AEET 2025 — 2025 International Conference on Applied Electrical Engineering and Technology

Applied electrical engineering and technology is a dynamic and rapidly evolving field that integrates principles of electrical engineering with cutting-edge technological advancements. It plays a pivotal role in shaping industries such as renewable energy, smart grids, automation, telecommunications, and advanced manufacturing. With the global shift toward sustainable development, the demand for innovative solutions in power generation, energy efficiency, and intelligent systems has grown exponentially. This interdisciplinary domain bridges theoretical research and practical applications, enabling the development of efficient, reliable, and eco-friendly technologies. From revolutionizing traditional industries to driving innovation in emerging sectors, applied electrical engineering and technology continues to be a cornerstone of modern technological progress. Based on this, we are excited to announce that 2025 International Conference on Applied Electrical Engineering and Technology (AEET 2025) will take place from August 29 to 31, 2025, at Taiyuan, China, which is co-sponsored by Taiyuan University of Technology, IEEE PES, BIEET and hosted by College of Electrical and Power Engineering,Taiyuan University of Technology.

Topics: We welcome both theoretical and practical research contributions, case studies, and application-oriented papers. AEET 2025 aims to advance the understanding and development of new technologies and solutions that can address the challenges and demands of the modern electrical engineering landscape. Topics of Interest Include, but are not Limited to: Power and Energy Systems Electrical Machines and Drives - Renewable energy integration and optimization - Design and control of electrical machines - Smart grids and energy management - High-efficiency electric drives - Power distribution and transmission networks - Power electronics for motor control - Energy storage systems and technologies - Electric propulsion systems - Power quality and reliability in electrical grids - Advances in rotating machinery - Electric vehicles and charging infrastructure Electrical and Electronic Circuits Electromagnetic Fields and Waves - Analog and digital circuit design - Electromagnetic compatibility and interference - Power electronics circuits - RF and microwave circuits and systems - Circuit protection and fault diagnosis - Antenna design and propagation - Signal processing and control circuits - Electromagnetic field analysis and simulation - Circuit modeling and simulation techniques - Wireless communication systems Automation and Control Systems Power Electronics and Drives for Industrial Applications - Industrial automation and robotics - Power conversion and control techniques - Control theory and applications - Power electronics for industrial automation - Embedded systems and IoT - High-efficiency inverters and rectifiers - Advanced control algorithms and techniques - Industrial motor control systems - Distributed and networked control systems - Power semiconductor devices and materials Signal Processing and Communications Advanced Electrical Engineering Technologies - Digital signal processing (DSP) and algorithms - Artificial intelligence and machine learning in electrical engineering - Communications systems and networks - IoT-enabled electrical systems - Wireless and optical communication technologies - Smart sensors and measurement technologies - Signal processing for sensor networks - Big data analytics in electrical engineering - Broadband communication systems - Cyber-physical systems in power and control Sustainable and Green Technologies Emerging Trends in Electrical Engineering - Green energy technologies and innovations - Quantum computing and electrical engineering - Energy-efficient electrical systems - Flexible and wearable electronics - Environmental impact of electrical engineering - 5G and future communication systems - Smart buildings and green infrastructure - Blockchain applications in electrical systems - Sustainability in electrical engineering design - Innovations in nanoelectronics and MEMS