Schneider Electric Announces €150 Million Investment in France as Industrial Automation and Digitali
Time:2026-09-11 Browse: 0
Published: September 2026
Schneider Electric has announced a new €150 million investment in France as the industrial technology company moves to strengthen its competitiveness and reorganize part of its domestic manufacturing footprint. The announcement comes at a time when industrial automation, electrification, digitalization, and advanced manufacturing technologies are continuing to transform the global industrial sector.
As part of the restructuring plan, Schneider Electric intends to close its factory in Chasseneuil-du-Poitou by March 2028. The site currently employs 145 people. Production from the facility is expected to be transferred mainly to Schneider Electric's Dijon site, allowing the company to concentrate manufacturing activities and improve operational efficiency.
At the same time, Schneider Electric plans to establish a new site in Evreux. The new facility will bring together production and research and development capabilities currently distributed across three sites in Normandy.
The announcement highlights an important trend in the industrial automation market: modern manufacturing competitiveness increasingly depends not only on production capacity, but also on how effectively companies integrate automation, digital technologies, engineering resources, energy management, and manufacturing operations.
Industrial Automation Is Becoming a Strategic Manufacturing Priority
Industrial automation has moved far beyond the traditional goal of simply replacing manual operations with machines.
Modern manufacturing facilities increasingly combine programmable logic controllers, distributed control systems, industrial robots, motion control equipment, industrial networks, sensors, machine vision, edge computing, manufacturing software, and data analytics.
For manufacturers, the objective is to create production environments that are more flexible, efficient, reliable, and easier to manage.
This is particularly important as manufacturers face pressure from multiple directions. Energy costs, labor availability, supply-chain uncertainty, shorter product lifecycles, and stronger international competition are forcing industrial companies to examine their manufacturing strategies.
In this environment, automation can provide a way to improve productivity while maintaining consistent product quality.
A modern production line may include PLC-based control for machines and conveyors, variable frequency drives for motors, industrial Ethernet communication, human-machine interfaces for operators, and higher-level software platforms for production monitoring.
In process industries, DCS platforms remain important for managing continuous and batch processes, while PLC and PAC systems continue to dominate many discrete manufacturing applications.
The growing connection between these technologies is also changing the role of industrial automation engineers.
Instead of designing isolated control systems, engineering teams increasingly need to consider the entire flow of information from field devices to controllers, supervisory systems, manufacturing software, and enterprise platforms.
Schneider Electric's Manufacturing Strategy Reflects a Broader Industry Shift
The latest investment plan illustrates how major industrial technology companies are adapting their manufacturing networks to changing market conditions.
Schneider Electric said it is facing strong pricing pressure in industrial markets, even though some of its businesses continue to benefit from sustained demand related to electrification and digitalization.
This combination creates an interesting situation for industrial manufacturers.
Demand for automation and electrification technologies can remain strong while individual factories and production sites still need to become more efficient.
That means manufacturers are increasingly looking at how production resources are organized.
Instead of maintaining multiple facilities with overlapping capabilities, companies may consolidate certain operations, increase specialization at selected plants, and invest in facilities where automation and engineering resources can be deployed more effectively.
For the automation industry, this trend could create opportunities for advanced control systems, industrial communication equipment, sensors, drives, robotics, and manufacturing software.
The objective is not necessarily to build completely new factories.
In many cases, manufacturers are upgrading existing facilities through incremental automation projects.
This is particularly relevant to brownfield industrial sites, where replacing an entire control architecture may be too expensive or disruptive.
A factory may instead upgrade its PLC hardware, replace obsolete I/O modules, introduce modern industrial Ethernet communication, improve SCADA visualization, add condition monitoring, or connect production data to an edge platform.
Such upgrades allow manufacturers to modernize their operations while continuing to use existing equipment.
Why Brownfield Automation Remains Important
One of the biggest opportunities in industrial automation is the modernization of existing production facilities.
Many factories around the world still operate equipment installed 10, 20, or even 30 years ago.
These systems may still be reliable, but their controllers, communication interfaces, programming environments, and spare parts can become difficult to maintain.
Legacy PLCs and DCS systems can also create challenges when manufacturers attempt to connect production equipment with newer digital platforms.
For this reason, industrial automation modernization does not always mean replacing everything.
A more practical strategy is often to create a bridge between existing control infrastructure and newer technologies.
For example, an older PLC can remain responsible for machine control while an industrial gateway collects selected production data.
The information can then be transferred to an edge computer or manufacturing platform for analysis.
This architecture allows manufacturers to preserve proven control logic while adding new digital capabilities.
The same principle can apply to DCS environments.
A process plant may continue using its existing distributed control system while adding modern historians, advanced analytics, cybersecurity monitoring, or predictive maintenance applications.
This gradual approach can reduce investment risks while extending the useful life of existing industrial assets.
Electrification and Automation Are Becoming Increasingly Connected
Another important element of Schneider Electric's strategy is the connection between electrification and digitalization.
Modern factories are becoming more dependent on electrical infrastructure as production equipment becomes increasingly automated.
Industrial robots, servo systems, variable frequency drives, automated material handling systems, machine vision equipment, edge computers, and industrial networking infrastructure all require reliable electrical power.
At the same time, manufacturers want greater visibility into how that energy is being consumed.
This creates a connection between electrical systems and automation systems.
Sensors can measure energy consumption at different production stages. Automation platforms can collect this information and compare it with production output.
Manufacturers can then identify inefficient equipment, abnormal operating conditions, or opportunities to reduce energy consumption.
In advanced factories, energy management can become part of the same digital ecosystem as production management.
This is particularly important as companies work toward lower-carbon manufacturing and improved operational efficiency.
Digitalization Is Changing the Role of the Factory
The modern factory is increasingly becoming a connected industrial environment.
Instead of machines operating independently, production equipment can exchange information through industrial networks.
PLCs communicate with remote I/O modules, drives, HMIs, robots, safety controllers, and supervisory systems.
Industrial data can then move upward into SCADA, MES, historians, analytics platforms, and enterprise systems.
This architecture provides manufacturers with better visibility into production.
For example, if a motor begins consuming more energy than normal, data from the drive and PLC can help engineers identify the abnormal condition.
If a production line experiences repeated stoppages, historical machine data can be analyzed to identify recurring patterns.
If product quality changes, information from sensors, machine vision systems, and process parameters can be compared.
The value of automation therefore increasingly comes from the combination of control and information.
What This Means for the Global Automation Market
Schneider Electric's investment plan is more than a corporate restructuring story.
It reflects a broader transformation taking place across the industrial sector.
Manufacturing companies are trying to build production networks that can respond faster to market changes while maintaining high levels of efficiency.
For suppliers of PLCs, DCS components, industrial controllers, I/O modules, communication equipment, sensors, drives, and automation accessories, this creates continued demand for both new installations and replacement projects.
The installed base of industrial automation equipment is enormous.
Even as new digital technologies appear, factories still need reliable controllers and field equipment to operate physical processes.
This means the future of industrial automation will likely involve a combination of new technology and long-term support for existing systems.
Manufacturers will continue adopting AI, edge computing, digital twins, industrial analytics, and advanced robotics, but PLCs, DCS platforms, sensors, drives, and industrial networks will remain essential components connecting software intelligence with physical production.
Looking Ahead
Schneider Electric's €150 million investment comes at a time when industrial companies are balancing two seemingly different priorities: increasing investment in advanced technology while simultaneously reducing unnecessary manufacturing complexity.
The result could be a new generation of factories that are smaller, more connected, more automated, and more flexible.
For the industrial automation market, this transformation is likely to support continued demand for control hardware, digital infrastructure, industrial networking, energy management, and automation engineering services.
The key lesson is clear: automation is no longer simply a machine-level technology. It is becoming a core part of the overall manufacturing strategy.
As electrification, digitalization, artificial intelligence, and industrial control systems continue to converge, companies that can modernize their production infrastructure while maintaining reliable operation will be better positioned to compete in the next stage of industrial manufacturing.
