The 6th International Conference on Power, Energy and Electrical Engineering (PEEE 2025) focuses on the latest innovations and technologies in power, energy, and electrical engineering, covering topics such as renewable energy, power systems, and advanced electrical machinery.
Topics
- Power system protection, operation, and control
- Advanced power semiconductors
- Power quality and electromagnetic compatibility
- Electric vehicle technologies
- Wind, solar, and renewable energy
- Power systems communication
- Power system modeling, simulation, and analysis
- Electromagnetic compatibility
- Electromagnetic transients programs
- Power electronics in automotive, traction, and aerospace
- Control theory and application
- Renewable energy systems
- Mechatronics and robotics
- Power system planning and scheduling
- Power generation and sustainable environment
- Electrical machinery and electrical apparatus
- Power electronics and power drives
- Electric drivers and application
- High voltage and insulation technology
- Power system reliability and security
- Smart grid technology
- Industrial process control and automation
- Control science and control engineering
- Semiconductor technology
- Nuclear energy
- Information technology application
- Electronics, information, and control systems
- Power systems deregulation
- Materials for electrotechnics
- Intelligent control systems
- Sensor and micro-machines
Who should Attend
- Engineers and professionals working in power systems and energy sectors
- Researchers in electrical engineering and control systems
- Specialists in renewable energy and sustainable environments
- Technicians and engineers in power electronics and drives
- Academics and students in power and electrical engineering fields
- Experts in power generation and distribution systems
- Professionals involved in smart grid and automation technologies
- Industry leaders in the automotive, aerospace, and traction sectors
- Practitioners in high voltage and insulation technologies
- Consultants in energy market and power system economics
