智能变电站

根据IEC61850标准内容，结合智能变电站设计要求，使用SCL（SubstationConfigurationLanguage）语言对设备建立IED（IntelligentElectronicDevice）模型，生成可视化配置文件。

SCL language is used to build intelligent electronic device IED model to generate the visual configuration file according to the design requirements for smart substation in standard .

仿真结果表明，多个VLAN的划分方法和优先级标签技术对两种拓扑结构的智能变电站都适用。

The results of simulation show that multiple VLAN division method and priority tag technology are suitable for the two kinds of smart substation .

基于IEC61850标准，对智能变电站内的信息进行了分类，分析了其通信网络中的数据信息流；

The information of IEC61850-based intelligent substation is classified and its data flow of communication network is analyzed .

根据智能变电站的技术要求，采用了适合智能变电站设计需要的标准体系，结合上海电网实际情况，提出构建220kV智能变电站的相关技术关键。

According to the technical requirements of intelligent substation , the intelligent substation design standard system are used to constructing intelligent substation .

本文提出的IEC61850网关对间隔的信息集成、智能变电站一体化信息平台的构建等均具有借鉴意义。

The proposed scenario of the bay-oriented IEC 61850 gateway has practical value to the construction of the integrated information platforms for smart substations .

对于数字化变电站或智能变电站，传统的时间同步方法甚至SNTP网络对时方式已不能完全满足变电站对时精度的需求。

The traditional time synchronization or even SNTP can no longer satisfy the synchronizing accuracy demand of digital or smart substation .

智能变电站、发电厂倒闸操作及培训专家系统

Intelligent Expert System for the Operation and Training of Substations and Plants

智能变电站是统一坚强智能电网的重要基础和支撑。

The safe platform can share information and are required in smart substation .

在上述这些环节中，智能变电站无疑是最核心的一环。

Among these links , intelligent substation is undoubtedly the most core part .

智能变电站是坚强智能电网建设的基本前提和关键所在。

Intelligent substation is the basic premise and the key of strong smart grid .

结合目前智能变电站的工程实践，研究提出智能变电站的录波方案。

The wave recording scheme for smart substation is presented combined with the practice .

光学互感器是智能变电站的关键基础设备。

Optical transformer is the key basis facility for building of intelligent electric substation .

江西电网智能变电站研究及建设展望

Research and construction of intelligent substations in Jiangxi

智能变电站应具有的功能及建设策略分析

Function and Construction Policy Analysis on Intelligent Substation

变电站的数字化是实现智能变电站的基本前提和技术手段。

Digital substation is the basic premise and technical means to realize the smart substation .

论文最后对智能变电站技术发展进行了展望，提出了现存问题和今后的发展方向。

At last , the paper proposed the present temporary problems and future development direction .

智能变电站要求信息平台安全共享、性能优越，并能够信息存储和分级。

Superior performance is also required by the platform which can store and classify the information .

这时候作为智能变电站的智能电子设备，电子式互感器应运而生，并且有着广泛的应用前景。

As the intelligent electronic devices of digital substation , the electronic transformers have broad application prospects .

智能变电站系统的探讨

Discussion on Intelligent Substation System

智能变电站的特点是一次设备智能化，二次设备网络化，设备对象模型化。

The characteristics of smart substation is ' intelligent equipment Secondary network equipment the device object modeling ' .

本方案已在一个智能变电站集中式保护控制装置中应用，故障录波性能良好。

This design has been applied in an integrated protection and control device and its performance is good .

经过现场检测，智能变电站相关技术能够满足运行现场的系统运行要求，在经济效益方面有所提升。

By the scene detection , smart substation technology can meet the system requirements and it is economic .

相比较其它环节，智能变电站已经达到可以大规模进行推广的条件。

Compared with other links , intelligent substation has reached the standard that can be performed in a large-scale .

智能变电站由数字化变电站演变而来，经过几年的发展，技术已经日臻完善。

Intelligent substation is evolved from digitized substation , and after several years of development , this technology gets perfected .

介绍了智能变电站的系统结构、信息传输流程和技术特点，并对其应用进行探讨。

The system configuration , information flow and technical features of intelligent substation system are introduced and its application is probed .

并将四套状态监测系统整合为一套，设计了智能变电站状态监测一体化系统。

Then four sets of the condition monitoring systems are united into one set to design the intelligent substation condition monitoring system .

在进行工程项目建设之前要进行项目的可行性研究，智能变电站的建设也不例外，作为新生事物的智能变电站建设，其可行性研究显得更加必要和重要。

Because the Smart Substation construction is new things , the feasibility study is even more necessary and important for the Smart Substation .

在该环境中，可对智能变电站的设计方案、自动化功能、性能测试和其它技术问题进行动态仿真和测试验证。

In this environment , design solutions , automation functionality , performance testing and other technical problems can be dynamically simulated and verified .

智能变电站是伴随着智能电网的概念而出现的，是建设智能电网的关键所在。

Smart substation is the important foundation and support of constructing smart grid , which is accompanied with the concept of smart grid .

智能变电站作为建设智能电网的重要基础和支撑，其研究价值和现实意义十分显著。

Intelligent Substation as an important foundation and support of the Smart Grid , its research value and practical significance is very significant .