Automatic Watering Plant: prototype system
Sherpa, Pasang Kaji (2022)
2022
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-202301091095
https://urn.fi/URN:NBN:fi:amk-202301091095
Tiivistelmä
The thesis work aims to develop an automatic plant watering system. The prototype created in the thesis project could be utilized for various client applications. Designing and safeguarding flowers and plants in a home are just a few examples. Even when people are away from home, an automatic watering system will play a critical role in preserving flowers and plants. It continues to water the plant as the soil moisture level completely dries out.
The primary goal of this thesis is to develop an autonomous plant watering system that can provide enough water to a plant without requiring the presence of a human in an indoor space within a reasonable amount of time. The method used to design this automatic water plant system is qualitative research by meetings and interviewing the client. The design thinking process is used for developing the prototype. This automatic plant watering prototype gadget provides the necessary water for growth. It sends an alert when the water tank is nearly empty. The prototype assembling process is made via online stimulation using Tinkercad. Further assembling devices, connecting to microcontrollers, and setting up the IoT platform service to monitor data were critical to the project's usefulness and simplicity.
The final prototype is constructed and tested, fulfilling the arrangement between the sensors and microcontroller via the online platform Tinkercad. Furthermore, the prototype developed for this thesis topic might serve as the foundation for future autonomous hydroponic and aeroponics systems as override access connections.
The primary goal of this thesis is to develop an autonomous plant watering system that can provide enough water to a plant without requiring the presence of a human in an indoor space within a reasonable amount of time. The method used to design this automatic water plant system is qualitative research by meetings and interviewing the client. The design thinking process is used for developing the prototype. This automatic plant watering prototype gadget provides the necessary water for growth. It sends an alert when the water tank is nearly empty. The prototype assembling process is made via online stimulation using Tinkercad. Further assembling devices, connecting to microcontrollers, and setting up the IoT platform service to monitor data were critical to the project's usefulness and simplicity.
The final prototype is constructed and tested, fulfilling the arrangement between the sensors and microcontroller via the online platform Tinkercad. Furthermore, the prototype developed for this thesis topic might serve as the foundation for future autonomous hydroponic and aeroponics systems as override access connections.