Design of Monitoring and Control of Energy Use in Multi-storey Buildings based on IoT

A. Wisaksono, Y. Purwanti, Novia Ariyanti, M. Masruchin
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引用次数: 7

Abstract

This study discusses monitoring and control systems. Energy use in buildings or high-rise buildings based on IoT. In general, standard buildings are designed and built without regard to automation with supporting technology, namely a system installed to control and monitor the building services responsible for lighting, cooling, electricity. and others IOT-based energy monitoring and control using two serial communication systems run together which are managed by the Blink application using two micro controllers in one package, one microcontroller for monitoring and detecting how much electrical energy is used continuously with fixed looping and another microcontroller for sensor control, so that the automation system can turn on and turn off the electrical energy that is supplied to each floor. Lined serial communication systems are used to ensure system continuity, by using this communication system the control can be done right The results obtained from the process are monitoring and controlling energy both AC lights or other usage in real time
基于物联网的多层建筑能耗监测与控制设计
本研究讨论了监测和控制系统。基于物联网的建筑物或高层建筑的能源使用。一般来说,标准建筑物的设计和建造都不考虑自动化和配套技术,即安装一个系统来控制和监测负责照明、制冷和电力的建筑物服务。和其他基于物联网的能源监测和控制,使用两个串行通信系统一起运行,由Blink应用程序管理,在一个封装中使用两个微控制器,一个微控制器用于监测和检测固定环路连续使用多少电能,另一个微控制器用于传感器控制,以便自动化系统可以打开和关闭提供给每层楼的电能。采用串行通信系统,保证了系统的连续性,实现了控制的准确性,并对交流灯或其他用途的能量进行了实时监测和控制
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