RANCANG BANGUN PROTOTYPE SISTEM INFORMASI PERINGATAN DINI DAN PENCEGAHAN BANJIR LUAPAN AIR SUNGAI BENDUNGAN PAMARAYAN BERBASIS INTERNET OF THINGS

Yul Hendra, Irma Yunita, Alvin Fahri
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Abstract

This research will raise a system of how to plan an early warning system for floods in areas around rivers, or what is commonly called an Early Warning System (EWS) to prevent flooding around rivers. This early warning system is built with hardware that uses the ESP 32 microcontroller to control the level of water release from the dam and select the floodgates to be opened automatically. Ultrasonic sensors are used to detect water levels, IOT modules are used to provide quick information to officers. The object of this research was carried out at the Gerak Pamarayan Dam, a dam that controls the two largest rivers in Banten, namely Ciujung and Ciberang. Two rivers flow in two districts in the Banten area. The method used in this study is the Prototype method. And the expected result of this research is to create an early warning system for overflowing river water that measures the water level of the river automatically and automatically reports the water level that is at the threshold to the officers and what is equally important is that this system can also prevent flooding due to overflow by how to open the floodgates automatically when the river water level is beyond the normal height threshold.
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这项研究将提出一个系统,如何为河流周围地区的洪水规划一个早期预警系统,或者通常被称为早期预警系统(EWS),以防止河流周围的洪水。该预警系统由硬件组成,采用ESP 32单片机控制大坝放水水位,并自动选择打开的闸门。超声波传感器用于检测水位,物联网模块用于向官员提供快速信息。这项研究的对象是在Gerak Pamarayan大坝进行的,该大坝控制着万丹的两条最大的河流,即Ciujung和Ciberang。两条河流在万丹地区的两个地区流动。本研究使用的方法是原型法。本研究的预期结果是创建一个河水泛滥预警系统,自动测量河水的水位,并自动向官员报告水位阈值,同样重要的是,该系统还可以通过如何在河水水位超过正常高度阈值时自动打开闸门来防止河水泛滥。
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审稿时长
16 weeks
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