摘要
在新型电力系统快速发展的背景下,客户侧互动业务随之蓬勃发展,通过深度融合通信技术来强化信息交互效率,可提高新型电力系统客户侧互动业务智能化水平。通过对新型电力系统客户侧互动业务需求及当前信息通信技术分析发现,仍然面临技术集成复杂性和数据安全等诸多挑战。为了解决上述问题,分别从云边协同技术、分布式智能、端到端服务质量(QoS)能力保障、数据定向服务及安全防护体系等方面,提出了客户侧融合通信技术的发展思考,从而支撑系统性能全面优化,以确保数据安全可靠,进一步提升客户侧融合通信发展水平,支撑客户侧互动业务的多样化发展。
With the rapid development of new-type power system,customer-side interactive services are flourishing.By deeply integrating communication technology to enhance the efficiency of information interaction,the intelligence level of the customer-side interactive services in the new-type power system can be improved.However,by analyzing the customerside interactive service requirements of the new-type power system and the current information and communication technologies,it is found that many challenges remain,including the complexity of technology integration and data security.To solve the above problems,perspectives on the development of customer-side converged communication technology are proposed from the aspects of cloud-side collaboration technology,distributed intelligence,end-to-end QoS capacity assurance,data-oriented service,and security protection system,thereby supporting the comprehensive optimization of system performance to ensure data security and reliability,further enhance the development of customer-side converged communication,and support the diversified development of customer-side interactive services.
作者
李彬
张文艳
王庆宇
任婕
康毅
LI Bin;ZHANG Wenyan;WANG Qingyu;REN Jie;KANG Yi(Faculty of Electrical and Electronic Engineering,North China Electric Power University,Beijing 102206,China;Bayannur Power Supply Company of Inner Mongolia Power Group,Bayannur 015000,China;Digital Research Branch of Inner Mongolia Power(Group)Company Limited,Hohhot 010010,China)
出处
《综合智慧能源》
2025年第11期72-86,共15页
Integrated Intelligent Energy
基金
国家自然科学基金项目(52177082)。
关键词
客户侧互动业务
融合通信技术
端到端服务质量
能力保障
数据定向服务
安全防护体系
新型电力系统
customer-side interactive service
converged communication technology
end-to-end QoS
capacity assurance
data orientation service
security protection system
new-type power system
