Optimization of Inventory Model for Electrical Power Consumption of Two Transmission Stations with Different Demand Patterns and New Costs Parameters

Authors

  • F. X. Edwin Deepak, L. Sahaya Senthamil, K. Arul Jeyaraj, Nivetha Martin

Abstract

This research work proposes an inventory model to optimize the electrical power consumption of two transmission stations. In general the end –customers receive electricity from the transmission and distribution systems to which it is transmitted from power plants. The model developed in this paper deals with two transmission stations with linear and exponential demand patterns. The primary goal of this model is to obtain the electricity power consumptions of both the transmission stations. The proposed inventory model is deterministic in nature and it is validated with numerical example. An inventory model with generalized demand is put forward and then it is modified with various demand patterns. In this suggested inventory model new costs parameters pertaining to transmission stations are included in additional to the usual costs This inventory model will cater the requirements of the decision makers in making decisions on electrical power consumptions of two transmission stations in fulfilling the needs of the end-customers.

Published

2020-02-29

Issue

Section

Articles