Development of an IoT-based solar powered roof water sprinkler by using Arduino

Jayabalan, Roobakkanthan (2025) Development of an IoT-based solar powered roof water sprinkler by using Arduino. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Heating solutions are less commonly needed, however, cooling solutions have need to become most popular as the temperature’s increases and the climate changes. That is why this project was launched. The research in this proposal will work towards the development of solar-powered IoT, cutler system, a roof water sprinkler that will enhance the comfort levels indoors as well as contribute positively to the environment. The objectives are elaborated in a theoretical framework that seems to accommodate the levels of efficiency of system design and implementation needed for the successful attainment of the goals. Among the objectives, the project target to use the least number of resources in order to gain the highest returns by employing renewable energy resources and IoT. The research is conducted in a orderly fashion with special focus given to the existing technologies as well as the needs of the users. It consists of such elements as point sensors, controllers, and actuators to allow for the alternation of components as well as prototypes with the help of iterative designs. The tests carried out in the conditions of different surrounding temperatures prove that the system contributes to the stabilization of temperature differences and enhances the qualities of living inside the dwelling. Some development establishes the way that the system can reduce reliance on conventional cooling practices and promote sustainable conduct. It is useful information about how to design the cooling solutions for the houses that are environment friendly. The proposed system in this research revolutionises the indoor climate and plans for the protection of the environment using renewable energy and IoT connectivity. The significance of the project lies in the need to reprise and present new tasks in relation to the climate change in residential spaces within the future research and implementation proposals.

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