SUNTCN Seminar on "AI Empowering Energy Storage Systems"

On March 17, 2025, Professor Zhong, Dean of the School of Information Engineering at College of Science and Technology Ningbo University, recently led a faculty delegation to participate in the seminar on "AI Empowering Energy Storage Systems" hosted by Ningbo Yisheng Electronics Co.,Ltd.. This event focused on technological innovation, deepened the integration of industry, university, and research, and jointly promoted the development of sustainable energy solutions.

At the seminar, SUNTCN made a significant release of its latest achievement in the field of energy storage technology - a 10-kilowatt three-phase hybrid inverter product with an IP65 protection rating. This series of products is specifically designed for home, small and medium-sized commercial, and industrial scenarios. It integrates AI-driven optimization algorithms, which can significantly improve energy efficiency, grid stability, and operational safety.

Dean Zhong highly appraised SUNTCN's breakthrough in the integration of AI and energy infrastructure, and stated, "The combination of artificial intelligence and energy systems marks a revolutionary change in the management of renewable energy. The cooperation between universities and forward-looking enterprises like SUNTCN is crucial for accelerating technological innovation and cultivating professional talents."

During the event, the university and the enterprise had in-depth exchanges through technical workshops on the application of AI in scenarios such as predictive maintenance, load forecasting, and adaptive control of hybrid inverters. The discussions emphasized that joint research and development projects, internship programs, and talent cultivation plans will effectively connect academic research with industrial implementation.

With an IP65 protection rating, SUNTCN's three-phase hybrid inverter can operate stably in harsh environments. Its modular design supports seamless expansion and flexibly adapts to dynamic energy demands. Through AI technology, the system can autonomously optimize energy distribution, reduce waste, and lower the carbon footprint - which is also the common goal of SUNTCN and its academic partners.