Solar-Powered Automatic Self-Watering Plant Sytem
The main goal of this project is to develop a solar-powered watering system for a small scaled agriculture that is capable of supplying water to the plant using water pump controlled by detection of soil moisture sensor as programmed by the Arduino Uno. Applying knowledge gained from the Electrical...
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my.uniten.dspace-207262023-05-05T01:04:14Z Solar-Powered Automatic Self-Watering Plant Sytem Muhammad Iqbal Bin Khairul Anuar Solar Powered Watering System The main goal of this project is to develop a solar-powered watering system for a small scaled agriculture that is capable of supplying water to the plant using water pump controlled by detection of soil moisture sensor as programmed by the Arduino Uno. Applying knowledge gained from the Electrical Power Engineering course allows the development of the prototype of the project to be successful using software and hardware components such as Arduino Uno, water pump, solar panel, solar charge controller, storage battery and water tank. Connections between the hardware components can be accomplished through the use of copper wires and jumpers. Results obtained from the testing of the prototype has been discussed further through the chapters. 2023-05-03T15:16:26Z 2023-05-03T15:16:26Z 2019-10 https://irepository.uniten.edu.my/handle/123456789/20726 en application/pdf |
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Solar Powered Watering System Muhammad Iqbal Bin Khairul Anuar Solar-Powered Automatic Self-Watering Plant Sytem |
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The main goal of this project is to develop a solar-powered watering system for a small scaled agriculture that is capable of supplying water to the plant using water pump controlled by detection of soil moisture sensor as programmed by the Arduino Uno. Applying knowledge gained from the Electrical Power Engineering course allows the development of the prototype of the project to be successful using software and hardware components such as Arduino Uno, water pump, solar panel, solar charge controller, storage battery and water tank. Connections between the hardware components can be accomplished through the use of copper wires and jumpers. Results obtained from the testing of the prototype has been discussed further through the chapters. |
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Muhammad Iqbal Bin Khairul Anuar |
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Muhammad Iqbal Bin Khairul Anuar |
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Muhammad Iqbal Bin Khairul Anuar |
title |
Solar-Powered Automatic Self-Watering Plant Sytem |
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Solar-Powered Automatic Self-Watering Plant Sytem |
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Solar-Powered Automatic Self-Watering Plant Sytem |
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Solar-Powered Automatic Self-Watering Plant Sytem |
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Solar-Powered Automatic Self-Watering Plant Sytem |
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solar-powered automatic self-watering plant sytem |
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2023 |
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