Abstract
This work is dedicated to the development and implementation of an autonomous smart flower pot. The development of an autonomous smart pot for a flower includes the development of a system with soil moisture and water level sensors, automatic watering and signaling through LEDs and a speaker. This work describes principles of operation, required components (sensors, electronic elements) and functionality of the system, which includes soil moisture and water level measurements, automatic watering system, LEDs and dynamic signaling, and also a set of fault situations when the battery is uncharged and the water quantity is low in the tank. The development process has been reviewed, first the development of the circuit on breadboards. After successful testing, you can proceed to soldering electronic components on a printed circuit board for the first stage of project development.
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