Evaluation of the development and use of the institutional repository by staff and students at the University of Fort Hare in Eastern Cape, South Africa
- Authors: Kagoro, Kisemiire Christine
- Date: 2018
- Subjects: Institutional repositories Information storage and retrieval systems
- Language: English
- Type: Thesis , Masters , MLIS
- Identifier: http://hdl.handle.net/10353/6292 , vital:29556
- Description: This study sought to evaluate the development and use of Institutional Repository by staff and students at the University of Fort Hare (UFH) in Eastern Cape, South Africa. In this study, staff comprised of academic staff (lecturers) and library staff. The aim of this study was to investigate the development and use of Institutional Repository at UFH. To achieve the objectives, both qualitative and quantitative research methodologies were employed. Data was collected through questionnaires and face-to-face interviews. Purposive sampling technique was used to select the participants of the study. Qualitative data was analysed thematically while, quantitative data was analysed statically by help of SPSS software. The results showed that: library staff and management are aware and provide support for the development and use of the Institutional Repository at the UFH; awareness level of IR among lecturers and students is still low; the infrastructure available for the use of IR is not well developed; and lastly, library users which consist of students and academic staff face various barriers in the use and support of IR development. The study recommended for dynamic training, and marketing of IR through seminars and workshops should be started by expert affiliations and universities administration to advance the idea of IR among the University community. Low levels of awareness of the university repository, funding and shortage of library staff remains an issue and could be addressed by further investigating the effectiveness of different communication channels. It is pertinent that the findings of this study would be useful in various tertiary’s institutions of higher learning across the globe in order to embark on IR.
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- Date Issued: 2018
Performance evaluation of an off-grid building integrated photovoltaic system in Alice, Eastern Cape province, South Africa
- Authors: Buma, Carine Lethem
- Date: 2018
- Subjects: Building-integrated photovoltaic systems Buildings -- Energy conservation Performance -- Evaluation
- Language: English
- Type: Thesis , Masters , MSc
- Identifier: http://hdl.handle.net/10353/13227 , vital:39623
- Description: The constant increase in the global demand for energy and the current crisis on global warming and climate change has prompted a dying quest for clean, sustainable and reliable sources of energy. Amongst numerous renewable energy technologies, harnessing energy from the sun is the most viable way of guaranteeing a clean and sustainable supply of energy. Also, photovoltaic energy is one of the ways of using energy from the sun, where sunlight is converted to electricity using photovoltaic panels. Furthermore, the integration of photovoltaic modules into buildings is one of the most elegant innovations of this technology, as it plays the dual role of supplying energy to the building as well as protecting the building from outdoor weather conditions. Moreover, operating off the grid offers the possibility of energy access to locations far off from the grid and individuals willing to gain some degree of energy independence. Evaluating the performance of existing off grid and/or building integrated photovoltaic systems is the key to guaranteeing sustainable development and advancement in the technology. Thus, the aim of this work was to evaluate the performance of an off-grid building integrated photovoltaic system that was installed at the Fort Hare Institute of Technology. This entailed performing an in-depth characterisation of the solar resource at this location, evaluating the performance of the modules under outdoor weather conditions and also evaluating the performance of the balance of system (BOS) components. The system was monitored for a period of nine months (between February and October 2017). A data acquisition system was designed for measuring and recording both electrical system parameters and meteorological parameters affecting the performance of the system. These meteorological parameters include; solar irradiance, ambient temperature, cell temperature, relative humidity, wind speed and direction. A detailed characterisation of the solar resource at this location was carried out. It was observed that the solar declination angle varied from -23.5o on the summer solstice to 23.5o on the winter solstice. Also, the solar altitude angle (at solar noon) which is a complementary angle to the zenith angle varied from 33.7o in June to 80.65o in December. During the summer months, longer day lengths were experienced because the sun traversed the sky over a longer time, rising south of east and setting south of west. Whereas, in the winter months, the path length of the sun was shorter, with the sun rising north of east and setting north of west, hence, shorter day lengths. The solar radiation incident on a 25o north facing solar collector was found to be in three components; beam, diffuse and reflected. The beam component was higher in summer whereas the diffuse component was higher in winter due to an increase in the air mass ratio. However, the total daily average radiation was highest in January (7.12 peak sun hours) and least in June (3.04 peak sun hours). Finally, a comparison between the calculated and measured values of solar radiation showed just a 1.1percent difference over the year with disparities being in the individual months.m The influence of outdoor weather conditions on the performance of the system was also evaluated. Operating temperatures were noticed to have a great impact on the output voltage and power of the PV array. Significant correlations existed between various meteorological parameters. Also, a multiple linear regression model was developed to ascertain the dependence of module temperature on solar irradiance, ambient temperature, relative humidity, wind speed and wind direction. The coefficient of determination for the model was 0.928, showing a strong relationship between cell temperature and the chosen predictors. Also, the six thermocouples installed at various locations of the PV array revealed variations in the operating temperatures of the modules. The modules on the east side of the array recorded relatively lower temperatures because of the ceiling that had been removed beneath one of the modules on this side of the array, which permitted the free flow of air. Furthermore, I-V measurements conducted on various strings of the array revealed so many steps (hotspots), indicative of module (or cell) mismatch on almost all the cell strings.
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- Date Issued: 2018
Voices of women who have transitioned from a shelter for survivors of domestic violence to independent living
- Authors: Moonieyan, Chrislynn
- Date: 2018
- Subjects: Family violence Shelters for the homeless Homeless persons
- Language: English
- Type: Thesis , Masters , MSoc
- Identifier: http://hdl.handle.net/10353/12939 , vital:39407
- Description: Domestic violence is a devastating social ill in South Africa and especially in the Eastern Cape. There were 12059 cases of domestic violence reported at police stations in the Eastern Cape between 2015 and 2017 (Dayimani, 2017). Domestic violence is broadly defined as any act of abuse resulting in harm or suffering experienced by women enacted by an intimate partner (Goosen & Shaik, 2008). One in four women experience physical violence in their lifetime (Rasool, 2015). Women who experience domestic violence often lack social and economic resources and may have no place to go to escape the abuse. In such cases, shelters are identified as places of safety, providing accommodation and psychosocial support to women and children who have escaped domestic violence. The aim of the study was to explore and understand the experiences of women who have suffered abuse, lived in a shelter for survivors of domestic violence and have then transitioned from life at the shelter back to independent living. Independence is defined as “the freedom to organize your own life, make your own decisions” (Hornby, 2015b) and independent living is a concept of leaving the shelter to live in the community. A phenomenological research design was adopted, with the sample of the study consisting of eight women who had resided at a shelter and three staff members from shelters for domestic violence in the Eastern Cape. Interpretive phenomenological analysis (IPA) was adopted to analyse the data that was collected from the participants during semi-structured interviews. The study found that the reasons women seek help at a shelter include the severity of the abuse, the gravity of the impact of the abuse upon their own wellbeing, the fact that the abuse is accompanied by substance abuse, and also because the children are exposed and experience the abuse. The study also found that in addition to resources such as government services and civil society organisations, the shelters themselves are most supportive to women as they leave the shelter and transition back to independent living. Lastly, the study highlighted that the challenges women face as they transition to independent living were the lack of support and the lack of social and economic resources. Recommendations based on the findings of the study are to advocate to stop domestic violence, to collaborate with various departments to combat domestic violence and lastly to fund shelters and ensure the shelter staff are adequately trained to work with survivors of domestic violence.
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- Date Issued: 2018