Datong, August 22-24, 2025 – BCI Cloud Infrastructure participated deeply in the 2025 China Computing Power Conference held in Datong under the theme "Computing & Network Foundation, Intelligence Leads the Future." Across high-end industry forums, salon discussions, and closed-door meetings, its business units spanning Energy, Campuses, Design, Equipment, and Computing Power presented to the industry BCI Cloud Infrastructure's capabilities and their implementation in Datong. The focus was on developing a long-term sustainable, new-generation computing power industrial cluster through a vertical ecosystem, forging the "Datong Model" for China's computing power infrastructure industry.

At forums including the Computing-Power Synergy Innovation Forum and the "Wisdom in the Cloud" Data Industry Private Sharing Session, Xu Jun, General Manager of the Campus Business Unit, delivered keynote speeches. He detailed the specific PowerCampus pathway for computing-power synergy within the Datong Super Energy Complex. This involves leveraging local wind and solar resource maps and models for output and demand forecasting to predict energy supply-demand gaps. It dynamically adjusts the supply ratio from complementary wind and solar sources, maximizes green energy utilization during optimal generation intervals using energy storage and computing load regulation technologies, and achieves 100% green power consumption through "direct green power connection + range-extending energy storage." The result is highly reliable, available energy support from wind, solar, storage, and transmission infrastructure physically located within a 20km radius of the computing center.

Speaking at the Intelligent Computing Innovation Development Forum, Yang Ziling, General Manager of the Computing Power Business Unit, emphasized that computing power must be grounded in real demand to achieve effective industrial chain coordination and talent cultivation. Against this backdrop, the infrastructure industry can build sustainable investment and operation models—and a formidable moat in computing power—through refined management, effective investment scaling, and efficient supply chain collaboration.

During the "Computing Power China" industry roundtable dialogue, Zhu Liangdong, General Manager of the Energy Business Unit, noted that green and low-carbon development is a global consensus, with computing power infrastructure players actively investing in the energy sector. Accordingly, BCI Cloud Infrastructure is committed to fostering tangible connections between renewable energy and computing campuses via "energy-computing integration," generating genuine carbon reduction on the computing power side.

At a closed-door industry ecosystem discussion, Wu Sihai, Head of Equipment R&D, detailed BCI Cloud Infrastructure's efforts in building the local equipment manufacturing chain for energy-computing integration in Datong. He explained that through diversified investments, the company has established a Pioneering Demonstration Park for Energy-Computing Integration and Computing-Power Synergy Equipment Manufacturing in the Datong National Economic & Technological Development Zone. The park hosts a joint pilot-testing base, R&D centers, and multiple high-end equipment production lines, covering prefabricated building modules, power modules, HVAC modules, backup power systems, range-extending energy storage units, service modules, and containerized substations, thereby advancing infrastructure "white-boxing."

At the high-end architecture forum, Yao Xiang, Head of Planning & Site Selection, presented to architecture experts the aesthetic philosophy and practice behind BCI Cloud Infrastructure's computing power infrastructure buildings in Datong. For instance, the color scheme draws inspiration from Datong's ancient city walls, utilizing modern materials and techniques to convey the unique aesthetics of solidity, substance, and warmth found in traditional Chinese citadel construction. A distinct color palette, blending classical and modern elements, is created using the red walls and blue-gray floor tiles of Datong's historic architecture as a base. Furthermore, light installations forming "light tunnels" visually represent a design dialogue spanning millennia.