基于PFTTH的小区智能用电管理网络设计

发布时间：2018-03-19 02:00

本文选题：EPON　切入点：PFTTH　出处：《天津大学》2014年硕士论文　论文类型：学位论文

【摘要】：基于PFTTH的小区智能用电管理网络设计建设涉及到多个层面,包括电信息采集、配电网自动化、电动汽车充电桩、三网融合、智能家居等多项业务,通信平台是实现相关业务的基础。虽然很多企业和科研单位己经在小区智能用电管理系统方面进行了相关研究和实践,但是在通信网络方面未形成一套标准的解决方案。通过对国内外智能用电领域发展现状的分析,在对中国智能电网建设实践的基础之上,给出了符合中国实际国情的智能用电体系架构,并对PFTTH和EPON关键支撑技术在智能用电方面的实践应用进行分析与探讨,对EPON系统以及光线路终端、光网络单元和光分配器等EPON设备做了详细介绍,同时阐述了EPON系统的几个关键基础技术,包括测距技术、分配带宽算法和网络优化模型等。对EPON系统建设的网络架构做出了详细说明,包括PFTTH组网方案、网络构架和智能家居设备的介绍。给出了智能小区、智能用电楼宇建设方案,并分析了社会经济效益,展望了未来小区智能用电管理网络设计的方向。
[Abstract]:The design and construction of intelligent power management network in residential area based on PFTTH involves many aspects, including electric information collection, distribution network automation, electric vehicle charging pile, triple network integration, smart home, etc. The communication platform is the basis for implementing related business. Although many enterprises and scientific research units have carried out relevant research and practice in the area of intelligent power management system in the residential area, However, there is not a set of standard solutions in the communication network. Through the analysis of the current situation of intelligent power consumption at home and abroad, on the basis of the construction practice of smart grid in China, This paper presents an intelligent power system architecture suitable to the actual situation of China, analyzes and discusses the practical application of the key supporting technologies of PFTTH and EPON in intelligent power consumption, and discusses the EPON system and optical line terminals. The EPON equipment such as optical network unit and optical divider are introduced in detail. At the same time, several key basic technologies of EPON system, including ranging technology, are described. The network architecture of EPON system is described in detail, including the network scheme of PFTTH, the network framework and smart home equipment. The social and economic benefits are analyzed, and the direction of intelligent power management network design in the future is prospected.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TM76

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