Incorporating Flywheel Hybrid Module In Automobile : A Comceptual Design Approach

Mustapha, Mohd Nazreen Izuan (2016) Incorporating Flywheel Hybrid Module In Automobile : A Comceptual Design Approach. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

The Flywheel Hybrid Module of this project is essentially inspired by the Kinetic Energy Recovery System (KERS) of Formula One racing car and Flywheel Hybrid XF from Jaguar manufacturer. This KERS system is to produce and stored energy while braking. Besides that, the system also will released energy when the break is discharged. The project of Flywheel Hybrid Module is viably in the traffic light condition or while the car are not move (in static position) before the car move forward. In addition, the system is functionally to save fuel consumption. In this paper, it will focus on the initial concept which is Concept Generation in designing the Flywheel Hybrid Module. The first step is to determine the customer requirement about the hybrid technology. After that, is to produce the engineering specification based on the customer requirement. Then, all the data that have being obtained are used in constructing House of Quality thus producing Product Design Specification (PDS). Based on that, the best concept will be chose through several methods such as Morphological Chart, Concept Generation, Concept Screening, Concept Scoring and Concept Selection. Lastly, sketch of the bet concept will be draw.

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