DOI number:10.1080/09544828.2022.2139524

Journal:Journal of Engineering Design

Key Words:NSGA-II; product configuration; warranty profit; kano model; electric vehicle charging pile

Abstract:In the context of mass customization business activities, product configuration (PC) can assist companies in quickly occupying the market and improving their competitive advantage. In this paper, contractors are defined as outsourcing companies for producers and manufacturers that do not possess self-developed product moduletechnology and who are more knowledgeable and discerning consumer representatives. This study focused on a PC approach that includes optional, redundant, and common modules. In this approach, three objective functions were considered and solved using NSGA-II: warranty profit, performance-price, and environmental emissions. Warranty profit is calculated by forcing the product failure probability to satisfy a power-law distribution and the user selection behavior to satisfy a multinomiallogit (MNL) model. Kano’s model-based user satisfaction and the relative importance of the product module instance are used to calculate performance-price. The environmental emissions were determined from both production and assembly emissions of the module instance. Additionally, a chromosome encoding method and a chromosome crossover operation were designed for the PC problem. Finally, the feasibility and effectiveness of the proposed method were verified by taking an electric vehicle DC charging pile configuration project as an example, and discussing and explaining the practical significance of each parameter in the example.

Indexed by:Journal paper

Discipline:Engineering

Document Type:J

Volume:33

Issue:8-9

Page Number:545–566

Translation or Not:no

Date of Publication:2022-11-14

Included Journals:SCI