International Journal of Electrical Power System and Technology

• Electrical Power Generation: Conventional and renewable generation, distributed generation, cogeneration, hybrid generation systems, generation planning, unit commitment, economic dispatch, and power-plant optimization.
• Power Transmission Systems: AC and DC transmission, high-voltage transmission, HVDC systems, transmission-line modelling, voltage regulation, reactive-power control, transmission reliability, and grid interconnection.
• Power Distribution Systems: Distribution planning, feeder analysis, voltage regulation, loss minimization, network reconfiguration, distribution automation, reliability assessment, distributed generation integration, and active distribution networks.
• Power System Analysis: Load-flow analysis, short-circuit studies, contingency analysis, optimal power flow, fault analysis, state estimation, stability studies, reliability assessment, and computer-based power-system simulation.
• Power System Stability and Dynamics: Transient stability, voltage stability, frequency stability, small-signal stability, electromechanical oscillations, dynamic modelling, system dynamics, wide-area stability, and oscillation damping.
• Power System Control: Load-frequency control, voltage control, automatic generation control, secondary and tertiary control, optimal control, adaptive control, predictive control, decentralized control, and intelligent control of power systems.
• Electromechanical Systems: Linear motors, rotary electrical machines, electromechanical drives, actuators, ball-screw drives, servo systems, motion control, motor-drive systems, and electromechanical energy conversion.
• Electrical Machines and Drives: Induction machines, synchronous machines, permanent-magnet machines, brushless DC motors, reluctance machines, generators, transformers, variable-frequency drives, and high-performance motor control.
• Power Electronics in Power Systems: Power converters, inverters, rectifiers, FACTS devices, power-conditioning systems, power-electronic interfaces, grid-connected converters, and converter control.
• Smart Grids and Microgrids: Smart-grid architecture, microgrids, distributed energy resources, advanced metering infrastructure, demand response, virtual power plants, grid automation, and intelligent energy-management systems.
• Renewable Energy Integration: Solar photovoltaic systems, wind-energy systems, hybrid renewable systems, distributed renewable generation, grid synchronization, renewable forecasting, inverter-based resources, and grid-support functions.
• Energy Storage Systems: Battery energy storage, supercapacitors, pumped storage, hydrogen storage, hybrid storage, battery-management systems, state-of-charge estimation, state-of-health estimation, and grid-scale storage applications.
• Artificial Intelligence in Power Systems: Artificial neural networks, machine learning, deep learning, reinforcement learning, fuzzy logic, expert systems, predictive analytics, intelligent fault diagnosis, AI-based forecasting, and intelligent grid operation.
• Power-System Forecasting and Estimation: Load forecasting, renewable-generation forecasting, electricity-price forecasting, state estimation, parameter estimation, probabilistic estimation, Bayesian methods, maximum-likelihood estimation, and data-driven prediction.
• SCADA and Energy Control Centers: Supervisory control and data acquisition, energy management systems, distribution management systems, control centers, remote terminal units, substation automation, real-time monitoring, and grid visualization.
• Protection and Relaying: Overcurrent, distance, differential and adaptive protection, digital relays, intelligent protection, fault detection, fault classification, wide-area protection, reclosers, circuit breakers, and protection coordination.
• Human-Machine Interfaces in Power Systems: HMI design, operator interfaces, control-room visualization, decision-support systems, alarm management, touchscreen interfaces, remote panels, human-centered control, and operator interaction with cyber-physical power systems.
• Power-System Communication and Automation: Industrial communication, wireless communication, IEC-based communication, remote monitoring, automation networks, substation communication, sensor networks, and communication-assisted protection.
• Cyber-Physical Power Systems: Integrated sensing, computation and control, networked energy systems, digital substations, resilient control, distributed intelligence, edge computing, and cyber-physical grid architecture.
• Power-System Data Analytics: Electrical-system databases, grid data management, event analysis, data integration, time-series analysis, data-driven diagnostics, big-data analytics, and information systems for power-system operation.
• Digital Twins and Simulation: Digital twins of power networks, real-time simulation, hardware-in-the-loop testing, dynamic simulation, electromagnetic transient simulation, model validation, and virtual power-system testing.
• Electric Vehicles and Grid Interaction: Electric vehicles, charging infrastructure, vehicle-to-grid systems, smart charging, traction systems, EV-grid integration, bidirectional converters, and charging-load management.
• Power Quality: Harmonics, voltage sag and swell, flicker, unbalance, power-factor correction, active and passive filters, custom power devices, power-quality monitoring, and mitigation techniques.
• Energy Management and Optimization: Demand-side management, energy scheduling, optimal dispatch, grid optimization, resource allocation, energy efficiency, peak-load management, and multi-objective optimization.
• Cybersecurity of Power Systems: Smart-grid cybersecurity, SCADA security, intrusion detection, secure communication, cyberattack mitigation, resilient power networks, and secure energy-management systems.
• Emerging Electrical Power Technologies: Grid-forming converters, solid-state transformers, wide-bandgap power devices, wireless power transfer, autonomous grids, blockchain-enabled energy systems, digital substations, and next-generation power-system technologies.

Open Access Statement

International Journal of Electrical Power System and Technology is an open-access publication which provides immediate open access to its content, supporting a greater global exchange of knowledge. All published works are freely available to a worldwide audience upon publication. Publication is subject to an article processing charge (APC), ensuring articles remain freely accessible online in perpetuity under a Creative Commons license.

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International Journal of Electrical Power System and Technology fully adheres to the Code of Conduct of the Committee on Publication Ethics (COPE) and its Best Practice Guidelines. The editorial team enforces a rigorous peer-review process with strict ethical policies to ensure the addition of high-quality scientific studies to scholarly publication.

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