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ISSN: 3050-7448

Adversarial threats in LLM-augmented decision support for cyber-physical energy system with wildfire: Attack modeling and mitigation

Large language model (LLM) has the potential to support cyber-physical decision-making by helping human operators interpret complex system conditions, especially during high-stress events with cognitive...

Operating-range-aware spectral-margin design for microgrid controller parameters

Microgrid small-signal stability depends on both controller parameters and the operating equilibrium established under changing system conditions. Consequently, controller parameters tuned at a single...

Natural Gas as Transition Green Energy: Emission Penalty/Incentive vs. Green Energy Target

Natural gas is expected to become an important transition fuel for the decarbonization of energy systems. However, the high natural gas price may hinder the usage of natural gas in power generation....

Integrity-assured wind farm telemetry transfer using permissioned distributed ledger

Due to their advantages, wind farms (WFs) are increasingly integrated into power systems. In such cyber-physical systems, secure integration requires addressing challenges such as data security, integrity,...

A structure-based analytical framework for optimal distributed generation allocation in distribution systems

Distributed generation (DG) from renewable sources is transforming distribution systems, making optimal DG placement increasingly important for secure and efficient system operation. Existing methods...

The emerging landscape of cyberthreats in SCADA deployment

•Develops a quantitative cyber–physical risk portfolio framework based on steady-state occupancy of cyber–physical–social system states.•Introduces a generalized stochastic Petri net (GSPN)-based discrete-event...

Leveraging federated learning for smart grids: A comprehensive survey

•Systematic observations of federated learning’s applications from different aspects.•Categorized discussions on the vulnerabilities of federated learning in smart grids.•Organized discussions on defense...

Agent AI-based platform for renewable energy system design and optimization

•This paper develops an agent AI-based platform for a complete solar microgrid design and analysis.•The system implements real-time simulation with 24-h performance modeling and comprehensive stress...

Network-constrained midterm clustered unit commitment: A multi-stage stochastic model with multi-time-scale uncertainties and nonanticipativity

This paper proposes a multi-stage stochastic network-constrained clustered unit commitment model for the optimal midterm scheduling of hydro-wind-thermal power systems under multi-time-scale uncertainties....

Resilient planning of multi-type remote-controlled switches and soft open points in distribution systems under thunderstorm disasters

•Multi-type RCSs and SOPs in distribution systems are coordinated based on their types, capabilities and operational limits.•The sequential switching operations are captured via multi-stage recovery...

Exploring the role of transformer neural networks in forecasting IBR-dominant power system dynamics

The energy system transition requires fundamental changes in the power system, which in turn introduce uncertainties and increase complexity. In addition, with the proliferation of inverter-based resources...

Optimization of renewable-integrated energy systems via artificial intelligence: Review and perspective

Renewable energy has attracted widespread attention as a vital component in the global transition to low-carbon energy systems. Renewable-integrated energy systems (R-IESs) effectively combine diverse...

Resilient distributed optimization algorithm based on 2-hop neighbor information for integrated energy systems

To address the distributed optimization problem of integrated energy systems (IESs) subjected to false data injection (FDI) attacks, this paper proposes a resilient distributed optimization algorithm...

Cyber-physical resilience of coupled power and transportation systems with massive autonomous vehicles: Challenges and outlooks

The rapid development of autonomous driving is intensifying the interconnection between urban power, traffic, and cyber systems. This integration enhances system efficiency and intelligence but also...

Guest editorial: Special issue on AI for cyber-physical energy systems

MiRoCPO: Mutual information and RoCoF-aware constrained policy optimization for robust load frequency control against temporal-coupled attacks

•The MiRoCPO framework for robust load frequency control in power systems is proposed.•A RoCoF-aware worst-case cost function is designed to improve transient stability.•Mutual information minimization...

Review of digital twin and generative artificial intelligence for operation and control of new-type power systems

•Applications of DT and GenAI in new-type power systems are comprehensively reviewed.•Integrated architecture of DT and GenAI is explored to enhance intelligent operation.•Challenges and prospects of...

Beyond N-1: The Iberian blackout reveals interconnected risks in power systems

The 2025 Iberian blackout, a highly disruptive large-scale grid failure, underscores the increasing fragility of deeply interconnected and decarbonizing power systems. Traditional security paradigms,...

Deep reinforcement learning-based current control of grid following inverters with digital real-time simulation

•A DRL controller trained on a lightweight state-space model.•Direct deployment on a high-fidelity OPAL-RT switching inverter without retraining.•Demonstrates efficient cross-model deployment for practical...

Power system extreme weather scenario identification: Avoiding mode collapse in meteorological small sample diverse generation

The integration of fluctuating renewable energy sources has heightened power output volatility, particularly during extreme weather, exacerbating supply-demand imbalances. Short-term power balance analysis...

A selective-verification reinforcement learning framework for robust FDIA detection under topology changes and measurement noise in smart grids

•Proposed two-tier selective-verification RL framework for robust FDIA detection.•Proposed graph-consistency signature guides selective-verification decisions.•Ablation and convergence analyses support...

Large language model-driven rule synthesis for adaptive home energy management

This paper proposes an innovative large language model-driven rule synthesis (LLM-RS) framework for adaptive home energy management system (HEMS). The framework addresses three critical challenges in...

Cyber-physical-social insights into barriers to transactive energy market development in power systems

•Propose a cyber–physical–social framework for analyzing transactive energy markets.•Reveal key barriers of bounded rationality, strategic gaming, and secure clearing.•Integrate behavioral economics...

Cybersecurity challenges and defense strategies for next-generation power systems

As modern power systems become increasingly interconnected and digitized, they face growing exposure to sophisticated cyber threats. Attacks such as phishing, malware infiltration, and denial-of-service...

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