The International Power and Electrical Engineering Conference (IPEE 2025) covers topics such as:

• Control Technologies and Methods in Power Systems
  • Control Theory and Application
  • Control Science and Control Engineering
  • Intelligent control systems
  • Diagnosis and Sensing Systems
  • Mechatronics and Robotics
  • Intelligent Systems and Approach
  • Process control
  • Predictive control
  • Power System and its Automation
  • Real-time control
  • Advanced diagnostic and monitoring techniques
  • Power System Protection, Operation and Control
  • Electrical Traction Systems and Control
  • Electronics, Information and Control Systems
• Research and Development of New Power Electronic Devices
  • Electrical Materials and Process
  • Advanced Power Semiconductors
  • Electromagnetic Compatibility
  • Electromagnetic and Applied Superconductivity
  • Electronic Materials
  • Electromagnetic Transients Programs
  • Semiconductor Technology
  • MEMS-Micro Sensors and Structures
  • Sensors, communication networks and advanced metering infrastructure
  • Sensor and Micro-machines
  • New power semiconductor devices and their practical application
  • State estimation and real time situational awareness
  • EMC and power quality
  • Passive components and sensors
  • Materials for Electrotechnics
  • On-board, off-board,and wireless EV chargers
  • Measuring Technology and Instruments
• Intelligent Power System and Grid Operation
  • High Voltage Engineering and Insulation Technology
  • High Voltage and Insulation Technology
  • Power Generation and Sustainable Environment
  • Electric Vehicle Technologies
  • Power System Reliability and Security
  • Power System Modeling, Simulation and Analysis
  • Power Systems and Energy
  • Power System Stability
  • Electric vehicles and grid integration
  • Power Systems Communication
  • HVDC
  • Decarbonisation of conventional power systems
  • Distributed Generation
  • Smart Grids and Microgrids
  • Inverter based power grid and microgrids
  • Impacts of EV chargers in power distribution systems
  • Black start and resiliency of power grids
  • Cybersecurity in power systems
• Novel power equipment design and simulation
  • Electrical Machines, Power Electronics and Industry Applications
  • Electrical Machinery and Electrical Apparatus
  • Modeling, analysis and operation of hybrid AC and DC systems
  • Electric Drivers and Application
  • Electromagnetic transients and HV technique
  • Low inertia power system dynamics, stability and control
  • Novel converter topologies and applications
  • High-frequency converters and power supplies
  • Thermal management and reliability
  • Power converter control and drive circuits
  • Power Electronic Converters for Energy Systems
  • Converter packaging
  • High-power density converters
  • Grid-forming and grid-following inverters
  • Electric machines for electrification of transportation systems
  • Multi-port converters and solid-state transformers
  • High-frequency transformer designs
  • Control, analysis, and design of drives and electric motors
  • Inverter and Converter Technology
  • Transmission and Distribution Systems and Apparatus
  • Power Electronics and Power Drives
• Electric Power Data Analysis and Market Management
  • Power System Planning and Scheduling
  • Power Market and Power System Economics
  • Big data analysis in power systems
  • Power Systems Deregulation
  • Electricity market, policy and regulatory aspects
  • Data and computational intelligence in power systems
  • Load forecasting, demand response, and policy-making
  • Planning and operation of power systems under market conditions
  • Power markets and economic analysis