An Apply IoT for Collection and Analysis of Specific Energy Consumption in Production Line of Ready-to-Drink Juice at the Second Royal Factory Mae Chan

This paper presents an Internet of Things (IoT) communication to energy meter via Modbus protocol for analysis of specific energy consumption (SEC) parameters of ready-to-drink fruit juice production lines in The Second Royal Factory Mae Chan. SEC is a measure of energy efficiency at the output level by measuring the amount of energy used relative to the weight of the unit of physical output. So, use index values specific energy consumption it reflects the efficiency and cost of energy. The part of the production line represents the energy consumption per product. In order to introduce this principle into energy management in the production line of ready-to-drink fruit juice production lines with high power consumption, the analysis starts with indexing the electricity consumption of the plant according to the power consumption in the production line significant to the power consumption in the form of energy consumption indexes on the weight of the product obtained using IoT and the weight of the product. Based on the data analysis, the energy consumption index of the ready-to-drink fruit juice line was similar, and the trend was higher than that of other product lines. It shows that the ready-to-drink fruit juice line has higher electricity costs than other production lines. Based on index usage data, the energy can be used to manage energy costs and improve efficiency the energy of Ready-to-Drink Juice Line of The Second Royal Factory Mae Chan.