Design and analyze of flywheel plate for flywheel hybrid module

Muhammad Afiq , Jalaludin (2015) Design and analyze of flywheel plate for flywheel hybrid module. Project Report. UTeM. (Submitted)

Text DESIGN AND ANALYZE OF FLYWHEEL PLATE FOR FLYWHEEL HYBRID MODULE 24pages.pdf Download (605kB)

Abstract

Fuel efficiency is a thermal efficiency of energy convert or transfer. There are a lot of technologies that have been invented to improve the fuel efficiency for the vehicle. For example, hybrid car use electric motor to assist the internal combustion engine. The principle working of hybrid vehicle is depends on its drive train structure. Regenerative braking is a one of the working principle of hybrid electric vehicle that stored the energy during deceleration. However, there is another technology that has same working principle to regenerative braking that is kinetic energy recovery system. This system use flywheel to stores the energy because it has high energy density with the increasing of rotational speed. So, this project is conduct to design and analyze the flywheel plate for the flywheel hybrid module. Flywheel hybrid module consists of flywheel plate, clutch system, transmission system and shaft with housing. Flywheel hybrid module will be implemented in the front rim of motorcycle. There will need to consider amount of space available for the flywheel plate. The material of flywheel plate also important thing that affect the density which will relies the capability of energy storage by the flywheel. In this project, design of the flywheel plate has been done until the concept sketching. The future work will be continues on the next semester.

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