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click to download the new 2018 release of the Electrical Installation Guide
New content on Photovoltaic for self-consumption. Discover it in the wiki.

Electrical Installation Guide in Wiki format !

The Electrical Installation Guide is now available here as a wiki (Electrical Installation Wiki). This wiki is a collaborative platform, brought to you by Schneider Electric: our experts are continuously improving its content, as they were doing for the guide. Collaboration to this wiki is also open to all.

The aim of the Electrical Installation Guide (and now Wiki) is to help electrical designers and contractors to design electrical installations according to standards such as the IEC60364 or other relevant standards.

You can find below the main table of content of this wiki, with links to all the different chapters or topics (as in the Electrical Installation Guide).

Electrical installation regulations and standards


Design Methodology




Power demand of the electrical installation

Installed power loads


Power demand of the electrical installation



Energy Efficiency in electrical installation

Measurement

Connection to the utility distribution network

Medium Voltage (MV)


Low Voltage (LV)



Power Factor correction

Architecture selection

Architecture selection guide


LV Distribution



Power harmonics management

Protection against electrical hazards

Protection against electric shocks and electrical fires


Protection against overvoltage



ElectroMagnetic Compatibility

Circuit and switchgears

Sizing and protection of conductors


LV switchgear: function and selection



Recommandations for specific loads, sources, installations and locations

Characteristics of particular sources and loads


Photovoltaic installations


Residential premises and other special locations



White Paper:
Power connections reliability


How to ensure a secure, long-lasting power connection for your electrical installation.

A number of factors can contribute to faulty power connections. One of them is the "creep effect on cables", which results in the loss of pressure in power connections, overheating, and even electrical fires.

Understand creeping effect and discover solutions to prevent this risk.