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ISSN: 3050-7448

Inaugural Editorial

Cyber-physical energy system for the energy revolution: A comprehensive solution for system design and operation

Cyber-physical system (CPS) is a networked, intelligent system that tightly integrates physical systems with cutting-edge information technologies to achieve efficient and secure operations. It is widely...

Neural-optimization integration for AC optimal power flow: A differentiable warm-start approach

Accelerating the convergence of AC optimal power flow (AC-OPF) problems is crucial for real-time power system operation, especially as modern grids face increasing complexity from renewable energy integration...

Port cyber-physical energy systems: Advances, challenges, and future directions

The port energy system is characterized by complex multi-energy coupling, high load volatility, and deep cyber-physical integration. Facing the trend of digital transformation and intelligent upgrading...

Generic Buffer: A data-driven flexibility modeling approach for predictive control in industrial steam networks

•A Generic Buffer accurately represents the intrinsic flexibility of a steam network.•Predictive control based on the Generic Buffer results in cost and emissions savings.•Our controller is tested in...

Survey on data-driven control and its application in cyber-physical energy systems

Data-driven control has rapidly matured into a powerful complement to classical model-based paradigms. Among the most successful approaches are nonparametric, trajectory-centric methods built on Willems...

Multi-objective optimization for energy blockchain cloud storage: Achieving efficiency and security synergy

With the rapid development of cyber-physical energy systems (CPES), enormous amounts of data are being generated and exchanged at edge nodes, placing stringent demands on data traceability, integrity,...

Regularity analysis of time series data: A new insight to mining value of power consumption profiles

Analyzing the regularity of power consumption data is critical for uncovering latent structure with practical value. The higher the regularity in power consumption data, the greater its analytical value....

Coordinated power control of virtual power plant for frequency regulation considering cyber-physical uncertainties

Driven by advanced Internet technologies, virtual power plants (VPPs) demonstrate significant potential for providing frequency regulation services to power systems by aggregating heterogeneous demand...

Game theory-based vulnerability analysis of cyber-physical power systems under interdependent network attacks

Cyber-physical power systems (CPPSs) have gained widespread adoption worldwide, driven by the growing need for enhanced power system security. The convergence of digital technologies with traditional...

Electric-vehicle aggregators as cyber-physical energy systems: Optimal operation strategy for frequency regulation and energy arbitrage

Electric-vehicle aggregators are distributed storage systems that require coordination and control. Therefore, they are cyber-physical energy systems of practical relevance to the power industry as...

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