Design And Vibrational Analysis Of Electric Power Generator

Muhammad Hudzaifah, Abdul Habib (2015) Design And Vibrational Analysis Of Electric Power Generator. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Design And Vibrational Analysis Of Electric Power Generator.pdf - Submitted Version Download (422kB)

Abstract

This project is to design and analysis pneumatic power generator. For today, the internal combustion engine that produced smoke emission and noise pollution are the main issue for green environment. Generator is usually used internal combustion engine to produce electricity. In this research and development, air compressed power generator (ACPG) is the new development to overcome the smoke emission and save the green environment. This project have the conceptual design where the first element is air compressor. The air compressor is function as compressed air to run an air motor. The air compressor is operated by using external supply. Then, the air motor is proceed to run an electric generator. This generator will produce electric. After a moment, when the air compressor have achieves its peak pressure , the external power can be disconnected. The electricity is produced by the generator. Then, the generator transfer the electricity to the air compressor by using electric motor that we called auxiliary power. Furthermore, the electric produced is more than the amount used by its electric motor. This surplus electric (power output) is then tapped for other applications. This system is continuously running without external power input. This project to reduce using of electricity where the cost of electricity for today is increased the rate. This project, the mountings and frames of the system is designed by using CATIA software. Analysis is put the load act on the mountings to determine the force available. The mountings and frames are design to make the system of the air compressed power generator in line that easy to bring or move anywhere and to make the system orderly in arrangement.

Actions (login required)

View Item