Irriglo: Prototyping an Automatic Solar-Powered Smart Watering System as an IoT-Based Innovation

Ameera Indriani Lubis, Azkia Najla Shazia, Fashila Firdausi Zahra, Mahira Alyna Nisaa, Ratu Dinara Nafeeza Nurdin

1) Annisa Aurelia Satriani, MAN 4 Jakarta, Indonesia

(annisaaureliasatriani@gmail.com)

2) Arum Kusuma Ningtyas, MAN 4 Jakarta, Indonesia (arumkusuma1708@gmail.com)

3) Hanania Abiyu Sahda, MAN 4 Jakarta, Indonesia (aaniaaada@gmail.com)

4) Muhammad Ivan Anandya Nurhijja, MAN 4 Jakarta, Indonesia (akunbelajarivan@gmail.com)

5) Sabryn Maheera Mumtaz, MAN 4 Jakarta, Indonesia (sabrynmaheera@gmail.com)

6) Shadiqa Raihana Baidillah, MAN 4 Jakarta, Indonesia (hanooooew@gmail.com)

Mentor:

Ahmad Hafidz Jaelani, S.Pd. (hafidzjaelani@man4-jkt.sch.id)

Abstract

The exploration of IoT & renewable energy integration is one of the core components among the 4th Industrial Revolution. An incorporation of modern automatic technology and environment awareness is a need for today’s generation. The Irriglo Prototype presents the design and development of a sustainable, efficient, and innovative watering solution for agriculture and gardening. The system leverages solar energy to power sensors that monitor soil moisture levels, adjusting automatic watering schedules accordingly to ensure optimal plant care. Through remote monitoring and control, users can track system performance with ease. The outcome demonstrates the potential of combining renewable energy and smart technology to enhance agricultural practices, improve sustainability, and lower operational costs, while also contributing to the development and innovation of future IoT applications in resource management and environmental preservation.

Keywords : IoT, innovation, solar power, automation, sustainability.