The architecture design: Difference between revisions

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{{Menu_MV_and_LV_architecture_selection_guide}}
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The architecture design considered in this document is positioned at the Draft Design stage. It generally covers the levels of MV/LV main distribution, LV power distribution, and exceptionally the terminal distribution level. (see '''Fig. D2''').  
The architecture design considered in this document starts at the preliminary design stage (see Fig. D3 step1). It generally covers the levels of MV/LV main distribution, LV power distribution, and exceptionally the terminal distribution level. (see Fig. D2).
In buildings all consumers are connected in low voltage. It means that MV distribution consists in:
* connection to utility,
* distribution to MV/LV substation(s),
* MV/LV substation(s) itself.


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[[File:FigD02.jpg|none|449x383px]]
[[File:FigD02.jpg|none|449x383px]]
'''''Fig. D2:'''&nbsp;Example of single-line diagram''  
'''''Fig. D2:'''&nbsp;Example of single-line diagram''  


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The design of an electrical distribution architecture can be described by a 3-stage process, with iterative possibilities. This process is based on taking account of the installation characteristics and criteria to be satisfied. <br>  
The design of an electrical distribution architecture can be described by a 3-stage process, with iterative possibilities. This process is based on taking account of the installation characteristics and criteria to be satisfied. <br>  


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[[ru:Проектирование архитектуры]]
[[ru:Проектирование архитектуры]]
[[zh:系统设计]]
[[zh:系统设计]]

Revision as of 09:10, 5 December 2014


The architecture design considered in this document starts at the preliminary design stage (see Fig. D3 step1). It generally covers the levels of MV/LV main distribution, LV power distribution, and exceptionally the terminal distribution level. (see Fig. D2). In buildings all consumers are connected in low voltage. It means that MV distribution consists in:

  • connection to utility,
  • distribution to MV/LV substation(s),
  • MV/LV substation(s) itself.


FigD02.jpg


Fig. D2: Example of single-line diagram


The design of an electrical distribution architecture can be described by a 3-stage process, with iterative possibilities. This process is based on taking account of the installation characteristics and criteria to be satisfied.


ru:Проектирование архитектуры zh:系统设计

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