首页|长三角枢纽算力电力协同机制研究

长三角枢纽算力电力协同机制研究

扫码查看
随着人工智能进入新一轮加速发展期,"算力焦虑"和"电力恐慌"成为两大挑战.我国算力版图总体呈现"东热西冷"格局,算力缺口和资源闲置并存,东西部算力与电力供需失衡矛盾突出.国家发展改革委等部门提出起步区数据中心平均上架率不低于65%、电能利用效率指标控制在1.25以内、可再生能源使用率显著提升的建设目标.作为我国算力需求的主要集聚地,长三角地区数字经济发展面临绿电紧缺和稳定性挑战.从优化长三角存算设施布局和共享机制、加强业务供需匹配、打造储能型算力节点、创新算力电力协同机制等方面提出有关建议,为促进长三角内部、东西部之间算力资源的高效利用和绿色发展提供参考.
Research on the Coordination Mech-anism of Computing Power and Electricity in Yangtze River Delta Hub
As artificial intelligence enters a new round of accelerated de-velopment,"computing anxiety"and"energy supply anxiety"have become two major challenges.Our country's computing power landscape generally presents a pattern of"hot in the east and cold in the west".Computing power gaps and idle resources coexist,and the contradiction between computing power in the east and west and the imbalance between power supply and demand is prominent.The National Development and Reform Commission and other departments have proposed construction goals of no less than 65%of data centers in the starting area,to control the electric power utilization efficiency index within 1.25,and significantly improving the utilization rate of renewable energy.As the main gathering place of computing power demand in China,the development of digital economy in the Yangtze River Delta region faces the challenge of green power shortage and stability.Relevant suggestions are put forward from aspects such as optimizing the layout and sharing mechanism of storage and computing facilities in the Yangtze River Delta,strengthening the matching of busi-ness supply and demand,creating energy-storage computing power nodes,and innovating computing power coordination mechanisms to promote computing power resources within the Yangtze River Delta and between the east and west.Provide reference for efficient utilization and green development.

ElectricityComputing PowerCollaborative Mechanism

闫晶

展开 >

上海市发展改革研究院

电力 算力 协同机制

2024

上海节能
上海市节能协会,上海市节能监察中心

上海节能

影响因子:0.163
ISSN:
年,卷(期):2024.(10)