青海联通的绿色实践与启示：厚培生态沃土，赋能绿色发展

Core Viewpoint - Qinghai Unicom is leveraging its ecological advantages and clean energy resources to develop a green computing model that aligns with national goals for ecological protection and digital economy growth, demonstrating a successful integration of ecological responsibility and industrial development [1][6]. Group 1: Policy Guidance and Development Framework - Qinghai Province has proactively introduced the "Green Computing Base Construction Plan," aiming to establish a leading green computing base by 2030, emphasizing ecological protection in infrastructure development [1]. - The plan features a "1+2+N" development framework, ensuring precise alignment between computing resource allocation and regional ecological capacity [1]. Group 2: Resource Advantages and Energy Conditions - Qinghai's unique ecological positioning and energy conditions, characterized by abundant water, sunlight, and wind, provide a natural advantage for developing green computing [2]. - Clean energy generation accounts for 93% of Qinghai's installed capacity, with renewable energy making up over 69%, leading the nation [2]. Group 3: Technological Innovations - Qinghai Unicom has made significant technological advancements, including a "wind-solar-storage + computing center" model that provides 10 million kWh of zero-carbon electricity annually, achieving 100% local consumption of green electricity [3]. - The company has reduced cooling energy consumption by 40% through advanced natural cooling technologies, outperforming traditional data centers [3]. - A collaboration with Alibaba Cloud has resulted in the first domestically produced large-scale green computing cluster, optimizing energy consumption and computing output [3]. Group 4: Industrial Ecosystem and Development Space - The Sanjiangyuan Green Electricity and Computing Integration Demonstration Park serves as a hub for leading computing and renewable energy companies, creating a complete industrial chain [4]. - The park has achieved a computing capacity of 15,000 PFLOPS, expected to reach 26,000 PFLOPS by year-end, effectively supporting the "East Data West Computing" initiative [4]. - Innovative applications such as "computing + ecological monitoring" and "computing + carbon accounting" enhance both computing supply and ecological protection [4]. Group 5: Theoretical Insights and Future Directions - Qinghai Unicom's practices illustrate that ecological protection and industrial development can coexist, transforming ecological advantages into energy and computing strengths [5]. - The integration of green electricity, intelligent computing, and precise scheduling is identified as a core pathway for green computing [5]. - The collaborative efforts of government policies and market-driven initiatives are crucial for maintaining ecological protection while fostering industrial innovation [5]. Group 6: Future Development Focus - Future efforts should include deepening innovations in liquid cooling and quantum computing to further reduce energy consumption in computing [6]. - Expanding the application of green computing in ecological monitoring and climate change research in the Qinghai-Tibet Plateau is essential [6]. - Establishing mechanisms for carbon footprint accounting and green electricity trading will facilitate the marketization of ecological value [6].