WEBSITE DESIGN FOR THE IMPLEMENTATION OF IOT TECHNOLOGY UTILIZING SOLAR PANELS FOR ILLUMINATING REGIONAL SIGNBOARDS IN MERUYA SELATAN

Freddy Artadima SILABAN; Muhammad Hafizd Ibnu HAJAR; Ketty Siti SALAMAH; Triyanto PANGARIBOWO

doi:10.33068/iccd.v7i1.833

Freddy Artadima SILABAN Universitas Mercu Buana
Muhammad Hafizd Ibnu HAJAR Universitas Mercu Buana
Ketty Siti SALAMAH Universitas Mercu Buana
Triyanto PANGARIBOWO Universitas Mercu Buana

DOI: https://doi.org/10.33068/iccd.v7i1.833

Keywords: Signboard, Solar Panel, Internet of Things (IoT), Website

Abstract

This research proposes and designs a regional signboard lighting system in Meruya Selatan that utilizes solar panels as the primary energy source and integrates Internet of Things (IoT) technology as an automatic control system, supported by a website platform for remote monitoring and management. The system is developed to support renewable energy initiatives and the advancement of smart urban infrastructure. Solar panels are employed to generate self-sustained and environmentally friendly electrical power, thereby reducing dependency on the national electricity grid (PLN). The IoT system is designed to monitor key parameters such as illumination levels, battery status, power consumption, and to detect system faults or failures in real-time through a microcontroller connected to various sensors. Complementing the hardware system, the website is developed using a modern framework that enables the visual representation of sensor data, including light intensity graphs, charging status, and historical energy usage. The website also offers manual control features such as lamp activation scheduling and automatic notifications to operators in case of anomalies. The user interface is designed with a focus on accessibility and responsiveness across multiple devices. Field testing conducted in the Meruya Selatan area demonstrates that the system operates in a stable, efficient, and weather-adaptive manner. By integrating renewable energy, IoT, and digital platforms, this system significantly contributes to energy efficiency, operational effectiveness, and maintenance cost reduction in the management of public lighting infrastructure.

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