IPv6和IEEE1888:国际智能电网的基础架构和协议

IPv6 and IEEE 1888:Fundamental Infrastructure and Protocol for Smart Grid

随着互联网的发展,信息技术深入到各行各业,如IP,物联网,云计算等技术被广泛地应用于绿色节能、智慧能源中。最近国际物联网联盟IPSO集合国内外产业领头公司,国外的如Cisco,Itron,Duke Energy,国内的如中国电信,天地互连公司,联合发布了以IPv6和IEEE1888为国际智能电网基础架构和协议的白皮书。其中,IPv6协议作为下一代互联网的基础协议为智能电网信息化提供了更广阔的空间,而IEEE1888开放标准为末端智能终端接入互联网提供了统一的管控平台。本文主要介绍该白皮书的内容,从智能电网最后一公里的网络需求入手,讲述智能电网为什么需要IPv6和IEEE1888作为基础通信架构和协议,详细解析白皮书中关于IPv6通信基础架构的关键技术模块和相关技术标准,为国际智能电网最后一公里通信基础设施提供一个综合和全面的视角。

With rapid development of Intemet, information technologies have deployed widely into many application fields. For example, IP,Internet of Things and cloud computing have been widely used in green industry and smart energy. Recently IP for Smart Object Alliance （IPSO Alliance ） published lPv6 and IEEE 1888 based white paper for Smart Grid infrastructure and protocol, joint with many leading enterprises in international industry chain, including Cisco, Itron, Duke Energy, as well as domestic China Telecom and BII Group. As a core protocol for next generation Internet, IPv6 provides broad develop space for smart grid. IEEE 1888 protocol constructs a uniform control and management platform for smart terminals to access Internet. This paper mainly introduced this white paper, beginning from network requirements, analysed necessity for smart grid to adopting IPv6 and IEEE 1888 as fimdamental infrastructure and protocol. Finally this paper discussed key technologies and related technical standards in detail. This paper provided a comprehensive overview for the last kilometer to smart grid.