A Real-time Performance Monitoring of IoT based on Integrated Smart Streetlight

Abstract

Conventional public streetlight controlling and monitoring systems are carried out locally without being able to be carried out remotely. Hence, it is slow to handle if there is damage. Regarding security, it is not uncommon for the public streetlight to become the object of vandalism and theft. The existence of smart public streetlights with IoT technology that can display the current status of public streetlights is urgent. In this study, our main intention is to develop a smart streetlight monitoring system that has exclusive features by integrating various devices. All data generated from integrated devices will be displayed in real-time via the IoT-Blynk platform and recorded on a Google Spreadsheet per minute. A smart streetlight system monitoring is implemented on the main road of the Jakarta State Polytechnic to determine the system’s performance. This system has been functioning correctly, as evidenced by the reading and sending of all sensor data appropriately to smartphones and Google Spreadsheets via a Wi-Fi network connection. Based on data analysis, the total energy consumption required of smart streetlights for 24 hours is 0.117 kWh.