Choice of architecture fundamentals: Difference between revisions
From Electrical Installation Guide
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{{Menu_MV_and_LV_architecture_selection_guide}} | {{Menu_MV_and_LV_architecture_selection_guide}} | ||
For the installations considered in this guide, the selection of an electrical architecture can be performed in two stages. | |||
* The first stage is generally dedicated to: | |||
** The selection of the mode of connection of the installation to the utility network, | |||
** The choice of the internal MV distribution including: | |||
- The definition of the number of MV/LV substations,<br> | |||
- The definition of the number of MV/LV transformers,<br> | |||
- The definition of the MV back-up generator when needed.<br> | |||
* The second stage deals with the principle of supply of the LV consumers | |||
{{Manual_TOC | | {{Manual_TOC | | ||
* [[Connection to the | * [[Connection to the utility network]] | ||
* [[MV | * [[Internal MV circuits]] | ||
* [[Number and | * [[Number and localisation of MV/LV transformer substations]] | ||
* [[Number of MV/LV transformers]] | * [[Number of MV/LV transformers]] | ||
* [[MV back-up generator]] | * [[MV back-up generator]] | ||
Revision as of 05:10, 9 December 2014
For the installations considered in this guide, the selection of an electrical architecture can be performed in two stages.
- The first stage is generally dedicated to:
- The selection of the mode of connection of the installation to the utility network,
- The choice of the internal MV distribution including:
- The definition of the number of MV/LV substations,
- The definition of the number of MV/LV transformers,
- The definition of the MV back-up generator when needed.
- The second stage deals with the principle of supply of the LV consumers
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