Template:Menu MV and LV architecture selection guide: Difference between revisions

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{| cellpadding="1" style="float: {{{side|right}}}; border: 1px solid #8888aa; background: #f7f8ff; padding: 5px; font-size: 95%; margin: 0 15px 0 15px; width:250px;"
| style="background: #ccf; text-align: center;" | [[Scope and content of Wiki EIG|Scope and content of Wiki EIG]]
| style="background: #ccf; text-align: center;" | [[General rules of electrical installation design]]
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| style="background: #ccf; text-align: center;" | [[General rules of electrical installation design|General rules of electrical installation design]]
| style="background: #ccf; text-align: center;" | [[Connection to the MV utility distribution network]]
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| style="background: #ccf; text-align: center;" | [[Connection to the MV utility distribution network|Connection to the MV utility distribution network]]
| style="background: #ccf; text-align: center;" | [[Connection to the LV utility distribution network]]
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| style="background: #ccf; text-align: center;" | [[Connection to the LV utility distribution network|Connection to the LV utility distribution network]]
| style="background: #ccf; text-align: center;" id="chapter"| [[MV and LV architecture selection guide]]
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| style="background: #ccf; text-align: center;" id="chapter" | [[MV & LV architecture selection guide|MV &amp; LV architecture selection guide]]
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* [[Architecture selection - stakes for the user|Architecture selection - stakes for the user]]
* [[Architecture selection - stakes for the user ]]
* [[Simplified architecture design process]]
* [[Simplified architecture design process]]
** [[The architecture design|The architecture design]]
** [[The architecture design]]
** [[The whole process|The whole process]]
** [[The whole process]]
* [[Electrical installation characteristics|Electrical installation characteristics]]
* [[Electrical installation characteristics]]
* [[Technological characteristics|Technological characteristics]]
* [[Technological characteristics]]
* [[Architecture assessment criteria]]
* [[Architecture assessment criteria]]
** [[On-site work time|On-site work time]]
** [[On-site work time]]
** [[Environmental impact|Environmental impact]]
** [[Environmental impact]]
** [[Preventive maintenance level|Preventive maintenance level]]
** [[Preventive maintenance level]]
** [[Availability of electrical power supply|Availability of electrical power supply]]  
** [[Availability of electrical power supply]]
* [[Choice of architecture fundamentals]]
* [[Choice of architecture fundamentals]]
** [[Connection to the upstream network|Connection to the upstream network]]
** [[Connection to the upstream network]]
** [[MV circuit configuration|MV circuit configuration]]
** [[MV circuit configuration]]
** [[Number and distribution of MV/LV transformation substations|Number and distribution of MV/LV transformation substations]]
** [[Number and distribution of MV/LV transformation substations]]
** [[Number of MV/LV transformers|Number of MV/LV transformers]]
** [[Number of MV/LV transformers]]
** [[MV back-up generator|MV back-up generator]]
** [[MV back-up generator]]
* [[Choice of architecture details]]
* [[Choice of architecture details]]
** [[Layout - centralized or distributed|Layout - centralized or distributed]]
** [[Layout - centralized or distributed]]
** [[Presence of back-up generators|Presence of back-up generators]]
** [[Presence of back-up generators]]
** [[Presence of an Uninterruptible Power Supply (UPS)|Presence of an Uninterruptible Power Supply (UPS)]]
** [[Presence of an Uninterruptible Power Supply (UPS)]]
** [[Configuration of LV circuits|Configuration of LV circuits]]
** [[Configuration of LV circuits]]
* [[Choice of equiment|Choice of equiment]]
* [[Choice of equiment]]
* [[Recommendations for architecture optimization|Recommendations for architecture optimization]]
* [[Recommendations for architecture optimization]]
* [[Glossary|Glossary]]
* [[Glossary]]
* [[ID-Spec software|ID-Spec software]]
* [[ID-Spec software]]
* [[Example: electrical installation in a printworks|Example: electrical installation in a printworks]]
* [[Example: electrical installation in a printworks]]
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| style="background: #ccf; text-align: center;" | [[LV Distribution|LV Distribution]]
| style="background: #ccf; text-align: center;" | [[LV Distribution]]
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| style="background: #ccf; text-align: center;" | [[Protection against electric shocks|Protection against electric shocks]]
| style="background: #ccf; text-align: center;" | [[Protection against electric shocks]]
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| style="background: #ccf; text-align: center;" | [[Sizing and protection of conductors|Sizing and protection of conductors]]
| style="background: #ccf; text-align: center;" | [[Sizing and protection of conductors]]
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| style="background: #ccf; text-align: center;" | [[LV switchgear: functions & selection|LV switchgear: functions &amp; selection]]
| style="background: #ccf; text-align: center;" | [[LV switchgear: functions and selection]]
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| style="background: #ccf; text-align: center;" | [[Protection against voltage surges in LV|Protection against voltage surges in LV]]
| style="background: #ccf; text-align: center;" | [[Overvoltage protection]]
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| style="background: #ccf; text-align: center;" | [[Energy Efficiency in electrical distribution|Energy Efficiency in electrical distribution]]
| style="background: #ccf; text-align: center;" | [[Energy Efficiency in electrical distribution]]
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| style="background: #ccf; text-align: center;" | [[Power factor correction and harmonic filtering|Power factor correction and harmonic filtering]]
| style="background: #ccf; text-align: center;" | [[Power Factor Correction]]
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| style="background: #ccf; text-align: center;" | [[Power harmonics management|Power harmonics management]]
| style="background: #ccf; text-align: center;" | [[Power harmonics management]]
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| style="background: #ccf; text-align: center;" | [[Characteristics of particular sources and loads|Characteristics of particular sources and loads]]
| style="background: #ccf; text-align: center;" | [[Characteristics of particular sources and loads]]
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| style="background: #ccf; text-align: center;" | [[PhotoVoltaic (PV) installation|PhotoVoltaic (PV) installation]]
| style="background: #ccf; text-align: center;" | [[PhotoVoltaic (PV) installation]]
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| style="background: #ccf; text-align: center;" | [[Residential and other special locations]]
| style="background: #ccf; text-align: center;" | [[Residential and other special locations]]
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| style="background: #ccf; text-align: center;" | [[ElectroMagnetic Compatibility (EMC)|ElectroMagnetic Compatibility (EMC)]]
| style="background: #ccf; text-align: center;" | [[ElectroMagnetic Compatibility (EMC)]]
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[[Category:Chapter - MV and LV architecture selection guide]]
[[Category:Chapter - MV and LV architecture selection guide]]

Revision as of 14:25, 19 August 2013

General rules of electrical installation design
Connection to the MV utility distribution network
Connection to the LV utility distribution network
MV and LV architecture selection guide
LV Distribution
Protection against electric shocks
Sizing and protection of conductors
LV switchgear: functions and selection
Overvoltage protection
Energy Efficiency in electrical distribution
Power Factor Correction
Power harmonics management
Characteristics of particular sources and loads
PhotoVoltaic (PV) installation
Residential and other special locations
ElectroMagnetic Compatibility (EMC)
Retrieved from "http://www.electrical-installation.org/enw/index.php?title=Template:Menu_MV_and_LV_architecture_selection_guide&oldid=12539"

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