Latest News Archive

Please select Category, Year, and then Month to display items
Previous Archive
21 May 2018 Photo Naledi Posholi
Could wave power be an answer to SAs electricity crisis
Attending a recent guest lecture, were from the left: Prof Marian Tredoux UFS Department of Geology, Prof Stoffel Fourie fromWalter Sisulu University, and Thoriso Lekoetje a third-year UFS Geology student.

South Africa has a 2800-km long coastline with high wave energy potential that can generate electricity. Presenting a lecture at the UFS Department of Geology, Prof Stoffel Fourie discussed wave power as a possible solution to the country’s electricity needs. Prof Fourie is a geophysicist and the chairperson of research and development in the faculty of engineering at Walter Sisulu University.

Power at any time
Wave power is a renewable and sustainable resource. “It can provide continuous base load power because wave energy systems do not suffer from ‘time of day’ issues as other renewable energy options. This means that it can generate power at any time of the day,” said Prof Fourie. 
Discussed also was the wave power advantages and disadvantages. 

Wave energy advantages
• Wave energy is a reliable renewable energy resource;

• Reduces dependency on fossil fuels;

• Wave energy is predictable and consistent;

• Generates little or no pollution to the environment compared to other energy resources; and

• Presents no barriers or difficulty to migrating fish and aquatic animals.

Wave energy disadvantages
• Wave energy conversion devices are location dependent, thus limiting possible sites where they can be implemented;

• Offshore wave energy devices can be a threat to shipping as they are too small to detect by radar; and

• High capital investment required for start-up costs, construction and maintenance.

“Looking at both advantages and disadvantages, there is no doubt that South Africa can use this method to harvest energy. With the right investment and political buy-in, wave power could provide a continuous supply of energy and contribute to all South Africa’s electricity needs,” Prof Fourie said.

News Archive

Farewell to the Class of 2015
2016-12-07

Description:Class of 2015 Tags: Class of 2015 longdesc=


Some of the students from the Class of 2015

The First Year Leadership for Change programme (F1 L4C) hosted its final graduation ceremony for the class of 2015.

Launched in 2010, the programme gives first-year students international exposure to top universities across the world, providing invaluable opportunities to explore the concepts of transformational leadership, global citizenship and social cohesion.

The 32 students and six staff mentors visited various universities which included, New York University, Rutgers University, Edmonds Community College and Washington University ­- all in the US, Mahasarakham University in Thailand and Vrije University in the Netherlands.

Making a change through critical thinking

Pura Mgolombane, Dean of Student Affairs at the University of the Free State (UFS), challenged the students to think about making a change and to critically think about themselves and how they see the world.

The graduation function, which took place on 16 November 2016, saw the class of 2015 come together to celebrate their accomplishments over the year and allowed the class representative, Tammy Fray, to reflect on all of the valuable lessons learnt.

Special announcement to end the evening

Throughout the evening, representatives from previous years testified to the impact the programme had on their personal development, leadership pathways and their learning communities. The audience was charmed with a song by Stefan Lotter, current chair of the F1 Fellowship Association, and the Delicate Artistry Band.

The evening ended with a special word by Prof Nicky Morgan, acting Rector of the UFS, who convinced by alumni’s testimonies, acknowledged what the exceptional programme had delivered over the past six years. Although it was at the end of its lifetime, he said that in review, ideas emerging from the programme should be explored to give birth to something new.  Watch this space!

We use cookies to make interactions with our websites and services easy and meaningful. To better understand how they are used, read more about the UFS cookie policy. By continuing to use this site you are giving us your consent to do this.

Accept