Glossary: Difference between revisions
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{{Menu_MV_and_LV_architecture_selection_guide}} | |||
{{def|Architecture|choice of a single-line diagram and technological solutions, from connection to the utility network through load power supply circuits.}} | |||
{{def|Main MV/LV distribution| Level upstream of the architecture, from connection to the network utility through to LV distribution equipment on the site (MLVS – or equivalent).}} | |||
{{def| MLVS – Main Low Voltage Switchboard| Main switchboard downstream of the MV/LV transformer, starting point of power distribution circuits in the installation}} | |||
{{def| LV power distribution| intermediate level in the architecture, downstream of the main level through to the sub-distribution switchboards (spatial and functional distribution of electrical power in the circuits).}} | |||
{{def| LV terminal distribution| Downstream level of the architecture, downstream of the sub-distribution switchboards through to the loads. This level of distribution is not dealt with in this guide.}} | |||
{{def|Single-line diagram| general electrical schematic diagram to represent the main electrical equipment and their interconnection.}} | |||
{{def|MV substation, transformation substation| Enclosures grouping together MV equipment and/or MV/LV transformers. These enclosures can be shared or separate, according to the site layout, or the equipment technology. In certain countries, the MV substation is assimilated with the delivery substation.}} | |||
{{def|Technological solution| Resulting from the choice of technology for an installation sub-assembly, from among the different products and equipment proposed by the manufacturer.}} | |||
{{def|Characteristics| Technical or environmental data relative to the installation, enabling the best-suited architecture to be selected.}} | |||
{{def|Criteria| Parameters for assessing the installation, enabling selection of the architecture that is the best-suited to the needs of the customer.}} | |||
Latest revision as of 09:49, 22 June 2022
Architecture = choice of a single-line diagram and technological solutions, from connection to the utility network through load power supply circuits.
Main MV/LV distribution = Level upstream of the architecture, from connection to the network utility through to LV distribution equipment on the site (MLVS – or equivalent).
MLVS – Main Low Voltage Switchboard = Main switchboard downstream of the MV/LV transformer, starting point of power distribution circuits in the installation
LV power distribution = intermediate level in the architecture, downstream of the main level through to the sub-distribution switchboards (spatial and functional distribution of electrical power in the circuits).
LV terminal distribution = Downstream level of the architecture, downstream of the sub-distribution switchboards through to the loads. This level of distribution is not dealt with in this guide.
Single-line diagram = general electrical schematic diagram to represent the main electrical equipment and their interconnection.
MV substation, transformation substation = Enclosures grouping together MV equipment and/or MV/LV transformers. These enclosures can be shared or separate, according to the site layout, or the equipment technology. In certain countries, the MV substation is assimilated with the delivery substation.
Technological solution = Resulting from the choice of technology for an installation sub-assembly, from among the different products and equipment proposed by the manufacturer.
Characteristics = Technical or environmental data relative to the installation, enabling the best-suited architecture to be selected.
Criteria = Parameters for assessing the installation, enabling selection of the architecture that is the best-suited to the needs of the customer.
