Recently, the Department of Science and Technology of Anhui Province announced the first batch of 66 key laboratories recognized in Anhui Province in 2023 (including 26 enterprises), and the "Anhui Provincial Key Laboratory for High Energy Storage Capacitors and High Performance Dielectric Thin Film Materials" declared by the company was included.

In order to leverage the advantages of the integrated industrial chain of "thin films, metallized films, and thin film capacitors", strengthen the position of the enterprise as the main body of scientific and technological innovation, enhance independent innovation capabilities and core competitiveness, the company actively applies for the construction of the "Anhui Provincial Key Laboratory of High Energy Storage Capacitors and High Performance Dielectric Thin Film Materials". The key laboratory will focus on the core technology and bottleneck issues of high energy storage capacitors and thin film materials, carry out technological innovation and research and development, and enable the company to reach the international advanced level in key material preparation, product design, equipment manufacturing, and testing technology, break the foreign technology monopoly, enhance the core competitiveness of domestic high energy storage capacitors and thin film materials, promote industry technological progress and industrial structure upgrading, and cultivate relevant technology research and development teams and cultivate talent teams.

The company will take the approval to build a provincial key laboratory as an opportunity to further optimize and integrate various R&D experiments and testing resources within the company, increase R&D investment, accelerate talent team building, strengthen industry university research cooperation and collaborative innovation, conscientiously prepare the provincial key laboratory construction plan and task book according to the principles of goal orientation and performance orientation, complete various construction work according to the schedule requirements, and strive to build it into an advanced domestic R&D and experimental platform for high energy storage capacitors and high-performance thin film dielectric materials.