Simulation of Electrical Energy Requirements for the CPO Pump House at PT Pelindo Energi Logistik

Abstract

Electricity consumption in industrial pumping systems plays an important role in supporting operational efficiency, particularly in facilities that operate continuously. The motor and pump system used in the Crude Palm Oil (CPO) pump house at PT Pelindo Energi Logistik requires a stable and reliable electricity supply to ensure optimal pumping operations. Therefore, analyzing the electrical energy demand of the system is essential to understand its energy consumption characteristics and to support more efficient energy management. This study aims to analyze the electrical energy demand of the motor and pump system in the CPO pump house by evaluating the pattern of energy consumption during the analyzed operational period. The research methodology involves collecting technical and operational data related to the motor and pump system. The data are then analyzed using several key parameters, including the average annual energy consumption, minimum and maximum energy consumption values, and the standard deviation of energy usage. These parameters are used to simulate and evaluate the energy consumption pattern of the system during the operational period. The results show that the motor and pump system has an average electricity consumption of approximately 131.77 MWh per year with a relatively stable consumption pattern. The findings provide insights into the characteristics of electricity usage in industrial pumping systems and can serve as a basis for improving energy management and operational efficiency.