China's Accelerated Computing Power Drive and Green Energy Integration
Key Ideas
- China aims to increase its aggregate computing power by over 30% by 2025, reaching 300 EFLOPS, driven by the demands of the digital economy and AI advancements.
- Efforts to enhance energy efficiency in computing involve integrating green energy solutions like hydrogen energy, photovoltaic storage, and advanced cooling technologies.
- Eastern and western regions of China are collaborating to establish massive data centers, with regions like Inner Mongolia leveraging green energy advantages to support intelligent industries.
- The integration of computing power into various sectors such as finance, education, and transportation is driving innovation and high-quality economic development in China.
At the Global Digital Economy Conference 2024 in Beijing, China showcased its rapid advancements in computing power to meet the needs of the digital economy and AI development. With a focus on boosting computing capabilities, China aims to increase its aggregate computing power by more than 30% by 2025, targeting 300 EFLOPS. To address the energy demands of computing systems, China is integrating green energy solutions like hydrogen energy and photovoltaic storage. For instance, Yovole Network in Shanghai is utilizing hydrogen energy in its intelligent computing center. The city of Ulanqab in Inner Mongolia is collaborating with Beijing to provide green general-purpose computing power, showcasing the transformation of regions into hubs for AI-related industries. Additionally, the sector is exploring the 'computing power plus' model, integrating computing power into various sectors like finance, education, and transportation. This integration is fostering innovation and driving high-quality economic development in China.
Topics
Utilities
Energy Efficiency
Green Energy
Economic Development
Data Centers
AI
Digital Economy
Data Management
Computing Technologies
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