Wireless Monitoring and Controlling of Telecom DC-Power System
Gregory Ratcliff, Meghna Shinde · 2024
In recent times, the Internet of Things (IoT) has emerged as a pivotal domain in the industrial sector, revolutionizing conventional industries by creating smart, interconnected ecosystems. A significant majority of IoT devices, approximately 60-70%, employ Bluetooth Low Energy (BLE) for wireless communication. BLE, known for its low power consumption, plays a crucial role in IoT by powering battery-operated devices. This technology enables seamless wireless connectivity, data exchange, and proximity features within IoT networks, thereby facilitating real-time monitoring, control, and efficient device-to-device communication. Consequently, IoT has witnessed remarkable growth and success. This study overcomes the challenge of remotely monitoring and controlling controllers, rectifiers, and smart batteries in challenging and remote locations, specifically telecom tower infrastructure. These vital components are often situated at great heights, making access a risky endeavor without auxiliary support, and necessitating wired connections for maintenance tasks. To tackle this issue, this BLE-based application empowers operators and field engineers to perform maintenance activities efficiently. This study encompasses discussions on the proposed system architecture, controller hardware, and BLE communication protocols, highlighting how this solution augments the functionality and reliability of IoT in industrial contexts.