PARAMETRIC COST ESTIMATION FOR CONTROLLING THE DEVELOPMENT OF ELECTRIC VEHICLE PROTOTYPE
Keywords:
activity cost driver, electric vehicle prototype, engineering bill of material, parametric cost estimation.Abstract
We proposed a parametric cost estimation for analysis the feasibility of electric vehicle prototypes. The development of prototype is an important phase of developing an electric vehicle (EV). One of the important criteria in prototype stage is the feasibility of cost for developing a prototype of EV. This article aims to arrange method and application for estimating and controlling the cost of EV in prototype stage. Where, the design to cost is used to validate cost estimation of production costs of prototypes. This research begins by identifying Engineering Bill of Material (EBOM). In referring to the EBOM, organization structure and its activity are identified. We utilize a parametric method that derived from cost center and activity cost driver to arrange cost estimation model. To demonstrate the practical applicability and effectiveness of the proposed method, we implement the prototype of an EV parametric cost estimation model by using a Visual Basic Macro within Microsoft Excel. In this paper, the model for controlling the cost of development of an EV prototype is described and the cost to design is evaluated in comparison with the target cost.References
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