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Huaqiao University

2025 the 4th Asia Power and Electrical Technology Conference (APET) will be held in Xiamen, China from December 26-28, 2025. Co-sponsored by Huaqiao University, and IEEE Power & Energy Society, co-organized by Fuzhou University, and patroned by Fujian University of Technology, China, Donghua University, Tianjin University, China, Hebei University of Technology, China, the APET conference provides a valuable platform for knowledge sharing, collaboration, and networking.

Email: nazal@sina.com

Power System and Smart Grid: Power Electronics and Key Technologies; Advanced Power Semiconductors; Semiconductor Technology; Diagnosis and Sensing Systems; MEMS-Micro Sensors and Structures; Power Distribution; Power System Design; Power Electronics and Power Drives; Power Generation and Sustainable Environment; Power Market and Power System Economics; Power Quality and Electromagnetic Compatibility; Power System and Its Automation; Power System Modeling, Simulation and Analysis; Power System Planning and Scheduling; Power System Protection, Operation and Control; Power System Reliability and Security; Power System Stability; Electromagnetic And Applied Superconductivity; Electromagnetic Compatibility; Electromagnetic Transients Programs; Electronic Materials; Electrotechnologies; Power Systems Deregulation; Smart Grid; Smart Sensors and Advanced Metrology Infrastructure; Power and Energy System Applications; Impact of Smart Grid on Distributed Energy; Smart Grid Interoperability and Standards; Smart Grid Deployment and Demonstration Project; Data Sciences Techniques in Power Engineering; AI/Machine Learning Application in Power Systems; Big Data Application in Power Systems.

Wilhelm and Else Heraeus-Foundation

The global shift to renewable energy presents both a vital opportunity and significant technical challenges. This seminar offers a holistic view of future energy systems shaped by natural conditions, emphasizing a synergistic approach that integrates meteorology and energy technology. The goal is to develop advanced, adaptive solutions that enhance the use of weather-dependent renewable energy sources — particularly wind and solar — in both short-term operations and long-term climate planning.

Komplexe Systeme und Chaos ,    Erneuerbare Energien und Wäremekraftwerke