信息能源融合发展策略和体系架构

doi:10.11959/j.issn.1000-0801.2024031

摘要/Abstract

摘要：

深度剖析了全球绿色低碳发展的迫切需求，全球碳排放量持续上升，仍不足以实现巴黎协定的温度目标，绿色低碳发展已成为全球共识和发展趋势。进一步分析了我国能源现状及相关政策，提出信息能源融合发展是未来社会数智化、低碳化发展的必然选择。随后提出信息能源融合发展的目标和体系架构，并以信息系统为核心论证了信息能源融合的架构设计。该架构具有三大核心功能，即智能化控制能源各环节的高效管理、信息通信与能源网络跨域协同、信息网络技术赋能各行业低碳化发展。同时，还探讨了信息能源融合架构中的系统协同机制，并提出针对信息能源融合发展的实施路径和策略建议。

关键词: 信息通信技术, 能源, 融合, 绿色低碳, 体系架构

Abstract:

The global demand for green and low-carbon development was analyzed, highlighting that despite sustained increases in global carbon emissions, current efforts fall short of achieving the temperature targets set forth by the Paris Agreement.Green and low-carbon development has thus emerged as a universal consensus and a prevailing trend worldwide.China’s current energy situation and relevant policies were further described, asserting that the ICT-Energy convergence is an inevitable path for future societal digitalization and low-carbonization.Then, the objectives and system architecture of ICT-Energy convergence were proposed.Central to the role of ICT Systems, the architecture embodies three core functionalities, realizing efficient management across all segments of the energy sector through intelligent control, fostering cross-domain synergy between ICT and energy networks and empowering various industries.An exploration of the system synergy mechanisms was conducted within the ICT-Energy converged architecture, and implementation pathways and strategic recommendations for ICT-Energy convergence were outlined.

Key words: ICT, energy, convergence, green and low-carbon, architecture

中图分类号:

TP27
TQ01

高鹏, 肖子玉, 张晟. 信息能源融合发展策略和体系架构[J]. 电信科学, 2024, 40(2): 116-123.

Peng GAO, Ziyu XIAO, Sheng ZHANG. Strategies and system architecture for the ICT-Energy convergence[J]. Telecommunications Science, 2024, 40(2): 116-123.

图/表 4

参考文献 19

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