Theses and Dissertations (Architecture and Planning)
Permanent URI for this collectionhttps://hdl.handle.net/10539/36098
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Item Towards an effective energy labelling programme for commercial buildings : A comparative evaluation of the Green Buildings for Africa programme in relation to international experience(2008-12-22T09:27:39Z) Reinink, Marloes WilhelminaInternational experience indicates that energy labelling programmes are rapidly evolving as a valuable tool for energy efficiency awareness and practice in the built environment. Four years after the launch of the South African labelling programme, Green Buildings for Africa (GBfA), it became evident that implementation was not successful. This study evaluates the contribution of a range of factors towards the sustained implementation and uptake of energy labelling programmes for commercial buildings based on a comparative appraisal of relevant international case studies and the GBfA. The analytical process is based on three types of energy labelling categories (mandatory energy audit, voluntary energy audit and voluntary benchmarking scheme) and two categories of factors (contextual and programme-specific). The key finding is that government involvement and support is critical, if not a prerequisite, for successful roll-out of an energy labelling programme. Key recommendation is that a local programme be initially based on a voluntary benchmark programme approach.Item Disaster planning and preparedness : The case of Protea-South, Johannesburg(2008-12-04T11:44:58Z) Tebid, Theophilus NjiDespite increasing philosophical knowledge of disaster planning and preparedness, disasters still remain a challenge in many communities. As a result, communities, environment and economies remain considerably vulnerable and at the risk of disaster destruction hence, sustainable development is undermined. The purpose of this study is to review and assess the state of community readiness in order to prevent and mitigate common hazards in the City of Johannesburg, especially in previously disadvantaged communities such as Protea-South. A survey and interviews was conducted with the local community members. Results show that, this community like many others, is at high risk, due to their living circumstances. e.g. the presence of densely built shacks on a flood plain; poor hygiene and sanitation, pollution, poverty etc. There is therefore a need for a paradigm shift by institutions from emergency response and the provision of hard infrastructure to disaster prevention, preparedness and soft infrastructure provision by means of an approach encompassing collaborative planning.Item An Analysis of Energy Efficient Building Principles(2006-10-31T10:54:41Z) Blackstone, Craig AnthonyThis research was conducted in order to highlight the misconception that there may be a single answer to the challenges of energy efficient design; a “single elixir that will be the answer to all problems” (Holm, 1996). Existing literature pertaining to energy efficient design principles was analysed and tested against a well known example of Southern African energy efficient building practice; the Botswana Technology Centre (BOTEC). BOTEC was selected as the case study for this investigation because it was designed to be a living exhibition of energy efficient design and as such a manual or ‘elixir’ for alternate design. BOTEC was analysed on site, personal interviews were held with the architect and a questionnaire was circulated to the users of the building in order to observe whether the principles used at the BOTEC building are appropriate and represent the “single elixir, the answer to all problems,” with regard to energy efficient design (Holm, 1996). Although BOTEC appears to perform well, interviews with the users of the BOTEC building suggest that the building does not perform well in winter at all. Interviews with the architectural consultant who worked on the BOTEC building expose a simple oversight in design which leads to ‘this building’s underperformance in winter’. In concurrence with Holm therefore, this report ultimately shows that there are no perfect solutions to energy efficient design and by applying a once successful solution without taking cognisance of specific climatic and geological differences, the building will not function correctly.