Mohd Wafiuddin Yahya

Preferred name

Mohd Wafiuddin Yahya

Official Name

Mohd Wafiuddin , Yahya

Alternative Name

Yahya, M. W.

Yahya, Mohd Wafiuddin

Main Affiliation

Universiti Malaysia Perlis

Scopus Author ID

57202610067

Researcher ID

HZG-9288-2023

Research Output

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A review on harmonic mitigation method for non-linear load in electrical power system

( 2021)
Muhamad Hafiz Ab Aziz
;
Muhammad Mokhzaini Azizan
;
Zaliman Sauli
;
Mohd Wafiuddin Yahya
A review on harmonic mitigation method for non-linear load in electrical power system

( 2021)
Muhamad Hafiz Ab Aziz
;
Muhammad Mokhzaini Azizan
;
Zaliman Sauli
;
Mohd Wafiuddin Yahya
Development of copper busbar by silver plating under non-linear load operation using finite element method (FEM)

( 2023)
Muhamad Hafiz Ab Aziz
;
M. M. Azizan
;
Zaliman Sauli
;
Mohd Wafiuddin Yahya
Temperature analysis of bus bar by material variation under non-linear load operation

( 2024-03-21)
Aziz M.H.A.
;
Azizan M.M.
;
Zaliman Sauli
;
Mohd Wafiuddin Yahya
;
Wan Mokhdzani Wan Nor Haimi

Busbars are generally used to transmit and distribute current to a distribution board in buildings. The existence of harmonic current has been known to increase heat generation in the bus duct system. The heat generation commonly causes power losses at the conductor. In this study, a three dimensional (3D) Finite Element Method (FEM) by COMSOL Multiphysics software was utilized for predicting the heat distribution and average temperature for each material and their compliance with BS159:1992 Standard. The dimension of the busbar in this work is 1.5×0.125×20. Current source begins from 410 A and varies from 0% until 50% of Total Harmonic Distortion (THD) with an interval of 5%. The results depict that the temperature varies between each material. Silver demonstrates the lowest operating temperature at an ideal current (0% THDi), and minimum temperature rise after the existence of harmonic component in the current source and iron depicts otherwise result. In Overall, copper proved to be the best material for busbar due to the reasonable price; the low operating temperature at ideal current; and less increment of temperature after the presence of harmonics in the current source.

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