PROTOTYPE SISTEM PENDETEKSI BANJIR MENGGUNAKAN NODEMCU DAN PROTOKOL MQTT BERBASIS INTERNET OF THINGS

S. Sutarti, A. Anharudin, Syukron Rosadi
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引用次数: 3

Abstract

Flood disasters that often occur around the Pamarayan Dam were caused by heavy rainfall and the flow of river water in the Lebak and Bogor areas, causing the overflow of the water discharge in the dam. In addition to causing property losses, floods can also cause casualties. Therefore we need a flood detection and warning system to avoid casualties and minimize material and psychological losses. The system was built using the Internet of Things and the Message Queue Telemetry Transport (MQTT) protocol. This flood detection system is also designed to be able to deliver warnings quickly and with wide coverage. This flood detection system uses ultrasonic sensors, NodeMCU, LED, and buzzer. The ultrasonic sensor is used to measure the water level which data can be read by the NodeMCU as a data transmission medium from the sensor to the MQTT server. With this system, the water level can be monitored via the cayenne and send notifications to telegram. The LED will be green if the water is in Safe status, yellow if the alert status, and red if the danger status is accompanied by a warning alarm.
洪水检测系统原型使用NODEMCU和基于事物的MQTT协议
帕玛拉延大坝周边经常发生的洪涝灾害,是由于勒巴克和茂物地区的强降雨和河水流动,造成大坝泄洪溢出造成的。除了造成财产损失外,洪水还会造成人员伤亡。因此,我们需要一个洪水探测和预警系统,以避免人员伤亡,最大限度地减少物质和心理损失。该系统是使用物联网和消息队列遥测传输(MQTT)协议构建的。这种洪水探测系统的设计也能够快速、广泛地发出预警。该洪水探测系统采用超声波传感器、NodeMCU、LED和蜂鸣器。超声波传感器用于测量水位,其数据可以被NodeMCU读取,作为从传感器到MQTT服务器的数据传输介质。有了这个系统,水位可以通过辣椒来监测,并向电报发送通知。当水处于安全状态时为绿色,当水处于警戒状态时为黄色,当水处于危险状态并伴有警告告警时为红色。
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