International Power and Electrical Engineering Conference (IPEE 2026)

The International Power and Electrical Engineering Conference (IPEE 2026) covers innovations in power and electrical engineering, including intelligent control systems, power electronics, smart grids, electric vehicles, and data-driven energy management.

Key Topics

• 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