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Overview of smart metering system in Smart Grid scenario

机译:智能电网场景中的智能电表系统概述

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In Smart Grid, the smart meters are versatile role with intelligent capabilities in order to meet the consumer's demands and their each objective. Smart meter can measure and communicate detailed real time electricity usage, facilitate remote real time monitoring and control power consumptions and consumers are provided with real time pricing and analyzed usage information, which is a technical data to be transmitted to the grid, who are utility providers. More detailed feedback on each appliance to the user. In this connection Demand-side management (DSM) programs implemented by utility companies to control the energy consumption in residences appliances which are interfacing the digital meter with many DSM technical properties and Home energy management system is also implemented for the same cause. A simulation framework that can model a house equipped with various home appliances and the simulator can predict the power dissipation profiles of individual appliances as well as the cumulative energy consumption of the house in a realistic manner, in this process the harmonic pollutions in the electrical networks became one of the major factors affecting the power quality of the network which are detected and for which one of the techniques is two stage solutions for the harmonic analysis by Radial basis function in the neural network. Future smart grids will likely to be more tightly integrated with the cyber infrastructure for sensing, control, scheduling, dispatch, billing and cyber attacks can be detected by using smart meters and also ordering the power demand through online.
机译:在智能电网中,智能电表具有多种智能功能,可以满足用户的需求及其各个目标。智能电表可以测量和传达详细的实时用电量,方便进行远程实时监控和控制功耗,并且向消费者提供实时定价和已分析的使用信息,这是要传输到电网的技术数据,这些数据是公用事业提供商。有关每个设备的更多详细反馈给用户。在这方面,由公用事业公司实施的需求侧管理(DSM)程序,用于控制与数字电表具有许多DSM技术特性接口的家用电器的能耗,并且出于同样的原因,还实施了家庭能源管理系统。可以对装有各种家用电器的房屋进行建模的模拟框架,而模拟器可以以现实的方式预测单个家用电器的功耗曲线以及房屋的累积能耗,在此过程中,电网中的谐波污染成为影响网络电能质量的主要因素之一,被检测出来的技术之一是神经网络中通过径向基函数进行谐波分析的两阶段解决方案。未来的智能电网可能会与网络基础设施更加紧密地集成在一起,以通过使用智能电表并通过在线订购电力需求来检测,控制,调度,调度,计费和网络攻击。

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