogen-based iron and steel plant powered by a grid-assisted renewable energy system

Privacy-protected P2P electricity and carbon emission trading markets based on distributionally robust proximal atomic coordination algorithm

Multi-Stage Robust Optimization of Real-Time Dynamic Dispatch With Fast-Acting Units in Resilient Power Systems

Resilience-Oriented Two-Stage Restoration Considering Coordinated Maintenance and Reconfiguration in Integrated Power Distribution and Heating Systems

Rational capacity investment for renewable hydrogen-based steelmaking systems: A multi-stage expansion planning strategy

Data-driven real-time predictive control for industrial heating loads

Power flow traceable P2P electricity market segmentation and cost allocation

A Data-Driven Topology and Parameter Joint Estimation Method in Non-PMU Distribution Networks

A Methodology for Building Generation Trajectories to Balance Continuous-time Load Profiles

A State-similarity-based Fast Reliability Assessment for Power Systems with Variations of Generation and Load

Bayesian Optimization - LSTM Modeling and Time Frequency Correlation Mapping Based Probabilistic Forecasting of Ultra-short-term Photovoltaic Power Outputs

Robust stochastic optimal dispatching of integrated electricity-gas-heat systems with improved integrated demand response

Three-dimensional yaw wake model development with validations from wind tunnel experiments

Two-stage data-driven dispatch for integrated power and natural gas systems by using stochastic model predictive control

A unified multi-step wind speed forecasting framework based on numerical weather prediction grids and wind farm monitoring data

Resilience Assessment for Power Systems Under Sequential Attacks Using Double DQN With Improved Prioritized Experience Replay

Blockchain Enabled Decentralized Local Electricity Markets With Flexibility From Heating Sources

Distributionally robust optimization for peer-to-peer energy trading considering data-driven ambiguity sets

Enhancing Resilience With Electric Vehicles Charging Redispatching and Vehicle-to-Grid in Traffic-Electric Networks

Fast and Generic Energy Flow Analysis of the Integrated Electric Power and Heating Networks

Optimized Operation Framework of Distributed Thermal Storage Aggregators in the Electricity Spot Market

Collaborators (9)

Ruiyang He

Meysam Qadrdan

Nicholas Jenkins

Eduardo Vega-Fuentes

Jin Yang

Shiyan Hu

Weiqi Hua

Jianzhong Wu

Gen Li

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