Design of a Monitoring System for Power-consumption Devices Based on Modbus Protocol

This paper presents the design and implementation of a Modbus-based power consumption monitoring system for modern devices. The increasing importance of efficient energy management necessitates the development of standardized and scalable monitoring solutions. The proposed system leverages the Modbus protocol, widely used in industrial settings, to enable real-time monitoring and analysis of power consumption across multiple devices. The research aims to address the limitations of existing monitoring systems and provide a user-friendly interface for data visualization and reporting. The system architecture consists of hardware components, software modules, and a Modbus protocol implementation for data acquisition and transmission. The methodology includes sensor selection, data processing algorithms, and user interface design. Experimental testing is conducted to evaluate the system’s performance, accuracy, and reliability under various test cases and scenarios. The results demonstrate the system’s effectiveness in monitoring power consumption, with high accuracy and scalability. The paper discusses the limitations and challenges encountered during implementation and proposes future enhancements and research directions. The significance of the Modbus-based approach lies in its potential for large-scale deployment and its contribution to the field of power consumption monitoring.