| Summary: | In this dissertation I present my approach and findings regarding the development of
a simulation model for a small scale renewable energy system.
A brief introduction provides the reader with the background as to why there is a need
for such a simulation package. The project objectives, research methodology and the
research contributions originating from the project is also described.
A literature study was done on all the relevant technologies constituting the renewable
energy system as well as the techniques required to model the system. A system
breakdown identified the various sub modules as well as how they interface with each
other.
The simulation model was tested by using Alexander bay, South Africa, as a case study.
The results obtained from the various modules were discussed and found to correlate
with what was expected.
Although not contained within the project’s scope, an additional analysis of the
effect of the wind data’s resolution on the probable power output of a wind turbine
was performed leading to a hypothesis regarding the estimation of a more accurate
probable power output extrapolation from data with a coarse resolution. === Thesis (MIng (Computer and Electronic Engineering))--North-West University, Potchefstroom Campus, 2013
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