Demand Response (DR) is a key technique in Smart Grid to reduce the peak demand cycle of electrical power. Its implementation in industries is critical, since they are the major consumers of electricity, and play a pivotal role in the economics of a country. In this study, a state-task network (STN) for a flour mill is utilized to develop a DR energy management scheme. The specific DR algorithm determines the optimal operating points for schedulable task (ST), to manage electrical power demand between peak and off-peak periods. The results exhibit that the DR scheme will act as a tool to reduce the electricity consumption cost up to 38% without compromising the production process. This cost effective DR scheme is a reality which is feasible to implement on all industrial processes.
Demand Response for Industrial Facilities
2020-06-01
249194 byte
Conference paper
Electronic Resource
English
Tema Archive | 1991
|Managing industrial energy intelligently: Demand response scheme
Online Contents | 2014
|Parking Demand Analysis for HOV Facilities
British Library Conference Proceedings | 1994
|Evaluating the demand for new cycle facilities
Online Contents | 1996
|Community facilities and the demand for travel
British Library Conference Proceedings | 1996
|