虚拟电厂通信网络体系架构及通信方式适配方法

Communication Network Architecture and Communication Mode Adaptation Method for Virtual Power Plant

针对双碳背景下虚拟电厂通信网络与差异化业务需求适配性差的问题,为满足多类型业务灵活接入需求,融合多种异构通信方式,文章构建了结合企业专网和公网互联组网的虚拟电厂通信网络体系架构,对支撑该架构的多种通信媒介融合、资源高效认知与管理、差异化业务承载与全体系通信安全特征的关键技术展开分析,并根据差异化业务类型及其通信需求,提出一种基于层次分析法的通信方式适配方法,给出算例分析,进而实现差异化业务需求与多种通信方式之间的灵活适配。

This paper addresses the problem of the incompatibility between the virtual power plant communication network and differentiated service requirements under the background of carbon peak and carbon neutrality.Firstly,to realize flexible access for various types of services,a virtual power plant communication network architecture combining enterprise private network and public network interconnection is constructed,which integrates multiple heterogeneous communication methods.Furthermore,the key technologies that support the integration of multiple communication media,efficient resource recognition and management,differentiated service bearer,and system-wide communication security are analyzed.Finally,according to the service types and communication requirements,a communication mode adaptation method is proposed based on the analytic hierarchy process.And a calculation example analysis is given to achieve flexible adaptation between differentiated service requirements and multiple communication modes.