Design And Simulation Of In-Pipe Generator

A. Jalil, Hanisah Nadiah (2015) Design And Simulation Of In-Pipe Generator. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Design And Simulation Of In-Pipe Generator.pdf - Submitted Version Download (377kB)

Abstract

Hydroelectric power is a popular method used to generate electricity. The project uses the same concept of "Run-of-river". "Run-of-river" requires a large area because it has a generator outside the pipe, but the generator will be placed in the pipe and it is designed in a small size. Water will flow through a pipe in it and there is a generator will convert’s mechanical energy into electrical energy. The objective of this project is to design in-pipe generator using ANSYS Maxwell and to run the simulation performance with the aid of FEM software. The generator is designed using the software ANSYS Maxwell. In order to achieve these purposes, the given parameter has to translate into FEM and the obtained result will be analysed. The magnetic flux energized when the high voltage. In addition, the advantages of using an in-pipe generator is a small cost compared to existing generation. At the end of this project, the objective is ensuring to be achieved.

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