基于虚拟仪表的控制智能电表的功率和需求均衡设计

R. Hariharan
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引用次数: 8

摘要

在LABVIEW环境下设计并实现了智能电表模块。每当发电与需求不匹配时,就会引起停电和低压问题。因此,连接到电力系统的各种小工具的寿命减少了。这些缺点可以通过智能电表模块来调节。在家庭使用智能电表,可以在需求大于供应的高峰负荷期间优先调度负荷。这样,即使在电力短缺的情况下,所有连接到电网或电网的家庭都将获得运行最低必要负荷的电力,而不那么优先的负荷将被自动切断。这种控制为目前的电力短缺提供了一个有吸引力的解决方案。本模块由LabVIEW环境创建。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of controlling the smart meter to equalize the power and demand based on virtual instrumentation
The smart meter module is designed and implemented in LABVIEW environment. Whenever there is mismatch in power generation and demand, it causes the power shutdown and low voltage problems. Due to this the life of the various gadgets connected to the power system gets reduced. These drawbacks can be regulated by the smart meter module. Using smart meters at home, priority scheduling of the load can be carried out during peak load periods when the demand is greater than the supply. In this way, even when there is power shortage, all the houses connected to a network or grid will be supplied with power to run the minimum essential loads, while the less priority loads will be switched off automatically. This control provides an appealing solution to the existing power shortage. This module is created by the LabVIEW environment.
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