Industrial electrical infrastructure for demanding production sites
Industrial main switchboards, low-voltage distribution, motor control centers, variable-speed drives and process integration: EOS Électricité designs electrical infrastructure capable of supporting the real regimes of an industrial site.
An industrial site's electrical installation cannot be separated from its process
Industrial electrical infrastructure has to support load regimes far from commercial-building comfort: motor starts, drives, harmonics, emergency stops, redundancy on critical areas. It also has to coexist with process teams, maintenance and industrial safety at large. EOS Électricité works on production, logistics and transformation sites by designing infrastructure sized from the process — motor load balance, protection coordination, selectivity — and engineered for continuous operation.
Challenges of industrial infrastructure
Motor loads
Inrush currents, harmonics and protection coordination in a high-inertia environment.
Production continuity
Every intervention must be planned to avoid stopping the line at the wrong moment.
Specific zones
ATEX zones, humid, corrosive or extreme-temperature environments demand dedicated equipment choices.
Scalability
An industrial site evolves: the installation must absorb extensions without heavy rebuilds.
An infrastructure engineered around the process, not despite it
We start with a dialogue with process and maintenance teams: which machines, which regimes, which growth margins, which planned shutdowns. The resulting architecture builds in MCCs, drives, emergency stops and protection coordination from the engineering phase onwards.
Technical expertise engaged
Industrial switchboards
Robust switchboards, sized and coordinated against the site's real regimes.
MCCs and variable-speed drives
Motor control centers, drives, harmonic management and starting torque control.
Low-voltage distribution
Routing, cable trays, segregations and labelling suited to the industrial environment.
Emergency stops
Emergency stop circuits, personal safety and coordination with process PLCs.
Process coordination
Interface with automation, maintenance and industrial safety teams.
Typical applications
- Production sites with continuous processes
- Machining and transformation workshops
- Automated logistics platforms
- Food and pharmaceutical facilities
- Extensions and deep refurbishments of existing sites
Project methodology
Assessment
Scoping with process teams, survey of motor loads and operational constraints.
Engineering
Load balance, MCC sizing, selectivity and drive coordination.
Design
Diagrams, switchboard drawings, cable trays and complete calculation notes.
Delivery
Installation phased to preserve production continuity.
Commissioning
Testing, measurements and settings coordinated with process automation.
Support
Preventive maintenance and targeted interventions during planned shutdown windows.
Benefits of well-designed industrial infrastructure
Reliable in production
An installation sized for real regimes, not for a theoretical peak.
Process coordination
Electrical work engineered in dialogue with automation, maintenance and safety.
Managed selectivity
A local fault does not bring down the whole line.
Scalability
Power and space reserves designed to absorb future extensions.
Maintainability
Clear labelling, accessibility and up-to-date documentation for your internal teams.
Continuity
Works phased to fit production, avoiding unnecessary shutdowns.
Frequently asked questions
Scope your industrial electrical infrastructure project
Tell us about your process, your loads and your production constraints. Our engineers come back with a coherent architecture.
Line to modernise, extension to scope or site to secure: we can step in.