The quick consuming of products and the strong competition
between producers caused to increase the complexity of products, so
the digital factory became a need between design and producing
actually to achieve a production system with a shorter ti
me and
optimal design and parameters without engineering modifications.
This research offering a reference model basing on a complete
framework between the engineering applications to build a
computational model with a single core based on the integration
between three dimensions modeling and automation of application
for digital factory concept, to optimize the design of achieving the
ideal execution of actual production system. Where we achieved the
control of three-dimensional computer model according to process
automation exactly as in actual through integrating tools, where the
percentage of exact between the real factory and digital factory was
83% by using the time of process as the main factor for comparison
in this evaluation.
This research was prepared in order to study the effect on the 66 kV power network
in Lattakia province as a result of replace some of the traditional transmission lines in this
network of the type Compact Lines , from only technically, any of the
terms of the impact
on the load flow in transmission lines, in a stable working system (natural), due to the
impossibility of conducting this study on the ground a program was created allows the user
to simulate various types of electrical networks radial and simple or complex loop , and the
analysis of the technical performance of different cases of transmission lines (traditional
and compact) and compare the results for both cases in normal working system.
