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23 February 2022 | Story Lacea Loader

From 24 February 2022 – as an interim solution to the challenges experienced with the disruption of classes on the University of the Free State (UFS) Bloemfontein Campus during the week of 21 February 2022 – the academic programme will continue in a differentiated and flexible online mode in some modules within faculties.

Face-to-face classes will continue in those modules where online teaching is not possible at this stage. Students will be informed by their respective faculties as to which modules will be moving online, and which will remain face to face.

This is a temporary measure to enable the campus to return to stability. The arrangement is estimated to continue for two to three weeks at the most, after which the academic programme will return to the approved teaching plans for 2022.

As an additional measure and to mitigate the challenges of remote off-campus internet access, 10 GB of data is provided free of charge through Global Protect to all registered students for the next month. This will enable students to link to learning resources off campus at no cost. The use of social media is, however, not included in the 10 GB.

Enquiries regarding GlobalProtect can be directed to the ICT Services Call Centre at +27 51 401 9111 (option 4).

Computer laboratories on the campus will remain available to vaccinated students whose modules will be moving online.

Issued by:
Lacea Loader
Director: Communication and Marketing
University of the Free State
loaderl@ufs.ac.za

23 February 2022

News Archive

Lithium-ion batteries research set to improve ordinary lives
2016-02-11

Description: Dr Lehlohonolo Koao  Tags: Dr Lehlohonolo Koao

Dr Koao is making a much-needed contribution in improving lives of ordinary people through his research on lithium-ion batteries.

The future of relevant and top-notch scientific research at the Qwaqwa Campus is in good hands. Dr Lehlohonolo Koao is one of the five members of the Vice-Chancellor’s Prestige Scholars Programme (PSP) on the Qwaqwa Campus.

The need to improve the efficiency of heating mechanisms in his immediate community in Qwaqwa, and the support he receives from the PSP, have become catalysts for his current research project on lithium-ion batteries. According to Dr Koao, the study will focus on producing batteries that last longer, store more energy, are cheaper to manufacture, and are environmentally friendly when being disposed of. These are key factors in solar energy.

‘’The majority of households in my neighbourhood have benefited from the government’s project of providing households with solar panels to help with lighting, cooking, and heating without worrying about the ever-increasing electricity costs,’’ said Dr Koao.

‘’Since my arrival in the area, I have realized that the heat absorption rate of the batteries used by solar panels is not enough. As a result, these batteries also lack enough power to sustain the supply throughout the day, especially on a cloudy day,’’ he said.

His research project focuses on improving the efficiency of lithium-ion batteries that are now commonly used in portable electronics, such as cell phones and laptops. This kind of battery is rapidly replacing the usual lead-acid batteries. Dr Koao’s determination to contribute towards a safer and more efficient heating absorption system has made him move away completely from his PhD study on lighting material.

‘’My previous study was on reducing the power usage on domestic and industrial lights as they use more electricity. This study, on the other hand, will enhance power retention in the batteries for improved daily life since cell phones, solar panels, and laptops, to mention only a few, are now a way of life,’’ he added.

Dr Koao is a Senior Lecturer in the Department of Physics, where he specializes in solid state materials.

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