PowerPoint Presentation

[Audio] Main controller board When testing moisture levels, the hygrometer provides precise results. A crucial component of the system, the 12V pump, activates in response to inputs from sensors. The pump can adjust the flow of water and fertilizer thanks to this dynamic reaction, assuring exact delivery based on current data. The primary controller board, which seamlessly combines an Arduino microcontroller, cutting-edge electronics, and sensors for humidity and temperature, is at the core of this creative Automatic Plant Feeder system. The board is given the authority to regulate everything thanks to this synergy, from gathering information on environmental conditions and soil moisture to controlling fertilizer dispersion. This seamless blending of technologies demonstrates how embedded systems have the potential to revolutionize sustainable farming methods and plant care. Invertor Unit A crucial part of our Automatic Plant Feeder system is the Inverter Unit. The main controller board's low-voltage signals are converted by this device into high-power outputs, which enable the activation of the 12V pump. It effectively controls the flow of water and nutrients to plants using transistors and diodes based on real-time sensor data. By delivering the nutritious elements exactly when and where they are required, this clever conversion method maximizes plant development while avoiding waste. The Inverter Unit is a prime example of how electronics and automation can work together, and it is essential to the cutting-edge functionality of our integrated plant feeding system..