PSET 2025, is an international conference where theory, practices, and applications of Power Systems and Electrical Technology and related topics are presented and discussed. Original contributions are solicited on topics covered under broad areas such as (but not limited to):

    Active power quality controllers
    Aerospace applications
    Analysis, design, control, and applications of electrical machines and drives
    Application and Design of Power Electronic Systems
    Application of power electronics in power system and generation
    Automotive vehicles
    Bearingless drive technologies
    Bio-medical power electronics
    Construction and protection
    Consumer power electronics
    Control of Power Converters
    Custom power devices
    Distributed generation
    Distribution networks
    Electrical Machines and Actuators
    Electromagnetic Compatibility
    Electro-Mechanical Energy Conversion
    EMC improvement with new materials and elements, systems
    EMC standardization
    Energy saving and compatibility of electrical drives and generators
    Energy storages
    Filters and compensators
    Fuel cell
    General power quality problems and measurements
    Grid interfaces
    Hard-switching and soft-switching static power converters
    Hybrid energy systems
    Measurements and computation-property of the power electronics circuits
    Measurements, Sensors and Observing Techniques
    Mechatronic Systems
    Micro-electromechanical systems (MEMS)
    Military Technology
    Modeling and simulation
    Modulation techniques
    Motion Control, Robotics, Adjustable Speed Drives
    Motor drives
    Power Converters
    Power Electronics Controllers for Power Systems
    Power Electronics converters for drives and generators
    Power Electronics education/professional development
    Power Electronics in Electrical Energy Generation, Transmission and Distribution
    Power Electronics in traction, automotive and shipping propulsion
    Power Electronics in Transportation
    Power Engineering related technologies
    Power integrated circuits (PIC)
    Power quality issues, harmonic problems and solutions
    Power Quality, Alternative Energy and Distributed Systems
    Power semiconductors, passive components and packaging technologies
    Reliability and economics
    Renewable Energy Sources
    Unconventional motors and generators
    Unconventional power electronics converters
    Variable and constant speed generators
    Voltage restorers
    Semiconductor Technology
    Electronic Materials
    Electromagnetic Transients Programs (EMTP)
    Communication Systems
    Intelligent Systems and Approach
    Information Technology Application
    Control Theory and Application
    VLSI Technology
    Embedded System
    Analog ad Digital devices and Services
    Digital Signal Processing
    Microprocessor based Technologies
    Digital Communication
    Digital Security
    Magnetic Theory
    Micro Machines
    Economic aspects of power quality and cost of supply.
    Sensibility of loads and other electrical equipment to power quality characteristics.
    Influences of disturbing loads on supply networks and other electrical devices.
    Electrical and exploitative characteristics of loads and electrical power converters.
    Reliability and continuity of supply.
    Power quality in grids with distributed generation and renewable energies.
    Harmonics.
    Energy efficiency in industry.
    Education and power quality.
    Electrical Materials and Process
    Semiconductor Technology
    High Voltage Engineering and Insulation Technology
    Electronic Materials
    Education and Training for Electrical Engineers
    Power System Planning and Scheduling
    Power System Protection, Operation and Control
    Transmission & Distribution Systems and Apparatus
    HVDC and FACTS
    Electromagnetic Transients Programs (EMTP)
    Wind, Solar and Renewable Energy
    Control Theory and Application
    Electrical Machines
    Electric Drivers and Application
    Electrical Traction Systems and Control
    Electromagnetic and Applied Superconductivity

Prospective authors are invited to submit full, original research papers that have not been submitted, published, or are under consideration in any other conference or journal. Submissions must strictly adhere to this originality requirement. Papers should be prepared in electronic format (PDF only) and submitted through the CMT Conference Management System or via email to: 📧 pset.chair@gmail.com