Digital Twin Hype or Industrial Reality

Axel Freistroffer — Tue, 01 Sep 2026 13:15:48 +0000

The digital twin is often presented as one of the key technologies of Industry 4.0. Yet, despite its frequent mention in discussions about digital transformation, some manufacturers continue to wonder: Is it a futuristic concept or a reality that is already within reach?

In practice, a digital twin is a virtual representation of a piece of equipment, a machine, a facility, or even a building. Unlike a simple 3D model, it centralizes technical data that enables a better understanding, operation, and evolution of a physical system throughout its lifecycle.

Its purpose is to provide a reliable and structured view of the existing system in order to improve design, maintenance, operation, and decision-making.

The digital twin is already a reality in the industry

While the term may seem new, the principles of the digital twin are already being applied in many industrial sectors.

For example, the manufacturing industry uses digital models to simulate scenarios before going into production. Energy companies rely on these technologies to monitor and optimize their facilities. In the construction sector, BIM methods make it possible to centralize information from various trades within a single digital model.

The benefits are numerous :

reduced design errors;
improved collaboration among teams;
optimized maintenance operations;
lower operating costs;
improved traceability of technical data.

The real challenge, therefore, is no longer whether the industrial digital twin is a reality, but rather having the data necessary to use it effectively.

A growing demand for traceability

When people talk about digital twins, they often think of 3D visualization or connected technologies. However, data quality remains the most critical factor in a project’s success.

A digital model can only be useful if the information it is based on is reliable, consistent, and regularly updated. Incorrect diagrams, outdated documents, or scattered data can quickly limit the expected benefits.

This is why the engineering department plays a strategic role. From the earliest design phases, it generates the information that will subsequently be used by all project stakeholders: production, maintenance, operations, and even facility modernization.

Electrical diagrams, bills of materials, layout plans, and technical documentation thus form the building blocks of a future digital twin.

SchemELECT and SchemBAT : Preparing Tomorrow's Data Today

Creating a high-performance digital environment begins with the use of tools capable of effectively structuring technical data.

With SchemELECT and SchemBAT, engineering firms have access to solutions dedicated to electrical design that enable them to produce standardized, consistent, and easily usable diagrams.

Beyond productivity gains, these software solutions help improve the quality of the data generated right from the design phase. This structured format then facilitates the reuse of the data in other digital tools or processes.

In the context of an industrial digital twin approach, having reliable, centralized information is a major asset for ensuring data continuity throughout the entire lifecycle of the facilities.

3D and BIM : Essential Building Blocks of the Digital Ecosystem

The digital twin is not based solely on diagrams and databases. Visualization technologies also play an important role in understanding and managing industrial projects.

With the FTZ-Panel 3D CAD software, designers can visualize the layout of components and wires within electrical cabinets and more easily verify consistency between design and implementation. This approach helps anticipate certain technical constraints and streamlines communication among the various stakeholders.

For its part, FTZ-BIM enables the integration of a building’s wiring data into a collaborative digital model. This approach facilitates information sharing among different trades and improves project coordination.

BIM and 3D technology alone do not constitute an industrial digital twin, but they represent important steps toward a more comprehensive and connected management of technical data.

The Digital Twin : An Opportunity for Engineering Firms

The rise of the digital twin confirms the evolving role of engineering firms. Their mission is no longer limited to producing drawings or diagrams, but also includes creating and organizing data that will support these facilities for many years to come.

Companies that invest today in the quality of their technical data will be best prepared to take advantage of tomorrow’s digital technologies.

The industrial digital twin is therefore no longer a myth. It is already a reality in many sectors and will continue to evolve as tools and methods advance.

Thanks to solutions such as SchemELECT, SchemBAT, FTZ-Panel 3D, and FTZ-BIM, engineering firms now have the tools they need to lay the groundwork for this digital transformation and prepare for the industrial projects of tomorrow.

SchemELECT

SchemBAT

L’article Digital Twin Hype or Industrial Reality est apparu en premier sur FTZ Informatique Industrielle.

How can you prepare your engineering department for upcoming technological changes?

Axel Freistroffer — Mon, 31 Aug 2026 09:21:15 +0000

Electrical engineering firms operate in an environment where technical, regulatory, and operational requirements are becoming increasingly demanding. Deadlines are getting tighter, projects are becoming more complex, and communication among the various stakeholders is increasing.

At the same time, new technologies are emerging: automation, BIM, 3D design, artificial intelligence, and advanced data management. Faced with these changes, many professionals are asking the same question: How can they effectively prepare their engineering firm without disrupting their work methods overnight?

The answer does not lie in systematically adopting every new development, but in a gradual approach based on appropriate tools, scalable processes, and long-term support.

Choose solutions that can evolve with the needs of the engineering firm

Preparing for the future starts with choosing the tools you use every day. Software must not only meet a project’s current needs; it must also be capable of adapting to future changes in the industry.

Whether it involves electrical design in the building or industrial sectors, engineering firms need solutions that adapt to new design methods, client requirements, and new data exchange formats.

It is with this approach in mind that FTZ has been developing its software for over 40 years. Solutions such as SchemELECT, SchemBAT, SchemPID, FTZ-BIM, and FTZ-Panel 3D are constantly evolving to meet user expectations and keep pace with industry changes. This close connection to the field enables engineering firms to use tools designed to support their business over the long term.

Increase automation to improve efficiency

Automation is now one of the main drivers of productivity for engineering firms.

Repetitive tasks, re-entering information, and manually producing documents take up a considerable amount of time that could be devoted to design and technical analysis.

New-generation tools make it possible to better leverage project data to minimize manual intervention, reduce the risk of errors, and improve the overall consistency of deliverables.

At FTZ, this approach has long been integrated into our software development. The goal is simple: to enable designers to focus on their professional expertise rather than on administrative or repetitive tasks.

Preparing for the Widespread Adoption of BIM and 3D Design

BIM is no longer limited to a few specific projects. Even when it is not yet contractually required, it is gradually establishing itself as an essential working method in many sectors.

This evolution involves improved data flow among the various project stakeholders and an increased ability to collaborate around a digital model.

For electrical engineering firms, the challenge lies in preparing for this transition without completely overhauling existing methods. A phased approach is often the most effective.

Through solutions such as SchemBAT, FTZ-BIM, and FTZ-Panel 3D, FTZ supports professionals who wish to adopt these new practices while maintaining a work environment that aligns with their operational needs.

Integrating Artificial Intelligence in a Pragmatic Way

Artificial intelligence is currently the subject of much discussion in the engineering world. However, it is important to take a realistic approach.

AI will not replace the expertise of an engineer or a design technician. Instead, it will gradually assist with certain tasks: information retrieval, data processing, drafting support, and the optimization of certain processes.

For engineering firms, the challenge is therefore not to replace human skills but to leverage tools capable of improving productivity and making work more efficient.

As with every technological advancement, FTZ closely monitors these innovations to identify applications that are truly useful to industry professionals and to prioritize solutions that deliver tangible value in the field.

Support teams as they develop their skills

The success of a technological transformation never depends solely on software.

Even the most powerful tools only deliver results when users have mastered them properly. Training, guidance, and support are therefore essential components of any modernization initiative.

That is why FTZ does not limit itself to developing software solutions. The company also helps its clients learn how to use the tools, adapt their work methods, and gradually integrate new technologies into their engineering departments.

Preparing for the Future with a Systematic Approach

Preparing your engineering firm for upcoming technological changes does not mean changing everything immediately. Above all, it involves developing a coherent strategy based on scalable tools, thoughtful automation, an openness to BIM and 3D, and tailored support for your teams.

For several decades, FTZ has been supporting electrical engineering firms in the building and industrial sectors in this process. By combining industry expertise, software innovation, and a user-centric approach, FTZ helps professionals evolve their work methods while preserving what makes them valuable: their technical know-how.

SchemELECT

SchemBAT

SchemPID

L’article How can you prepare your engineering department for upcoming technological changes? est apparu en premier sur FTZ Informatique Industrielle.

Why has revision management become essential in electrical projects?

Axel Freistroffer — Thu, 02 Jul 2026 12:17:51 +0000

In industrial and electrical projects, changes are part and parcel of day-to-day operations. A change requested by a client, a regulatory requirement, a change of component or a technical optimisation can arise at any time. Whilst these adjustments are unavoidable, keeping track of them presents a major challenge for design offices. Rigorous management of revisions ensures the consistency of technical documentation, enhances the traceability of technical changes and minimises the risk of errors throughout the project.

The real challenge is not to change a diagram

Editing a technical file is usually straightforward.

The real challenge lies in ensuring that all those involved are working on the correct version of the documents:

design office;
cabling workshop;
subcontractors;
maintenance managers;
end customer.

How often does an error stem from an out-of-date document that is still present in a shared folder or was sent by email several weeks ago?

A single incorrect version can lead to a host of problems:

hours of rework in the workshop;
unnecessary purchases;
delays in commissioning;
difficulties during maintenance operations.

Revision management therefore becomes a key element of document control and the smooth running of projects.

A growing demand for traceability

Manufacturers are now demanding greater traceability in the management of their technical files.

They wish to know:

the origin of a change;
the date it was implemented;
the associated impacts;
the documents concerned.

This requirement applies equally to industrial projects, commercial premises and technical infrastructure.

The quality of a file is no longer measured solely by its content. It also depends on its ability to trace the history of changes and to guarantee the reliability of the information provided.

When projects become more complex

As projects grow in size, the risks associated with document management naturally increase.

The more electrical diagrams, folios, bills of materials and stakeholders there are, the more critical it becomes to keep track of revisions.

In this context, manual methods quickly reach their limits:

duplicate files;
incomplete versions histories;
scattered annotations;
difficulties in identifying the latest versions;
a lack of consistency between documents.

These situations often lead to errors that could be avoided through better tracking of changes.

The benefits of electrical CAD software

Modern electrical CAD software such as SchemELECT or SchemBAT now makes it possible to streamline and simplify revision management through automated functions.

Structured management of revision indices, change history tracking, automatic updating of associated documents, delta management, and the consistency of parts lists all help to significantly reduce the risk of errors.

These tools also improve collaboration between the various project stakeholders and ensure that everyone is working with the most up-to-date information.

The aim is not merely to save time.

Above all, it is to ensure the reliability of information throughout the installation’s lifecycle.

An often-overlooked factor in performance

Effective revision management usually goes unnoticed.

However, when it is lacking, the consequences are immediately apparent: errors, rework, delays, additional costs and customer dissatisfaction.

The most successful engineering firms have fully grasped this. They now regard document management as a genuine project management tool rather than a mere administrative obligation.

Revision management is now an essential component of document quality and the success of technical projects. Beyond simply tracking changes, it ensures the traceability of information, the consistency of technical files and the smooth flow of data between all stakeholders.

In a context where projects are becoming increasingly complex, having a reliable document management system is a real driver of performance for engineering consultancies and manufacturers.

Because ultimately, it is not just a question of producing a good set of documents.

It is about ensuring that everyone always has the right set of documents, at the right time.

SchemELECT

SchemBAT

L’article Why has revision management become essential in electrical projects? est apparu en premier sur FTZ Informatique Industrielle.

Training Future Electricians Using SchemBAT and SchemELECT Software

Axel Freistroffer — Wed, 01 Jul 2026 08:33:33 +0000

Located in Ermont, in the Versailles school district, the Gustave Eiffel Comprehensive High School offers a wide range of technical programs, from the CAP to the BTS, as well as an apprenticeship track through its UFA/CFA. Among these programs, the BAC PRO MELEC (electrical trades and connected environments) and the BTS FED (Fluids, Energy, and Home Automation) train dozens of students and apprentices each year in the field of electrical engineering. It is within this framework that Benoit C., a teacher in the BTS FED Option C program, has incorporated FTZ software as a teaching tool in his courses.

The relevant educational programs, from early childhood education to apprenticeships

Benoit C. explains that FTZ software is used primarily by two programs at the high school: the BTS FED Option C, which includes 30 students in full-time training and 15 apprentices, and the BAC PRO MELEC, which has 36 students in full-time training and 12 apprentices. In total, more than 90 students and apprentices are trained each year using FTZ solutions.

The two products are used differently depending on the program. BTS FED students work with SchemBAT and FTZ-BIM for the building services engineering component, as well as SchemELECT for designing electrical panels. As for the BAC PRO MELEC program, only SchemBAT is currently being used, as Benoit C. personally trained his fellow instructors on the tools before rolling them out to the students.

From Discovery to the Final Project

The use of FTZ software goes beyond a simple technical exercise. Benoit C. tells us that students in the BAC PRO MELEC program use SchemBAT as part of their lab work, while BTS FED students use the tools on two levels: in formative lab work, but also as part of their final projects. FTZ software thus supports students from learning the basics all the way through to the completion of concrete, comprehensive projects.

A choice guided by the search for professional tools

It was during a meeting at the BIM World trade show that Benoit C. discovered FTZ. He tells us that, for his BTS FED courses, he wanted to use genuine professional software rather than a purely academic tool. In his view, this approach adds real value to his students’ résumés, as they graduate with hands-on experience using a tool employed in engineering firms.

Educational benefits geared toward professional practice

When asked about the educational benefits of FTZ tools, Benoit C. highlights several points:

A high-quality professional tool used in the industry
Authentic electrical project management
Direct creation of 3D models in IFC (OpenBIM) format or linked to REVIT, including the electrical scope
Quotation management

For Benoit C., these features directly expose students to the real-world working conditions of an engineering design office, thanks in particular to the 3D visualization of layouts, wiring, bills of materials, diagrams, and tables for various projects.

BIM: A Prerequisite for the BTS FED Degree

Benoit C. points out that the BTS FED curriculum now requires the use of BIM in projects. In his view, FTZ solutions precisely meet this requirement, making them an essential tool for preparing students for both the expectations of the degree program and those of the job market.

An initiative that extends beyond the high school's walls

Benoit C.’s commitment extends beyond his own class. He explains that he has suggested using SchemBAT to all of his electrical engineering colleagues whom he trains each year on the electrical module of the BIM MEP course.

SchemBAT

SchemELECT

L’article Training Future Electricians Using SchemBAT and SchemELECT Software est apparu en premier sur FTZ Informatique Industrielle.

AX Group adopts SchemELECT as its electrical CAD software

Axel Freistroffer — Tue, 23 Jun 2026 07:48:41 +0000

Based in Bailleul in the Nord department, AX Group designs and manufactures industrial equipment focused on energy efficiency. The SME, with a workforce of about 40 employees, operates through complementary brands: AX System, a specialist in high-pressure cleaning and misting for power plants (thermal and nuclear); AX Solar Robot, which cleans photovoltaic panels and specializes in artificial fog and humidification systems; and PEGASE, a specialist in fuel transportation and distribution. To meet the technical requirements of these industrial activities, the AX Group design office has chosen SchemELECT, the electrical CAD software published by FTZ Informatique Industrielle.

A limited previous tool, a clear need for automation

Before adopting SchemELECT, the AX Group engineering department was using a competing software program and spent a significant amount of time on manual tasks, particularly document generation. According to Jason D., this situation made it necessary to find a more efficient solution: “We were looking for a solution capable of automating our design work, ensuring the reliability of our data, and saving us time on repetitive tasks.”

SchemELECT at the Heart of the Engineering Department

Today, SchemELECT plays a central role in AX Group’s workflow. The tool is used at every stage of an electrical project’s lifecycle, from the design phase through to production preparation. Jason D. confirms this: “SchemELECT has become a central tool in our design office. It supports us from design through to production preparation. ”

A concrete example illustrates this contribution to day-to-day operations: the automatic generation of bills of materials and manufacturing documents. Whereas these tasks were previously a source of errors and wasted time, they are now more reliable and faster. According to Jason D., the quantified result is: “We estimate the time savings to be between 20 and 30 percent, depending on the complexity of the project.”

A common foundation that streamlines internal communication

Beyond the engineering department itself, SchemELECT has a positive impact on collaboration across departments. According to Jason D., “Using a shared database and standardized documents facilitates communication between the engineering department, purchasing, and the shop floor,” thereby reducing back-and-forth communication and the risk of misalignment between teams.

FTZ- 3D Panel : The Next Step

Building on this positive experience, AX Group has also decided to integrate FTZ-Panel 3D into its software environment. This decision was driven by the tool’s native integration with SchemELECT, its 3D design capabilities, and the potential for further productivity gains. The rollout is currently underway, as the team builds proficiency with the tool.

FTZ support is considered high-quality

The transition to new business software always involves a learning curve. AX Group is no exception, but Jason D. emphasizes that the investment in training quickly pays for itself: “FTZ’s support is top-notch. The teams are available, attentive, and responsive. Getting up to speed requires an investment in training, but it quickly pays for itself.”

For AX Group,SchemELECT has established itself as electrical software that delivers real added value. Jason D. sums it up: “SchemELECT is a powerful tool that brings real added value to our design work. As with any advanced business software, it requires a learning curve, but the benefits far outweigh that investment.”

SchemELECT

L’article AX Group adopts SchemELECT as its electrical CAD software est apparu en premier sur FTZ Informatique Industrielle.

Electrical CAD for HVAC and climate control engineering

Axel Freistroffer — Tue, 16 Jun 2026 07:26:57 +0000

HVAC, which stands for Heating, Ventilation and Air Conditioning, refers to the range of technical systems that control and regulate the indoor climate conditions within a building. Also known as HVAC in English or CVAC depending on the context, this field covers a wide range of areas, from space heating to air quality management, including air conditioning and controlled ventilation.

Electrical CAD for HVAC and climate control engineering

These systems are becoming increasingly common in residential, commercial and industrial buildings. The aim is to ensure thermal comfort and air quality for occupants, whilst meeting increasingly stringent regulatory requirements. Energy efficiency, reduced CO2 emissions, compliance with environmental standards: the challenges facing modern HVAC go far beyond mere comfort. They form part of a comprehensive approach to building performance, which is a key concern for both project owners and design consultancies.

Climate engineering studies are becoming increasingly complex

HVAC projects are no longer limited to simple heating or cooling installations. Today, they incorporate a multitude of interconnected technical components: programmable logic controllers, advanced control systems, home automation solutions, monitoring interfaces, and centralised technical management (CTM) and building management system (BMS) platforms. Each project requires a combination of skills spanning electrical engineering, automation and HVAC engineering.

This increasing complexity is directly reflected in the design phases. Electrical diagrams must incorporate an ever-wider variety of equipment, control architectures that are sometimes highly sophisticated, and stricter requirements for document traceability. Design offices face tight deadlines, multi-stakeholder projects and ever-increasing client expectations. In this context, relying on high-performance CAD is no longer an option: it is an essential requirement for producing reliable, consistent designs that comply with current regulatory requirements.

The quality of deliverables produced during the design phase also has a direct impact on the shop floor. Incomplete or poorly structured diagrams lead to wiring errors, delays in commissioning and additional costs. The accuracy of the design tool therefore determines the success of the project right through to its handover.

SchemELECT : supporting HVAC design firms

In light of these challenges, SchemELECT stands out as a CAD solution tailored to the specific requirements of HVAC engineering. The software is proving increasingly popular with design offices in the HVAC sector thanks to its advanced features designed to meet their practical needs, from the design phase right through to the delivery of technical documentation.

The interface with PLCs

In modern HVAC projects, PLCs play a central role. They control temperature regulation, manage alarms and ensure communication between different pieces of equipment. SchemELECT allows PLC data to be integrated directly into electrical diagrams. Inputs and outputs are accurately represented, without the need for manual re-entry or the risk of inconsistencies between documents. This feature reduces design time whilst enhancing the reliability of the designs.

The detailed schematic diagram

The schematic diagram is a key deliverable in any HVAC project. It illustrates the system’s electrical architecture, the connected equipment and the operational logic. SchemELECT simplifies the creation of these diagrams thanks to a tailored component library and automated drawing features that speed up production. The result is an accurate, clear document that can be used directly by the implementation teams.

Terminal block and cable management

Terminal block and cable management

In the electrical cabinets of HVAC installations, terminal block and cable management is a critical step. An error in labelling or inconsistency between documents can lead to problems during cabling or commissioning. SchemELECT handles this management automatically, ensuring consistency between diagrams, cable lists and terminal block plans. The deliverables are generated directly from the software, without the need for manual reprocessing.

Cabinet installation

The cabinet layout function allows equipment to be visualised and arranged within its actual environment right from the design phase. Design offices can thus check space requirements, anticipate installation constraints and produce layout plans that meet installers’ expectations. This approach reduces the back-and-forth between design and implementation, and contributes to faster commissioning.

Conclusion

In a sector where energy efficiency, technical expertise and high-quality documentation have become essential priorities, HVAC design firms need tools that meet their exacting standards. The growing complexity of HVAC projects demands CAD software capable of managing the entire design process, from schematic diagrams through to cabinet layout, including the management of terminal blocks, cables and PLCs.

SchemELECT meets these expectations with advanced features tailored to real-world conditions. It enables design firms to boost productivity, ensure the reliability of their deliverables and focus on the technical added value of their projects. For HVAC professionals seeking to optimise their electrical design process, SchemELECT is a practical and immediately operational asset.

SchemELECT

L’article Electrical CAD for HVAC and climate control engineering est apparu en premier sur FTZ Informatique Industrielle.

How panel builders design their photovoltaic systems

Axel Freistroffer — Wed, 20 May 2026 14:43:11 +0000

The photovoltaic sector is experiencing sustained growth in France. Projects are multiplying, ranging from industrial rooftops to ground-mounted power plants, as well as parking lot shade structures and commercial self-consumption installations. Behind every project lies electrical equipment that must be designed and manufactured: DC protection enclosures, AC cabinets, low-voltage distribution panels, and complete technical shelters. Photovoltaic installers and power plant developers rely on specialized panel builders to produce this equipment, often in recurring volumes and with tight deadlines. Several panel builders in the photovoltaic sector already rely on SchemELECT and FTZ-Panel 3D CAD software to organize their production.

The photovoltaic industry: a steady source of business for panel builders

A panel builder specializing in the photovoltaic sector does not handle one-off projects. Instead, they routinely manufacture the same types of equipment: DC protection enclosures for panels, AC coupling cabinets at the inverter output, low-voltage main switchboards for general distribution, and technical shelters housing all protection and metering equipment in large-scale installations. This steady volume of work presents a real opportunity for a panel builder who knows how to organize effectively. The technical constraints are specific to photovoltaics: high-voltage DC circuits, DC fuses, photovoltaic surge arresters, DC disconnect switches, and compliance with grid connection requirements. Standardizing the design of this equipment is key to handling the volume without increasing errors and meeting the deadlines demanded by installers.

From the design phase to the physical installation of the cabinet

The panel builder receives a photovoltaic design study containing sizing data: protection ratings, and DC and AC cable cross-sections. SchemELECT allows this data to be converted into single-line or multi-line diagrams that are directly usable for manufacturing, without the need to re-enter data from an external spreadsheet. FTZ-Panel 3D takes over for the physical design of the enclosure: component layout on DIN rails, terminal block positioning, cable tray routing, and internal organization of a shelter or photovoltaic low-voltage switchgear. The panel builder visualizes the equipment in three dimensions before starting the wiring in the workshop, which reduces adjustments and rework on the production line.

Terminal blocks and cable lugs without re-entry

In a photovoltaic enclosure or cabinet, there are numerous connections that must be thoroughly documented for wiring in the workshop and for delivery to the installer. SchemELECT automatically generates terminal block diagrams and cable lists from the drawn schematics. Every connection drawn in the schematic is directly fed into the manufacturing documents. If the photovoltaic design changes during the project, a modification in the schematic is automatically reflected throughout the entire file without manual intervention. For recurring orders of identical equipment or equipment with variations, this automation represents a significant time savings for each new project.

The bill of materials is ready for procurement

Before manufacturing a DC cabinet, a low-voltage distribution panel, or a photovoltaic shelter, the panel builder must procure the exact materials: DC and AC circuit breakers, photovoltaic fuses, surge arresters, terminal blocks, cable trays, mounting hardware, and busbars. SchemELECT automatically generates the complete bill of materials from the components entered in the schematics. The list can be sent directly to the supplier without the need for manual line-by-line verification. For series of similar equipment, the bill of materials for a standard unit serves as the basis for all subsequent projects.

Conclusion

The photovoltaic market offers panel builders a steady and rapidly growing stream of business. To manage this growth, they must streamline their processes and organize themselves to produce quickly and accurately. DC enclosures, AC cabinets, low-voltage switchboards, and shelters: each piece of equipment requires a complete and consistent technical file. The industry-specific software SchemELECT and FTZ-Panel 3D cover the entire chain, from photovoltaic electrical schematics to the three-dimensional design of the cabinet, including terminal blocks, cable lists, and the bill of materials. FTZ supports a rapidly growing client base of panel builders in the photovoltaic sector, with several active client references in this industry. SchemELECT and FTZ-Panel 3D have established themselves as the go-to software solutions for panel builders serving the photovoltaic sector in France.

SchemELECT

FTZ-Panel 3D

L’article How panel builders design their photovoltaic systems est apparu en premier sur FTZ Informatique Industrielle.

Why reject a mandatory CAD system ?

Axel Freistroffer — Tue, 19 May 2026 08:06:29 +0000

In many tenders, a clause may go unnoticed but have significant consequences: the requirement to use specific software to produce the reports. This tool may be imposed by the client and simply carried over from one contract to the next out of habit.

This requirement is not always based on a recent technical analysis. It reflects a historical choice, incorporated into internal procedures ten or fifteen years ago, at a time when a few players dominated the market and imposed their formats as de facto standards. These choices have been incorporated into standard tender specifications, passed from one tender to the next, without ever being questioned.

The market has changed. Tools have evolved. Alternatives have multiplied. Software clauses, however, have often remained unchanged. And it is the design offices that pay the price.

Furthermore, these requirements often represent only a few per cent of total turnover and could be subcontracted.

The specific risks facing your engineering consultancy

Working with a pre-selected tool means training your teams on a solution over which you have no strategic control. It means organising your processes around software over which you have no control over pricing, no influence on future developments, and no recourse if the publisher changes its terms and conditions.

It also means silently accepting a real loss of productivity. Tasks that the right tool would automate—managing cross-references, generating cable lists, updating diagrams after changes, and so on—sometimes become manual. This wasted time doesn’t show up in quotes. It is absorbed by the teams, eroded from margins, and offset by extra workload. And ultimately, it is the quality of the deliverables that suffers. A construction file produced with an unsuitable tool is less rigorous, less consistent, and more difficult to maintain. It is the design office’s reputation that is at stake, not that of the client.

Changing tools : a strategic investment, not a constraint

‘We’ve always used this software; our files are in it, and our teams are familiar with it.’ This is the most common argument. And it is also the one that keeps design offices trapped in a dependency they did not choose.

A history of files does not justify remaining tied to a single software vendor. Migrating to more suitable software represents a one-off, structured and predictable effort. Dependence on a single vendor, however, is a constant risk: non-negotiable price increases, imposed updates, no recourse in the event of a dispute, and vulnerability if the product is discontinued.

There is also a direct commercial dimension. A design office equipped with a high-performance, independent tool can cater to a wider range of markets. It is not constrained by the demands of a dominant software vendor, nor forced to turn down projects because its tool does not cover certain areas. Those who remain out of inertia are ceding market share to better-equipped competitors.

Interoperability : the right argument when dealing with clients

The most common argument used to justify imposing specific software is format compatibility. The client wants files that can be read in their environment, exported to their document management system, and integrated into their coordination tools.

This is a legitimate requirement. But it does not justify imposing a specific production tool. What matters to the client is the deliverable: standardised PDFs, open exchange formats such as DWG, and structured, usable data. Good specialist software handles these exports natively, without any extra work. The internal production workflow need not be sacrificed to meet an output format requirement. It is precisely on this point that design offices must be able to make their case: what matters is the result, not the tool that produced it.

FTZ Informatique Industrielle

For over 30 years, FTZ has been developing CAD software specifically for technical design offices. The range is built around a simple principle: every profession deserves a tool designed specifically for it, not a general-purpose tool adapted only marginally.

The range is modular and independent. A design office can start with the scope that matches its activity and develop its tools in line with its projects, without disrupting its organisation. SchemELECT for industrial electrical design, SchemBAT for building wiring, and additional modules to cover the specific needs of each organisation. No ties to a proprietary ecosystem imposed by a large group or a client. The deliverables produced remain the property of the design office, in durable and usable formats.

Conclusion

Allowing software to be imposed on you out of habit means giving up some of your operational autonomy without even realising it. Electrical engineering firms that take back control of their tools gain in productivity, independence and the ability to win new business. Choosing the right industry-specific software is not a technical detail. It is a management decision that affects the design consultancy’s long-term competitiveness.

SchemELECT

SchemBAT

SchemPID

L’article Why reject a mandatory CAD system ? est apparu en premier sur FTZ Informatique Industrielle.

COUGNAUD optimizes its electrical cabinets with FTZ

Axel Freistroffer — Mon, 18 May 2026 07:12:01 +0000

France's leading provider of off-site modular construction

COUGNAUD, founded in the Vendée region over 50 years ago, is now a major player in off-site modular construction in France. The company employs nearly 2,000 people and operates from four manufacturing sites and a network of branches throughout the country.

Its core business: designing and providing living and working spaces—permanent or temporary, for sale or for rent. This offering is complemented by three specialized entities: GUILLET PRODUCTION for timber framing and construction, LOUANGE for construction site logistics, and MODULEIS for maintenance, renovation, and spare parts in the modular sector. This family-owned mid-sized company, committed to the well-being of its employees as well as the conservation of natural resources, pursues a responsible policy in environmental, economic, and social terms.

It is within this demanding industrial context that COUGNAUD has chosen FTZ software to structure and optimize the design of its electrical cabinets.

SchemELECT and FTZ-Panel 3D for Electrical Design

COUGNAUD’s design teams use SchemELECT to design all of their electrical cabinets. The software enables them to produce a comprehensive and actionable deliverable for both manufacturers and end customers, including a detailed bill of materials, a single-line diagram, and a structured representation of the cabinet.

At the same time, FTZ-Panel 3D integrates seamlessly into the existing workflow. The software generates a 3D model of the electrical panel that can be directly integrated into Revit^TM, the industry-standard BIM design tool in the construction sector. For a company like COUGNAUD, whose projects involve multidisciplinary teams and advanced digital tools, this BIM compatibility represents a tangible benefit in the coordination of digital models.

“FTZ-Panel 3D allows us to produce a 3D model that integrates with Revit^TM software”

Tangible added value for design, procurement, and manufacturing

One of SchemELECT’s major advantages for COUGNAUD lies in its manageable database. Teams can use it to centralize and manage their internal standards, which significantly simplifies day-to-day design work. Every component and every part number can be accessed quickly, without the need for manual re-entry or the risk of errors.

This database also provides a direct benefit to the Purchasing department. From projects created in SchemELECT, it is possible to automatically extract a complete and structured list of materials, which can be used directly for orders and supply tracking.

“The manageable database allows us to easily use our standards. It enables us to generate a list of materials for the Purchasing department.”

From the design office to the manufacturing shop floor, via the purchasing teams, FTZ software covers a large part of COUGNAUD’s value chain and streamlines the flow of information between departments.

Accessible and effective technical support

The implementation of new business tools is always a pivotal moment in the life of an organization. For COUGNAUD, the support provided by FTZ during the rollout of SchemELECT and FTZ-Panel 3D was crucial.

The initial training, delivered remotely, was praised for its quality and flexibility. Far from being a rigid program, it was adjusted in real time to meet the specific needs of the COUGNAUD teams, thanks in particular to the FTZ trainer’s attentive listening.

“The training week went well, despite being remote. The trainer listened carefully to our needs. The program was adapted to best meet our expectations.”

Beyond training, the FTZ hotline also played a vital role throughout the tool implementation phase. Every specific issue encountered by the teams was addressed promptly and resolved effectively, ensuring that users were never left without a response.

“The hotline is always available and very responsive, which is greatly appreciated. Every specific issue encountered during implementation was successfully resolved. The team was able to meet our needs.”

Overall satisfaction, from software to service

Based on this experience, COUGNAUD recommends FTZ solutions to other companies in the industry. SchemELECT and FTZ-Panel 3D form a cohesive package that covers the entire electrical design cycle, from the initial schematic to the digital model integrated into Revit, backed by responsive customer service that is always available and truly attuned to on-site needs.

For a company of COUGNAUD’s size and high standards, it is precisely this level of reliability and support that makes the difference when choosing industrial electrical software.

SchemELECT

FTZ-Panel 3D

L’article COUGNAUD optimizes its electrical cabinets with FTZ est apparu en premier sur FTZ Informatique Industrielle.

Save up to 40% of your study time with FTZ software

Axel Freistroffer — Tue, 28 Apr 2026 11:33:05 +0000

In an electrical engineering firm, time is a scarce resource. Between drawing up plans, managing parts lists, panel assembly, updating schematics, and conducting compliance checks, repetitive and time-consuming tasks pile up. The result: longer lead times, errors creeping into files, and profitability eroding project after project. FTZ software was designed precisely to address these challenges, with a clear goal: to automate whatever can be automated to free up time for what really matters.

SchemELECT: Automation for Industrial Power Systems

SchemELECT is the go-to software for industrial electrical design firms. Where design firms used to spend hours numbering wires, generating parts lists, or verifying terminal block consistency, SchemELECT takes over automatically.

Wire numbering is managed in real time, parts lists are generated with a single click, and cross-references update online. Management of terminal blocks, cables, connectors, and harnesses is integrated directly into the schematic, with no need for re-entry. Technical and regulatory compliance is verified throughout the design process, drastically reducing rework at the end of the project.

For teams working on repetitive or highly standardized projects, the time savings are immediate and measurable from the very first weeks of use.

SchemBAT: Boosting Productivity in Building Electrical Design

For electrical engineering firms specializing in commercial and institutional buildings, SchemBAT addresses the same productivity challenges but within a building-specific context.

Using architectural drawings, SchemBAT facilitates the placement of devices or identifies them, manages high- and low-voltage circuits, and generates single-line or multi-line diagrams with no extra effort. Management of electrical panels, distribution boxes, and terminal blocks is integrated into the same work environment. Full compatibility with .dwg files ensures a seamless transition for teams that have previously worked in AutoCAD, without data loss or disruption to existing processes.

SchemPID: Reliability and Speed for Process Projects

Engineering firms specializing in industrial instrumentation and piping face particularly stringent regulatory requirements. SchemPID meets these requirements with a fully customizable equipment library, including instrumentation symbols and piping components.

Automatic numbering (equipment, piping, instruments), instrumentation loop management, and the generation of P&ID lists and bills of materials significantly reduce the time spent on documentation tasks. Built-in consistency checks and cross-references limit errors early on, before they become costly to correct in the field.

A return on investment within the first few months

The promise of FTZ software isn’t just to simplify day-to-day work. It’s to generate a concrete and measurable return on investment. Every automated task saves an hour. Every error avoided means one less file to redo, a deadline met, and a satisfied customer.

Users of SchemELECT, SchemBAT, and SchemPID confirm it: the software is easy to learn, and productivity improves from the very first use. On repetitive projects, the impact on design time can reach up to 40%, a potential directly linked to the depth of automation offered by FTZ software.

In summary

The question isn’t whether CAD software can improve a design firm’s profitability. It’s how much longer you can afford to go without it.

SchemELECT

SchemBAT

SchemPID

L’article Save up to 40% of your study time with FTZ software est apparu en premier sur FTZ Informatique Industrielle.