INTELLIGENT SWITCHING, PROTECTION AND MONITORING SYSTEM BASED ON THE INTERNET OF THINGS TECHNOLOGY
Keywords:
Smart electrical cabinet, intelligent protective switching, fault warning detection.Abstract
Nowadays, modern equipment installed in both civil and industrial domains is becoming
increasingly expensive. As a result, it is essential to prioritize the safeguarding of these valuable
assets during their implementation and operational phases. This challenge is compounded by the
growing range of potential mishaps, necessitating a proportional increase in protective measures.
Additionally, monitoring and documenting such incidents requires specialized systems. To addres
these complexities, our research group has developed a smart electrical cabinet that serves a dua
purpose: it detects anomalies and offers an autonomous circuit-breaking feature, thereby mitigating
the impact of possible disruptions on connected loads. The research outcome aims to design an
electrical cabinet that includes various mechanisms to detect, and safeguard loads from potential
incidents, while also being capable of collecting operational data, recording incident occurrences,
and integrating with the central management system at the construction site.
