2026 7th International Conference on Electrical Technology and Automatic Control (ICETAC 2026)
was successfully held in Nanjing, China from June 12 to 14, 2026!
The opening ceremony was presided over by Zhang Gang, vice president of the School of Electrical and Automation Engineering of Nanjing Normal University, and Ma Gang, president of Nanjing Normal University, delivered a video speech.
Four experts in related fields were invited to give keynote speeches, covering intelligent robots, power system fault diagnosis, integrated energy system, new energy grid connection, motor control and other research directions.
Among them, Ding Shuo, a professor at Nanjing University of Aeronautics and Astronautics, is entitled "Research on Soft Driving Mechanism and Soft Sensing Method of Wearable Robots". Aiming at the pain points of the existing wearable robots, such as heavy self-weight, stiff driving and poor sensing effect, he innovatively puts forward the soft driving mechanism and new sensing technology, and combines the human motion law and deep learning algorithm to construct a man-machine adaptive intelligent assistant scheme, which provides a new idea for the research and development of lightweight and flexible wearable robots.
Liu Qingcheng, a senior engineer in Nanjing University of Information Science & Technology, focuses on "Research on Face Quality Assessment and Adaptive Screening Technology in Complex Power Scenes". Facing the problems of uneven illumination, equipment occlusion and unstable image quality in power scene image acquisition, a face processing system adapted to power scene is constructed from three dimensions: quality assessment, regional analysis and fusion screening, which lays a solid technical foundation for intelligent vision application in power industry.
Chen Hongtian, an associate professor of Shanghai Jiaotong University, is entitled "Fault Diagnosis of Time-varying System Based on Mamba and Its Application in Kunlong AG600". Combining the structured state space model and Mamba algorithm, a special fault detection method is constructed according to the dynamic characteristics of large-scale equipment with strong time-varying and strong coupling, and the intelligent diagnosis technology is successfully applied to the field of amphibious aircraft, expanding the engineering application boundary.
Wang Puyu, an associate professor at Nanjing University of Science and Technology, shared the research on "System Modeling Simulation and Non-invasive Load Identification Considering Wind-solar Storage and Load Access". Aiming at the new characteristics of AC-DC hybrid power system after wind-solar storage and multi-agent grid connection, the fine modeling and cross-platform joint simulation framework were completed, and a new load feature extraction algorithm was proposed, which effectively solved the problems of insufficient data sets and low load identification accuracy, and provided theoretical and technical support for the stable operation of high-proportion new energy power systems.
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In addition to the keynote speech, the meeting set up a number of oral reports. Young scholars from Zhejiang University, Shandong University, Tongji University, Southwest Jiaotong University, Xi 'an University of Technology and other universities shared their research results around the control of islanded photovoltaic hydrogen production system, optimal dispatching of active distribution network, carbon emission measurement of wind farm in the whole life cycle, sensorless control of permanent magnet synchronous motor, visual positioning of mechanical arm, suppression of low-frequency oscillation of power grid, digital twinning of motor manufacturing, insulation of power equipment and prediction of electromagnetic interference.
A total of 20 scientific research achievements were exhibited in the poster exhibition held in the same period, covering UAV safety control, power filter design, multi-agent collaborative control, converter topology optimization, cable fault identification, fan condition monitoring, insulation material simulation, modular converter control and so on. Participants stopped to exchange ideas, exchanged research experience and technical experience in a relaxed atmosphere, which further broadened their scientific research horizons.
The conference was hosted by Nanjing Normal University and hosted by the School of Electrical and Automation Engineering of Nanjing Normal University. AiScholar Escoland provided full technical support and conference services. The organizing committee of the conference also commended the outstanding papers, reports and achievements in the conference.
The success of ICETAC 2026 not only systematically sorted out the frontier trends, technical difficulties and development trends in the field of electrical technology and automatic control, but also further strengthened the academic ties and willingness to cooperate among domestic universities, scientific research institutions and industrial enterprises.