![]() Upon receiving data, our backend corrects the measured water level to the actual depth of the well, compensating for the sensor's transmission of differential water levels. Our web interface is responsive, adapting seamlessly to screens of smartphones, computers, tablets, and Smart TVs for a user-friendly experience. Delve into historical data through tabular or graphical representations with line graphs, allowing users to track water level trends over time. Experience real-time data representation on the dashboard, showcasing the current water level along with volume conversion for the well and a trend analysis compared to the previous measurement. The recorded values are then transmitted to the server via multiple interface options, including WiFi, Ethernet, IoT network LoRaWAN, NB-IoT, or Sigfox. The sensor node routinely conducts 10 averaged measurements with the ultrasonic sensor every 5 minutes. In addition to HC-SR04 and JSN-SR04T, our program supports various sensors with Trigger/Echo signals, such as RCW, US-XXX, IOE-SR0X, SR0X, HC-SR0X, HY-SRF0X, DYP-MEXXX, and Parallax PING)))™ series, providing flexibility in implementation. Our system utilizes ultrasonic sensors, including popular models like HC-SR04 and its waterproof variant JSN-SR04T, to record data about the water level in dug wells through a sensor node equipped with a microcontroller. Unlock the power of water level monitoring with our IoT Dashboard, featuring a dynamic web interface that serves as the central hub for visualizing accurate measurements. Water Level monitor - Arduino / ESP8266 / ESP32
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