智能电网系统的发展

Basma Mohsen Zakaria, A. S. Eldien, Momtaz Saad Elkholy
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引用次数: 0

摘要

预付费电能表已在许多地区推行。实际上,该制度的缺陷在于顾客的控制行为。仪表必须充电。这就是为什么智能电表系统被创造出来,以获得一个小区域的所有电力消耗。该区域由独立的单元组成,如大厅里的房间、大楼里的公寓、街道上的结构等。电网、通信和电力系统仿真设计。处理数据并创建从模拟中获得的不同时间段的单元功耗概况,同时考虑到电网的定义,以及利用物联网优势在检测到盗窃时如何远程分离电源。通过MATLAB Simulink获取建筑内某一特定公寓的信息,计算能耗,并将信息显示在LCD屏幕上,该系统通过GSM将短信发送给消费者,同时通过arduino微控制器将短信以加密形式发送给电力公司。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Smart Grid System
prepaid energy meter has been perform in many regions. Actually, the flaw of the system is the controlling behavior of the customers. The meter must be recharged. That’s why a smart meter system has been created to obtain all electrical energy consumption in a small region. The area consists of individual units like the room in the hall, the apartment in the building, the structure on the street, etc. Power grids,communications and power system simulation are designed. Data is processed and power consumption profiles are created for units for different periods of time obtained from simulations taking into account the definitions of the electricity grid, as well as taking advantage of the use of IoT advantages in how to separate power remotely when a theft is detected in an area. By using MATLAB Simulink the information was obtained from a specific apartment inside the building to calculate the energy through which the messages are displayed on the LCD screen, this system sends SMS messages to the consumer via GSM and also sends them to the electricity company in an encrypted form using arduino micro-controller.
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