In order to promote the establishment of a collaborative research and development system for "AI+materials" in the company and solve the computing power problem required for material research and development, the company relies on the technical advantages of Guangdong Xinpei Sen Technology Co., Ltd.'s Hexi architecture high-speed computing server, combined with the company's deep experience in the physical industry, to jointly create an atomic level scientific computing scale computing power center - Guangdong Hexi Atomic Intelligent Computing Center. The center is supported by the high-speed computing capabilities of density functional theory (DFT) and molecular dynamics (MD), accurately focusing on the computing power needs of material research and development in various fields, and providing core computing power support for industrial innovation.

The company has established a computing power center to reconstruct its research and development model with atomic level computing power. By utilizing the company's years of research and development data and achievements in the field of materials, it deeply couples material simulation with AI algorithms, promoting the development of new energy materials from "experience trial and error" to "data intelligence", accelerating breakthroughs in key technologies such as solid-state batteries, continuously building a technological moat, driving the company's transformation from a "material provider" to an "AI+material solution provider", and opening the second growth curve. This cooperation is based on technological collaboration, building a closed-loop ecosystem of "chip algorithm scene", and strengthening the core competitiveness of Dow Jones technology and Chipson in the integration of "computing power+industry".