Energy performance index to indicate the energy efficiency of brake fabric factory

Abstract

This objective of the research for analyze energy efficiency. By finding the specific energy consumption (SEC) and the actual amount of energy used (EUI) to compare the energy consumption index. Along with developing the equation to be a guideline for preliminary energy management of the control factory Industrial production of disk brake, rear brakes and brake shoes. Which use different energy by having to use a variety of production machinery, most of which are heat dryers, brake pads with a variety of products. The size with different production capacity of the resulting in an appropriate relationship between energy consumption and production. From the study of energy consumption from the use of specific energy that occurs between the amount of energy used and the amount of output obtained in the same period as well as finding the energy consumption index. The amount of energy based that is actually used and the amount of base energy to perform the energy consumption index analysis from the regression equation so that the equation is complete. To analyze relationships in different ways as well. The results of the study of energy consumption data showed that working hours. The use of thermal energy affects the amount of production from the EUI equation, with the value of R equal to 1.00 from the analysis of specific energy values. To increase energy efficiency by considering the distribution of the graph data for 2 years. The production of brake pads Factory 1 will have the power consumption per unit of 2.15 ± 10 percent (Mega Joules per piece). The second plant will be used the energy per unit is 1.46 ± 10 percent (Mega Joules per piece)