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Automated Plant Care System with Microcontroller Design

DESCRIPTION

This innovative microcontroller-based system autonomously waters plants, monitors sensor data, and captures images. It ensures all sensors receive sufficient power, manages soil moisture levels by activating a solenoid valve, and cycles LED lights for optimal plant growth. Every 12 hours, the system alternates between red and blue LEDs to maintain a light cycle. Additionally, it stores sensor readings regularly and captures images of the plants at set intervals, providing invaluable data for ongoing plant care and health monitoring.

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Automated Plant Care System with Microcontroller Design

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Presentation Transcript

  1. Microcontroller Designs

  2. Main • The main method of the microcontroller will water the plants, store the values, and take the pictures.

  3. Systems Check • The system checks all sensors to make sure that sufficient power is reaching all of the sensor that we need.

  4. Water Plant • This system checks the water level and if needed opens the solenoid value for a set amount of time. • The microcontroller then records the date and time. • After it records and it closes that value and then checks the water level again.

  5. Light Cycle • LED1=Red • LED2=Blue • The light cycle program starts with the red on and the blue off. • The timer turns over every 12 hours. • When the timer equals 1 the microcontroller checks the Red LED. If red LED is off then it is turned on and the blue LED is turned off. • If the red LED is on the it is turned off and the blue LED is turned on.

  6. Store Data • This system reads all of the sensor values and then stores them. • The program then resets after 4 hours.

  7. Take Picture • This system tells the camera to take a picture, store it and then wait 4 hours to repeat.

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