"算电协同"方向下的中国算力经济发展逻辑与优化路径OA
Development logic and optimization paths of China's computing power economy under the"computing-power synergy"
2026年,我国将算电协同纳入新基建工程,算力需求增长与能源约束的矛盾亟待破解.在界定算电协同与算力经济内涵的基础上,梳理我国算力经济发展现状与结构性矛盾,从能源信息融合、产业协同、政策驱动、区域协调4个维度剖析核心发展逻辑,并提出构建全国一体化算力网、深化算电协同机制、完善标准体系、强化技术创新与人才培育、优化政策激励机制五大优化路径,以期为数字经济的高质量发展贡献理论洞见与实践指引.
In 2026,China has designated computing-power synergy as a key new infrastructure project,highlighting the urgent need to resolve the contradiction between surging computing demand and energy constraints.Based on defining the connotations of computing-power synergy and the computing power economy,this study reviews the current development status and structural contradictions of China's computing power economy,dissects the core development logic from four dimensions—energy-information integration,industrial coordination,policy drive,and regional coordination—and proposes five optimization paths:building a national integrated computing power network,deepening the computing-power synergy mechanism,improving the standard system,strengthening technological innovation and talent cultivation,and optimizing policy incentive mechanisms,with a view to providing theoretical insights and practical guidance for the high-quality development of the digital economy.
蒋贱;郝建平;唐文佳;何清素;田继明;葛乐矣;王雪彩
国网智联电商有限公司,北京 100077国网智联电商有限公司,北京 100077国网智联电商有限公司,北京 100077国网智联电商有限公司,北京 100077国网智联电商有限公司,北京 100077国网智联电商有限公司,北京 100077国网智联电商有限公司,北京 100077
管理科学
算电协同算力经济优化路径
computing-power synergycomputing power economyoptimization paths
《信息通信技术与政策》 2026 (7)
62-71,10
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