Aim of traditional warehouse design is to maximize the storage and picking performance through the travel time minimization. This determines a building configuration that conflicts with the reduction of consumed energy, required for warehouse conditioning. This work suggests a bi-objective warehouse design, considering both travel time and energy consumption as objective functions. Exploiting the Pareto frontier approach, this work investigates the warehouse configurations that represent a remarkable trade-off between these two optimization problems.
F. Pilati, D. Battini, M. Bortolini, M. Gamberi, F. Sgarbossa (2013). Bi-objective warehouse design: travel time versus energy consumption optimization. Roma : University of Rome - La Sapienza.
Bi-objective warehouse design: travel time versus energy consumption optimization
PILATI, FRANCESCO;BORTOLINI, MARCO;GAMBERI, MAURO;
2013
Abstract
Aim of traditional warehouse design is to maximize the storage and picking performance through the travel time minimization. This determines a building configuration that conflicts with the reduction of consumed energy, required for warehouse conditioning. This work suggests a bi-objective warehouse design, considering both travel time and energy consumption as objective functions. Exploiting the Pareto frontier approach, this work investigates the warehouse configurations that represent a remarkable trade-off between these two optimization problems.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
