Centre for Power Systems and Electricity (CPSE)

Activities Report

UTAR and Pestech International Berhad MoU Signing

Date: 13 September 2017.
Venue: UTAR Sungai Long Campus on



UTAR and Pestech International Berhad officially signed a memorandum
of understanding (MoU) at UTAR Sungai Long Campus on 13 September 2017.


Signing on behalf of UTAR was its President Ir Prof Academician Dato’ Dr Chuah Hean Teik witnessed by the Vice President for R&D and Commercialisation Prof Ir Dr Lee Sze Wei while Pestech was represented by its Executive Director and Group CEO Ir Paul Lim Pay Chuan witnessed by Pestech General Manager Paismanathan Govindasamy. 


Present at the signing ceremony were Lee Kong Chian Faculty of Engineering and Science (LKC FES) Dean Prof Ir Dr Goi Bok Min, LKC FES Deputy Dean for Student Development and Industrial Training Assoc Prof Dr Lai Soon Onn, LKC FES Head for Electrical and Electronic Engineering Department Assoc Prof Dr Chang Yoong Choon, LKC FES Chairperson for Railway Infrastructure and Engineering Centre Prof Dr Andy Chit Tan, Assoc Prof Dr Stella Morris, Prof Ir Dr Lim Yun Seng, Dr Wong JianHui, Dr Tey Jing Yuen and Dr Chua Kein Huat. Representing Pestech were its Corporate Affairs Charles Tan and Corporate Strategy Office Senior Manager Wong Siaw Yan.


The MoU aimed to promote joint efforts in research, development and commercialisation and to engage UTAR in the joint development of High Fidelity Power Plant Simulation tools. Apart from that, this MoU facilitates the industrial study visits and industrial placements for UTAR students.
Prof Chuah said, “We welcome such opportunity to participate in the Industrial Collaboration Programme (ICP) implemented by the Technology Depository Agency along with Malaysian Industry-Government Group for High Technology (MIGHT) to contribute further development which would benefit the society. This MoU will provide our students with a great opportunity for internships and exposure among Pestech’s wide network, also train and produce students who can be competent in the business segment of power generation and rail electrification.”
“We are proud to collaborate with UTAR and look forward to expanding knowledge in the region while at the same time to discover new technology and overcome the challenges ahead to deliver the best to the society. This MoU is just a start as we continue to flourish for the betterment of the future,” said Ir Paul.


A photography session was followed after the signing ceremony before the event adjourned.





Planning Of Micro Power Systems For Indigenous Community

Collabaration: UTAR and University of Malaya (UM)
Date: 7 October 2017 to 8 October 2017
Venue: Kampung Lawin Selatan, Kampung Sungai Karah,
and Kampung Lubok Chupak

A research team, formed by UTAR and University of Malaya (UM), visited three indigenous villages located at Lenggong, Perak, namely Kampung Lawin Selatan, Kampung Sungai Karah, and Kampung Lubok Chupak, from 7 October 2017 to 8 October 2017.


The aim of this visit was to provide necessary items such as food and clothes for the villagers. Simultaneously, an investigation was carried out to figure out the potential site for solar photovoltaic (PV) and a micro hydro power plant installation, in order to provide a sustainable power supply for the villages using renewable energy resources.


The research team, for this visit, was represented by Lee Kong Chian Faculty of Engineering and Science (LKC FES) Principal Investigator Dr Chua Kein Huat, LKC FES Centre for Power Systems Chairperson Prof Ir Dr Lim Yun Seng and spouse Serena Liew, UTAR Master of Engineering Science student Soon Kok Yew as well as senior lecturers from UM Dr Che Hang Seng and Dr Tan Chia Kwang.



The trip started with a field visit to Kampung Lawin Selatan, a rural community of 83 inhabitants and 11 houses, where it has no access to electricity. Although the village consists of two diesel generators, the villagers were unable to operate it due to high diesel fuel price, frequent breakdown and high operational cost of these generators. Undoubtedly, this has increased the villagers’ burden as they lack consistent income and they can only collect forest resources to exchange food and essential living things with outsiders.




Upon surveying the surrounding of the village, the research team found a high streamflow river nearby that has the potential for micro hydro generation. However, the installation of hydro power plant was too expensive and was not economically feasible. After considering the reliability and the cost, the researchers opt for the solar power generation instead, as it was an easier option to keep the solar-powered system going and more affordable. Several potential sites have been identified for the installation of solar PV panels in the village.

The second visit was at Kampung Sungai Karah, where the living condition of the villagers was more manageable compared to the previous village. The villagers sustained themselves through their own plantation and fish farm. The local government has also built four concrete houses and a multi-purpose hall for the villagers. However, there was no access to electricity for these houses; but the village still has rooftops that could benefit from solar installations.
Dr Chua has successfully raised RM600 from the Department of Electrical and Electronic Engineering to buy colouring pencils for the children in that village.

The last visit, Kampung Lubok Chupak, was the most developed indigenous village. The road to the village was fully laid by tar and its condition was significantly better than the other two villages. The local government has built 15 concrete houses that are equipped with solar PV system with batteries for the villagers. Unfortunately, most of the PV systems were no longer functioning.

When asked, Dr Chua said, “The three villages have one common issue—lack of electricity and education. These villages are located in a very remote area and the children who live there have no chance to go to school. They are living in energy poverty and they really need help to establish the electricity to improve the quality of their lives. With the electricity supply, they can carry out some economic activities at night. The children can also study during the night time.”