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29 May 2019 | Story Ruan Bruwer | Photo Reg Caldecott
Khanyisa Chawane
Khanyisa Chawane is one of 12 members of the national netball team to the World Cup in July. Other team members include former students of the University of the Free State, Maryka Holtzhausen and Karla Pretorius.

Exactly one quarter of the South African netball team to the World Cup tournament in England in July will consist of current and former students from the University of the Free State (UFS).

Less than a year after making her Protea debut, Khanyisa Chawane was selected for the team alongside former UFS students, Maryka Holtzhausen and Karla Pretorius.

Chawane is a fifth-year BSc Geography and Statistics student who made her Kovsie debut in 2015. 

“The selection means so much to me. It’s such an honour and privilege to represent my country at this high level of netball. I’m super excited about it, because any team can win it this year,” Chawane, a centre court player, said.

Both Chawane (2018) and Pretorius (2014 and 2015) were previously named as die best student netball player in the country.

Pretorius, with 80 caps behind her name and widely regarded as the best goal defender in the world, represented and captained the UFS team from 2009 to 2015. She is the Protea vice-captain.

Holtzhausen, a goal attack and only the second player to reach 100 tests for the Proteas (106 in total), played for and captained the UFS between 2007 and 2014. She played her netball in England over the past couple of months. When she returns from the World Cup, she will again take up her part-time job as a sports manager at KovsieSport.

Burta de Kock, who has coached all three players at the UFS, said they serve as a motivation and example for the current group of players from the UFS.

News Archive

Renewable energy systems an economical investment for the UFS
2017-06-14

Description: Renewable energy  Tags: Renewable energy

The Qwaqwa Campus Arena equipped with freestanding
roof solar panels.
Photo: iFlair Photography

Renewable energy systems are said to be very expensive to implement initially, but in the long run they provide high economic returns.

With their decision to install renewable energy, the University of the Free State Department of Facilities Planning has now also adopted this innovative technology. They have chosen less capital-intensive solar power-generating options to generate electricity in various buildings and parking areas on all three UFS campuses.

“As per the UFS Energy Management Policy, all designs incorporate efficient, renewable energy sources varying from LED lights to solar power,” says Anton Calitz, Electrical Engineer in University Estates’ Department of Facilities Management.

South Campus taking the lead in renewable energy usage
In December 2016, a total of 26 solar-driven LED street-light poles were installed at the recently built Legae Residence’s parking area and the perimeter security area on the South Campus. This low-maintenance system improves security after dark and is independent of the national power supply, which is an important advantage during power outages. With no requirements for major earthworks and cable setting, operational costs are reduced.

The recently built infrastructure also takes pride in being the first to have a greywater system installed.  This system will also be installed at three other residences on the Bloemfontein Campus in 2017. Greywater is made up of bath, shower, and bathroom sink water. The water is reused for toilet flushing, as well as for irrigation purposes.

Various UFS electrical operations to depend on solar power
On the Bloemfontein and Qwaqwa Campuses, the computer laboratories as well as the Thakaneng Bridge Student Centre and the projected Afromontane Research Centre will be equipped with freestanding roof solar solutions during 2017. These systems are designed to operate independently of the power grid (Eskom).

The systems only operate during sunlight hours when the PV solar panels are heated by the sun, making them suitable for operations such as ventilation fans, water pumps, and small circulation pumps for solar thermal water-heating systems.

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