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The present thesis relates to using a computer to form a
conceptual design of power distribution system. It is
essential that the conceptual design should be planned by the
expert. A knowledge base, therefore, is built by the know-how
from interviewing with the expert, and also making reference to
therelated information.
The knowledge base is stored with sorts of objects. Each
differentproblems can be stored as a corresponded object,
respectively. Then, everyof the different knowledge are
independent, and therefore the possibilityof the hypotheses on
this field can be raised. The program constructedunder the
Object-Oriented can be divided into four sections,
inferenceengine, knowledge base, data base and user interface
which are communicatedby the messages therebetween. For solving
the distribution of the substations, the present thesis provides
calculating formula for a load centerand the algorithm for the
multi-load centers. The position of the load center can be
obtained by using the overlapping method, and therefore
thesites, quantity and capacity of each substations can be
determined. Besides, the present thesis also provides a proper
way to analyze and select onesfrom the various structures of the
power distribution system. Finally, a semiconductor
factory, for example, planned by the method provided in this
thesis is set forth, and this case is enough to demonstratethe
feasibility of the present thesis.
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