The project completely based to Automate the Aquarium & plantation. A mobile application on network is a self-configuring wireless network which can be formed on a created server which will be further interfaced with an hardware. The creation of hardware model will include a raspberry pi with further relay interfaced with multiple sensors. The application will be an active set over internet to create an autonomous system for aquarium This Project will be based on the main motive to feed food to the fishes and water the plants from an android application and to control the soil moisture, temperature and lifestyle of the aquatic life & plantation in home. We can have automatic water leveling or notification based on GSM. For hardware we will use Raspberry pi board which will be connected through internet on relays , The food feeding device and machines used for plantation setup, that will be tubing, hence accessed by an android application supported by a web database. The final step outcome will be multiple buttons and screens on application to control devices, feed food to fishes & irrigation on one click through internet and live surveillance with motion movements
Filters for Electromagnetic Compatibility Applications
IOT based Automated System for Aquarium and Plants
1. G.H. RAISONI INSTITUTE OF ENGINEERING
& TECHNOLOGY, NAGPUR
(Affiliated to RTM Nagpur University, Nagpur and NAAC Accredited.)
Department of Computer Science & Engineering
Guide:
Mr. Yogesh Golhar
Name of Projectees
Anal Prasanna Salshingikar
Bharti Dhakate
Diksha Golait
Ekta Chahande
Rupali Patle
Sanjana Zanjad
IOT BASED AUTOMATED SYSTEM FOR AQUARIUM
AND PLANTS
2. Contents
•Problem Statement & Objectives
•Introduction
•Literature Survey
•System Design
•Proposed Work
-Module Description
•Technology to be Use
•Advantages & Applications
•Result
•Future Scope
•References
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3. Problem Statement
Problem Statement
Problem faced by Aquarium owner when they go outstation and leave their
aquarium which leads to improper management of the aquatic life, which may
lead to death of fishes due to Inadequate food supply.
As we know that if we are having interior plantation at home then its very
difficult to water the plants inside the house which we keep for decoration
purpose and hence the water spills and creates a dirty look.
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4. Objectives
• To Automate Fish Food Feeder on application.
• To Automate Switching Systems for aquarium machines.
• To Water Level Indicator & Automated Oxygen Supply.
• To Maintain Water Level Automatically.
• To Camera Surveillance with Motion Detection.
• Soil Moisture Control.
• Automated Irrigation System for plants.
5. Introduction
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• Our Project is based to Automate the Aquarium and Plantation Setup
• To feed food to the fishes from an android application.
• Perform inhouse plantation & irrigation from an android application.
• To control the temperature and lifestyle of the aquatic life in home. We
can have automatic water leveling or notification based on GSM.
• Accessed by an android application supported by a web database.
• The final step outcome will be multiple buttons and screens on
application to control devices, feed food to fishes & automated irrigation
on one click through internet and live surveillances.
6. Literature Survey
Websites / Paper / Article/ Real Time Survey Reviews / Findings / facing problem
https://www.liveaquaria.com/article/35. Common Aquarium Problems
www.aquosaquariums.com. Tank Issues
https://www.britannica.com/science/aquarium. Aquarium Knowledge
https://books.google.co.in/books?isbn=0764112414. Maintenance of aquarium
Dharampeth Fish Aquarium 1. Improper Aquarium management.
2. In adequate food supplies to fishes.
Queen Fish Aquarium 1. Difficulties while clean up.
2. No Fish activity tracker to know there health.
Fins ‘n’ Tails 1. Everything is manual, where as science supports
automation.
2. Temperature is difficult to maintain.
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11. Proposed Work
• Research and Development.
• Fabrication of Aquarium.
• Design & Implementation of various aquarium Products.
• Hardware Interfacing.
• Module Code Generation.
• Application Connectivity.
• Synchronization of Server with modules.
• Testing of Final Product & Services.
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12. Technology to be Use
•Front End:
IOT HARDWARE :-
1. ARDUINO MEGA 2560
2. ESP8266
3. Aquarium
4. Machines
5. Relay Module
6. Sensors
7. Android application
•Back End
Blynk server, Internet of things, Arduino IDE
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13. Advantages & Applications
• Access your aquarium from any part of the world.
• Automatic Water Levelling Technique.
• Automated Cleaning Of Aquarium.
• Light/ Infrared/ Other Electronic Device.
• Live Streaming Camera with Movement Detection.
• Remotely Access to Aquarium & Plantation.
• Remotely Water Your Plants & Control Humidity.
• Automate the internal drip irrigation system for vertical
plantation
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17. Future Scope
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It can be implemented in Aquaponics Setups
It can be used for agricultural purposes
It can be implemented in Salt Water Aquariums
It can be widely be used to automate organic farming
It can be used by large fisheries
The concept can also be implemented for a smart home
It can be implemented to automate the process of irrigation.
It can be implemented to control the overhead water tanks
