INDEPENDENT DEVICE FOR CONTROLLING THE WATER TANK LEVEL

Abstract

The utility model relates to the field of hydrological monitoring and is intended for autonomous monitoring of the water level in a reservoir with local notification and transmission of information to a server. The autonomous device comprises an autonomous power supply system (1), a set of identical float sensors (2) installed at different heights corresponding to the monitored water levels, a microcontroller (3), an LED display (4), a buzzer (5), software (6), and a device for transmitting information to a server (7). The float sensors (2) are connected to the microcontroller (3) and generate a signal when the water reaches the appropriate height. The microcontroller (3), via software (6), processes the signals, determines the level reached, controls the LED display (4) and the buzzer (5), and generates information for the data transmission device (7), which transmits it to the server.An autonomous power supply system (1) ensures the device operates without a fixed power grid. The technical result is autonomous and real-time monitoring of water levels reaching specified levels, increased reliability of hydrological situation reporting, while simplifying the hardware and reducing energy consumption.