The computing power and energy systems are currently facing a profound structural contradiction: On one hand, the explosive demand for computing power driven by AI large models has intensified "energy anxiety." On the other hand, the "hard carbon constraints" under the dual-carbon goals impose stricter requirements for green transformation. As a core enabler of new productive forces, computing infrastructure's exponential energy consumption growth directly conflicts with the low-carbon objectives of energy systems. Meanwhile, the high volatility of renewable energy challenges stable power supply, rendering traditional energy dispatch models unsustainable.
Against this backdrop, balancing computing demand with energy constraints—while aligning AI development with low-carbon transition—has become a critical challenge for industries. At the "Computing-Power Synergy Development Forum" during the 20th China IDC Industry Annual Conference (IDCC2025) on December 11, 2025, the roundtable discussion will focus on the theme: "New Productive Forces: The Future Landscape of AI + Energy + Computing Power."
The forum will bring together industry experts to explore new models for computing-power synergy, AI-driven smart scheduling, and sustainable computing under the dual drivers of computing power growth and energy decarbonization. Key participants include: - Mr. Zhao Liang, Chief Growth Officer of Haoyun Changsheng Group - Mr. Xu Hui, Director of Strategic Development and Research Center at China Three Gorges Renewables - Ms. Gao Xiaoqi, Technical Director of Energy Innovation Division at VNET Group - Mr. Niu Kai, Energy and Power Expert at TENCENT (Shenzhen) - Mr. Zhang Xu, Operation and Maintenance Director of AI Data Centers at SENSETIME-W’s Large-Scale AI Infrastructure Division
Discussion topics will cover: 1. What is the core essence of computing-power synergy? 2. As synergy evolves from "power-dominant, computing-following" to bidirectional collaboration, how should companies redefine their roles in the industrial ecosystem? 3. What are the key pain points in supply-demand matching for computing-power synergy? What practical solutions have enterprises adopted? 4. What innovative mechanisms could enhance future supply-demand coordination? 5. How can AI optimize dispatch in "source-grid-load-storage" projects to reduce data center carbon emissions? 6. What are the most promising computing-power synergy business models in the next 3-5 years? 7. How can "technology + capital" foster a virtuous cycle for green development?
Through cross-industry insights, this roundtable aims to provide forward-looking perspectives and practical references for technological innovation, business models, and ecosystem development in computing-power synergy.
The computing power industry is at a critical inflection point—breaking boundaries and shaping the future. Market focus has fundamentally shifted, redefining the logic of industrial transformation.