Implementasi Sistem Pengontrolan Tower Air Universitas Klabat Menggunakan Mikrokontroler

Tombeng, Marchel Thimoty; Tedjo, Clarissa Angelica; Lembat, Natasya Andani

doi:10.31154/cogito.v4i1.102.60-71

Cited by 4 publications

(3 citation statements)

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“…Ketika air mencapai posisi sensor maka pelampung akan terangkat. Magnet pada pelampung akan mengaktifkan atau menonaktifkan reed switch [7]. Alur kerja prototipe monitoring pengairan sawah dapat ditunjukkan pada gambar 3.…”

Section: Water Level Float Switchunclassified

Rancang Bangun Prototipe Monitoring Pengairan Sawah Berbasis Lora Ra-02 Sx1278

Noor¹,

Putra²,

Saputra³

et al. 2022

SPEKTRUM

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Rice field irrigation is still done manually by farmers in opening and closing waterways, so it takes farmers time to manage waterways. In this study, a system was created with two types of devices, namely the sender and the receiver. The sending device consists of ArduinoUNO, Soil Moisture Sensor, Water Level Float Switch, and LoRa Ra-02 SX1278. Then, the receiver consists of NodeMCU ESP8266, LoRa Ra-02 SX1278, Relay, Water Pump. After testing, the system can send notifications to the user when the rice fields are dry or the rice fields are full, the pump can automatically turn on and turn off and the user also can turn the pump on or off via Telegram Bot. User can also command the device to operate automatically via Telegram Bot.

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Section: Water Level Float Switchunclassified

Rancang Bangun Prototipe Monitoring Pengairan Sawah Berbasis Lora Ra-02 Sx1278

Noor¹,

Putra²,

Saputra³

et al. 2022

SPEKTRUM

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“…The magnetic float moves with the gravitational force of water, activating the switch when the liquid level reaches a predetermined level. This action closes the electrical circuit, sending a signal and activating an alarm to indicate rising water levels in the drainage [10]. One method to predict flood levels in Jambi City is the fuzzy logic method.…”

Section: Introductionmentioning

confidence: 99%

Design and Development of a Flood Detection Device for Drainage Systems Utilizing Float Switch Water Level Sensors

Hais,

Saputra,

et al. 2024

CRC

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Indonesia ranks second in Asia Pacific in the list of the highest number of deaths due to natural disasters. In a year, more than 300 flood events occur, resulting in large losses, environmental damage and even loss of life. To overcome this problem, it is necessary to design a tool for monitoring water levels and rainfall. This research aims to design a flood detection system using the fuzzy method and using a float switch water level sensor. The results of the research show that this system can monitor water levels and rainfall using a web server. In the first test, it produces a fuzzy warning level in a safe condition. In the second test, the water level reached 51 cm with rainfall of 0.47 mm, and the fuzzy warning level was in a safe condition. Finally, in the third test, the average water level reached 99 cm with rainfall of 0.69 mm, resulting in a fuzzy warning level in an alert state. It can be concluded that this system needs to be improved in quality by adding items to the system.

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“…In research [5] discuss about the sprinkler watering system which triggered by the temperature and light intensity value using LM35 sensor, LDR, and Atmega8535 that applied on swallow nest farm. Research [6], proposed the control system of water tower using microcontroller, sensor and SMS, to detect the availablitiy of water in a water tank. Research [7] discussed about the design of plant sprinklers using Arduino Uno, YL-39 and YL-69 sensor, relay, water pump and Bluetooth connection to an invented Android application installed on user smartphone that display the value of the soil moisture pH.…”

Section: Introductionmentioning

confidence: 99%

Automatic Watering System for Plants with IoT Monitoring and Notification

Waworundeng

Suseno²,

Manaha³

2019

CogITo Smart Journal

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Soil moisture related to water content which a factor that affects the plant growth. The process of watering plants is generally done manually regardless of the volume of water needed by plants. This re research discussed about an automated prototype and a system that have the function of watering plants based on the soil moisture level. The method used is prototyping which is suitable with the research purpose. The prototype and systems built with microcontroller, soil moisture sensors, relay and solenoid valve, which integrated with the IoT platform Blynk apps and Thingspeak. The process starts from the detection of soil moisture by the sensor. If soil moisture value is detected on 30% - 35%, then the device activates the watering function by opening the valve from the solenoid valve to drain water to the pipe. When the soil moisture detected more then 35% , the device stops the watering function. ThingSpeak IoT platform, used to display moisture percentage data in graphical form. Blynk apps provide notification features to the user's smartphone when the watering device is activated or deactivated. Based on the test scenario performed, it was found that the percentage of soil moisture with an initial value of 30% - 35% increased to 68.2%, after the watering process. Each component of the device and system has been tested and functioning according to the purpose, so the system has the potential to be used in the process of watering the plants automatically.Keywords: automatic watering system, microcontroller, soil moisture, sensor, IoT.

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Implementasi Sistem Pengontrolan Tower Air Universitas Klabat Menggunakan Mikrokontroler

Cited by 4 publications

References 0 publications

Rancang Bangun Prototipe Monitoring Pengairan Sawah Berbasis Lora Ra-02 Sx1278

Rancang Bangun Prototipe Monitoring Pengairan Sawah Berbasis Lora Ra-02 Sx1278

Design and Development of a Flood Detection Device for Drainage Systems Utilizing Float Switch Water Level Sensors

Automatic Watering System for Plants with IoT Monitoring and Notification

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