Industry-Academia Collaboration

Responsible for the three core electric vehicle technologies, including motor, electronic control and battery. Imparting core drivetrain technologies enables students to test vehicle structures and battery performance in the future, while preventing battery overheating and improving explosion resistance and safety. In addition, Seetel offers courses on battery management and battery safety at NTU, sharing its passion and technical know-how with students. The Company also assists the NTU Racing Team in developing and assembling the next generation of high-voltage, high-power battery modules, enabling the team to pursue new designs with confidence. To ensure that students achieve consistent and stable performance in competitions, Seetel supports the team in conducting a full series of tests.

As one of the long-standing sponsors since the team's founding, Seetel provides professional advice on battery module design through years of close collaboration, which has helped deepen the students' understanding of battery module technology.

Beyond energy storage applications, Seetel has also contributed to microgrid control strategies. It has collaborated with National Central University to plan and develop a research project on composite dynamic regulation of spinning reserve capacity for power transfer, and has jointly explored topics such as battery state of health with the Department of Electrical Engineering at Tamkang University. With a commitment to talent cultivation, Seetel actively promotes collaborative research in academia and engages in in-depth academic-industry partnerships. With many years of experience in lithium battery technologies and extensive market insights, Seetel strengthens the connection between industry practices and academic theories, and supports students’ development in software R&D.
 

Seetel is continuously refining its efforts in power integration and has established robust partnerships with academic authorities to foster advanced academic-industry energy and technology strategies. In 2024, Seetel signed a Memorandum of Understanding (MOU) with the College of Electrical Engineering and Computer Science at National Central University for industry-academia collaboration on smart microgrid control applications. The collaboration focuses on enhancing the efficiency of energy storage technologies, effectively integrating and utilizing distributed renewable energy generation, regulating front-of-the-meter (FTM) and behind-the-meter (BTM) energy supplies, improving grid stability, and enabling adaptive and optimized power distribution strategies based on the energy demand and environmental conditions, while providing real-time integration of new power sources.