Development of IoT based on energy monitoring system for industrial application

Sayed Alwi, Sayed Asraf (2021) Development of IoT based on energy monitoring system for industrial application. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

The management of energy resource is a significant global issue. The practises in energy conservation reduce the impacts of energy production on the environment. Consequently, the monitoring of electricity use is an essential process which reduces energy use and CO2 emissions immediately. The lack of metres in both energy-intensive and non-energy intensive industries is seen as one of the most significant barriers to increasing energy efficiency. The benefit of sub-metering is that it can enhance the efficiency of power usage while simultaneously lowering operating costs. Indirectly, it can encourage companies to invest more in energy efficiency programmes, which can help both the environment and the operation's costs. The traditional technique of measuring energy data such as RMS voltage, RMS current, Power and Power usage for energy monitoring requires manually handing over the source. It can sometimes be a disaster unless carefully handled and supervised by the professional. In addition, to improve data quality and efficiency for analysis, the energy monitoring system must be able to gather a lot of data and monitor in real time. To avoid a problem and acquire reliable data, the system must be able to read rms voltage, rms current, real power and power factor in real-time. This project will involve in coding, design and implementation. Creating a real-time industrial energy monitoring system would give improved insight into the industry's energy and power quality data. In industry leading to financial advantages, this will lead to reduced equipment downtime. So, some technique and approach will be used in this project to accomplish the project by the due date. Lastly, at the end of this project, the RMS voltage, RMS current, power and power usage will be generating.

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