Plant Watering System Automation User User Plant watering system file uploading long description ChatGPT The plant watering system is an innovative solution designed to automate and optimize the process of watering plants. It incorporates a combination of sensors, actuators, and a control system to ensure that plants receive the appropriate amount of water at the right time, promoting healthy growth and conserving water resources. This system offers convenience and efficiency by eliminating the need for manual watering, especially in situations where plants are located in hard-to-reach areas or when the user is away from home for an extended period. It is particularly useful for individuals who may have a large number of plants or struggle to maintain a consistent watering schedule. The plant watering system operates based on a set of pre-defined parameters and user preferences. These parameters can be customized to suit the specific needs of different plant species or environmental conditions. The system can be programmed to monitor factors such as soil moisture levels, temperature, and ambient light to determine the optimal watering schedule for each plant. The core components of the plant watering system include: Sensors: These sensors are responsible for collecting data about the plant's environment. Soil moisture sensors measure the moisture content in the soil, ensuring that plants receive water when needed. Temperature and light sensors provide additional information for adjusting watering schedules based on environmental conditions. Control System: The control system processes the data collected by the sensors and makes decisions regarding watering. It compares the current environmental data with the desired parameters and triggers the watering process when necessary. The control system can be programmed to adjust watering frequency, duration, and intensity. Actuators: The actuators are responsible for delivering water to the plants. They can be connected to irrigation systems or water reservoirs. The control system activates the actuators based on the watering schedule, ensuring that the plants receive the appropriate amount of water. User Interface: The plant watering system typically includes a user interface that allows users to interact with the system. This interface can be in the form of a mobile application or a web-based platform. Users can monitor the system's status, adjust settings, and receive notifications about watering activities. In addition to automating the watering process, some advanced plant watering systems may offer additional features, such as: Integration with weather forecast data: The system can access weather forecast information to make more informed watering decisions. It can adjust the watering schedule based on predicted rainfall or changes in temperature. Connectivity and remote control: Users can control and monitor the system remotely through a smartphone or computer. This feature enables

1. Automatic Plant watering System
using Arduino
PROJECT PROGRESS UPDATE

2. Group Members
 Khizar Hayyat (21-arid-1415)
 Mashood Tariq (21-arid-1416)
 Moiz-ur-Rehman (21-arid-1418)
 Muhammad Haseeb (21-arid-1421)

3. Introduction
 Our project is automatic plant watering system using Arduino board. This
project works by using a soil moisture sensor to detect moisture level in
the soil when moisture level of soil drops below a certain value, the system
will operate water pump to provide necessary water for plants until
required moisture level is again achieved.
 Aim of our project is to make process of watering plants more efficient,
hassle free and also reduce the wastage of water.

4. Material Required
To build this project, we will need the following materials:
 Arduino Board
 Soil Moisture Sensor
 Water Pump
 Relay Module
 Jumper Wires
 Breadboard
 Power Supply
 Water tubing and nozzle
 Plants to water

5. Project Progress Update
 Circuit design:
We have designed the circuit for the project, which includes an Arduino
board, soil moisture sensor, relay module, water pump, and power supply. We
have also tested the circuit and ensured that it works properly. As Shown
below

6. Project Progress Update
 Programming:
We have written the Arduino code for the project, which includes the setup
and loop functions. The code reads the analog value from the soil moisture
sensor, compares it with a predefined threshold value, and activates the water
pump if the value is below the threshold.
 Prototype testing:
We have built a prototype of the system and tested it with a small plant. We
have observed that the system works as expected, and the plant is watered
whenever the moisture level in the soil falls below the threshold value

7. Way Forward
 Building a final product:
We plan to build a final product of the system, which will be more compact
and aesthetically pleasing. We will use high-quality materials to ensure that
the system is durable and long-lasting.
 Testing the final product:
We will test the final product to ensure that it meets our expectations and
performs well under various conditions. We will also gather feedback from
users to identify any areas for improvement.

8. Conclusion
We have made good progress on our semester project, the automatic plant
watering system using Arduino. We are excited to continue working on the
project and making it even better. Thank you for your attention, and please let
us know if you have any questions or suggestions.