MOHD FIRASATH ALI, MIRZA HAROON BAIG, MOHAMMED ABDUL MOYEED

Abstract

Quicker turnaround times than usual are required for rush orders in a genuine manufacturing line. It may be necessary to make adjustments to the setup in order to execute rush orders and then return to regular production after they are finished. It is generally believed that longer setup periods lead to less efficient manufacturing and higher energy consumption for each created unit. There has been a lack of research on how rush orders affect energy usage and industrial productivity. For the purpose of creating production assessment techniques that may accomplish the ongoing decrease of production energy usage, a deeper comprehension of these consequences is required. This study presents a technique for evaluating output that takes into account rush orders in a manufacturing line and conceptually formulates the link between lot size and energy consumption rate. This connection was defined by the development of a formulation. We used the results of the simulations to confirm the