利用PLC和CPS控制建筑能耗的原型架构

Geetanjali Kale, Anitha Patil
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引用次数: 1

摘要

在今天的世界里,几乎任何日常活动的能量都被每个人在不同的地方使用,比如家里、工作场所等。它已被用于工业、交通和娱乐,在家里用于烹饪、洗涤、冷却、照明等。能源需求大幅增长,寻找节约、节约和系统利用能源的解决方案的需求也在上升。能源的利用,特别是在国内的利用正在增加,因此国内部门的能源总使用量也在增加。在这个领域,通过使用一些简单的方法或方式,可以通过在家中部署智能电路来避免能源的不当使用和浪费,而无需额外的基础设施。本文介绍了家庭能源管理系统,并最终实现对建筑能源的管理。该系统的主要组成部分是基于PLC的可再生能源网关、通信电源(CPS)和无线传感器网络(WSN)。多栋楼不同家庭服务器的实时数据应由中央系统收集,并可通过物联网存储在云端。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prototype Architecture to Control Building Energy Usage Using PLC and CPS
In today's word to do almost any day to day activity energy is used by everyone at different places such as home, work place etc. It has been used in industries, transportation, and entertainment, at home for cooking, washing, cooling, lighting and so on. The energy demand has increased hugely and need has risen to find solution to conserve it, save it and use it systematically. The utilization of energy especially at home is increasing and hence the overall usage of energy is also increased in domestic sector. This is a sector in which by using some simple methods or ways the improper usage and wastage of energy can be avoided by deploying smart circuitry in home without much additional infrastructure. This article represents the system to manage home energy and eventually to manage energy for the building. The main system component of proposed system is PLC based renewable energy gateway, communicating power supply (CPS) and a wireless sensor network (WSN). The real time data of different home servers from the several building should be collected by central system and can be stored on cloud using IOT.
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