Welcome to the School of Automation of Wuhan University of Technology!
On April 7, the School of Automation at Wuhan University of Technology held an academic lecture and faculty-student symposium on Modeling and Optimal Operation of New Energy and Green Hydrogen Systems in Conference Room 327 of Qiushi Building. Professor Jiang Lin from the University of Liverpool, UK was invited to give the keynote speech. Zhou Keliang, Dean of the School, together with a number of faculty members and student representatives, attended the academic event.
In the lecture, Professor Jiang Lin focused on the cutting-edge field of modeling and optimal operation of new energy and green hydrogen systems, and systematically shared his core research achievements. For the hybrid photovoltaic-thermoelectric system under complex working conditions, he proposed the maximum power point tracking and dynamic reconfiguration methods, which effectively improved the energy harvesting efficiency and operational reliability of the system. Focusing on the green hydrogen production link of the wind-solar-hydrogen-storage system, he carried out research on collaborative scheduling and optimal operation, and realized the comprehensive improvement of hydrogen production efficiency, economic benefits and emission reduction effects through prediction-driven and rolling optimization.
During the symposium, the participating teachers and students had in-depth discussions with Professor Jiang Lin on new energy power systems, green hydrogen technologies, smart grid control, academic research, scientific research cooperation and other topics. The on-site interaction was enthusiastic, with full exchange of academic ideas and sharing of research experience.
This academic exchange closely follows the development needs of new power systems and the clean energy industry. It has effectively broadened the academic horizons of teachers and students of the School, strengthened the linkage of high-quality academic resources at home and abroad, and injected new vitality into the talent training, scientific research innovation and discipline construction of the School in the fields of new energy control, green hydrogen systems, smart grids and other directions.