Next-generation Monitoring: Arduino-based Networking Approach for Underground Cable Fault Detection
DOI:
https://doi.org/10.37628/jbcc.v9i2.1970Abstract
This study presents a novel approach that makes use of networking technology and Arduino microcontrollers to identify defects in subterranean cables. For electricity distribution networks to continue to be dependable and safe, defects in subterranean cables must be accurately located and detected. An Arduino-based system to concurrently identify defects and determine their lengths in subterranean cables. Through the integration of sensors that are attached to Arduino boards with a networked system, we provide a framework for real-time monitoring that locates and quickly diagnoses defects in underground cables. Our method provides scalable, easily implementable, and reasonably priced solutions. To improve the effectiveness of cable fault management, we suggest an integrated system that combines distance localization methods with fault detection systems. Our integrated system, which combines cutting-edge technology with useful features to enhance operational effectiveness and safety across power distribution networks, provides a comprehensive solution for subterranean cable fault detection.
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