1. Development of a model towards the improvement of building energy performance in South African public universities using solar photovoltaics
- Author
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Geh, Nutifafa, Das, DK, Emuze, FA, Geh, Nutifafa, Das, DK, and Emuze, FA
- Abstract
Thesis (Doctor:Engineering: Civil Engineering)--Central University of Technology, Buildings perform various important functions in society and their construction and maintenance have evolved over the years. The call to construct sustainable buildings has made individuals and organisations more aware that they cannot continue on the old trajectory and expect better results. Globally, universities have several buildings which need energy to operate and because the consumption of energy from non-renewable sources contributes significantly to carbon emissions, there is presently the need to construct and retrofit buildings to consume less energy and generate renewable energy on-site to reduce carbon emission. In South Africa, solar photovoltaics (PVs) are the most deployed renewable energy technology. Therefore, to partly advance the sustainability of buildings in South African public universities in terms of renewable energy development, the deployment of PV is the ideal choice. However, deployment is not yet at the desired level at public universities in South Africa to contribute significantly to the change that is needed. From empirical evidence, little is known about the progress that universities have made in installing PVs, and the factors that engender and hinder deployment. Therefore, this study was undertaken to investigate the phenomenon and develop a model to advance the sustainability of buildings through the deployment of PVs in public universities in South Africa. Accordingly, the specific research objectives were to: (1) ascertain the progress made in installing PVs on public campuses, (2) identify and evaluate the drivers for deployment, (3) identify and evaluate the barriers to deployment, (4) evaluate the influence of the drivers and barriers on deployment, and (5) develop a model to advance building sustainability. A sequential exploratory mixed methods research design was adopted for the study. Firstly, regarding the progress in deployment, it was observed that the minimum total capacity of installed solar electricity generation
- Published
- 2024