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  This image shows the components used.

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  Here is the working model's diagram along with the circuit diagram.

Arduino Automatic Plant Watering System

Inspiration

The global water crisis and declining groundwater levels inspired us to create a solution that contributes to sustainable irrigation and urban plant care. We aimed to design an efficient, automated system to conserve water while ensuring healthy plant growth.

What it does

An Arduino-based automatic plant watering system that monitors soil moisture and provides water as needed. The system is adaptable to various farming applications, such as:

• Rooftop Farming: Ideal for urban environments
  
• Vertical Farming: Maximizes space efficiency
  
• Balcony Farming: Suitable for small spaces and households
  

How We Built It

• Components Used: Arduino Uno, soil moisture sensor, mini water pump, and a 5V power supply
  
• Model Design: A simple hardware setup where the sensor and pump work in tandem through the Arduino board to control water delivery
  

Challenges we ran into

• Ensuring accurate moisture detection for different soil and weather conditions
  
• Balancing cost-efficiency without compromising functionality
  
• Designing a scalable, eco-friendly system
  

What We Learned

• The importance of sustainable irrigation solutions in combating water scarcity
  
• Hardware integration for efficient agricultural solutions
  
• Real-life challenges in designing scalable and user-friendly systems
  

Accomplishments That We're Proud Of

• Successfully built a functional prototype that efficiently automates plant watering
  
• Implemented a system adaptable to various farming techniques like rooftop and vertical farming
  
• Contributed to raising awareness about water conservation and sustainable irrigation practices
  

What's Next for Arduino Automatic Plant Watering System

• Mobile App Integration: Enable remote monitoring and control of the watering system
  
• Advanced Sensors: Incorporate temperature and humidity sensors for smarter irrigation
  
• Scalability: Develop versions suitable for large-scale agricultural use
  
• AI Integration: Use predictive analytics to optimize watering schedules based on weather forecasts
  

Built With

• arduino-uno
• miniwaterpump
• soil-moisture-sensor
• water-pump