Innovating Energy Storage Together: Shandong University Faculty and Students Visit for Exchange

Date: June 24, 2025
Location: Jinan, Shandong, China

Recently, faculty and students from the Class of 2022 Energy Storage program at Shandong University visited our company for an in-depth tour and exchange focused on energy storage experimental equipment. The visit not only reflects Shandong University’s trust in our products but also opens new possibilities for collaboration in the field of energy storage.

Cutting-Edge Equipment Draws Attention, Expert Explanations Showcase Strength

Accompanied by our Sales Director, Ma Biao, the Shandong University delegation toured our equipment exhibition area, where they were immediately captivated by a variety of advanced energy storage experimental systems. From high-precision energy storage battery testing platforms to hydrogen fuel cell experimental devices and molten salt energy storage systems, each piece of equipment reflects our dedication and expertise in energy storage technology research and development.

Aligned with Shandong University’s research directions, the visit included detailed explanations and discussions. The comprehensive energy storage experimental system was analyzed in depth, covering aspects such as modular design and safety mechanisms, giving faculty and students a hands-on understanding of its value in research and teaching. The group actively asked questions, which were answered by our technical team, creating a lively and interactive exchange.

Discussion Sparks New Ideas, Collaboration Prospects Take Shape
After the tour, both sides held a focused exchange seminar. Shandong University professors shared the university’s research achievements and future plans in energy storage, expressing a strong demand for high-precision, intelligent experimental equipment. Company leaders introduced our innovative approaches and technological breakthroughs in energy storage device development, emphasizing reliability, usability, and other advantages.

The discussion centered on optimizing energy storage equipment functionality and enhancing experimental teaching and research efficiency. Faculty and students provided numerous constructive suggestions, which our R&D team carefully documented, committing to integrate them into future product improvements. This seminar laid a clear foundation for future cooperation in customized equipment and joint technology R&D.

The visit from Shandong University faculty and students marks another important milestone in our collaborative journey. Moving forward, we will continue to deepen our focus on energy storage experimental equipment, enhancing product quality and service while partnering with Shandong University to drive innovation and talent development in the energy storage field, opening a new chapter of win-win collaboration.