ELECTRICAL DESIGN AND INDUSTRIAL AUTOMATION

We design electrical installations and automation systems using EPLAN, WSCAD, and AutoCAD, ready for implementation without errors or glitches.

How to Perform Electrical and Automation Design

Design starts with the actual process, not with the equipment

We analyze the application, define the system architecture, and determine how the electrical systems, automation, and monitoring work together. The documentation is created using professional design software such as EPLAN Electric P8, WSCAD, and AutoCAD Electrical, ensuring that the designs are clear, standardized, and easy to implement.

In our automation projects, we use equipment from established manufacturers such as Siemens, Schneider Electric, Eaton, Wago, Delta, and Schrack to ensure compatibility and long-term reliability.

The result is technical documentation ready for production, implementation, and software development PLC/HMI/SCADA, with no bottlenecks between stages.

Electrical Design

Documentation for low-voltage electrical installations, power distribution, lighting, and protection systems, ready for implementation

Industrial Automation

Design of control systems for industrial processes: PLC architecture, equipment, sensors, and of operation

SCADA Integration

Architectures for monitoring, control, and data collection from industrial equipment and technical infrastructure

PROJECT INFORMATION

Projects developed for direct on-site implementation 91%
Systems designed for full integration 70%
Systems ready for quick and stable commissioning 82%

APPLICATIONS AND SYSTEMS FOR WHICH WE PROVIDE DESIGN SERVICES

  • Low-voltage electrical systems

  • Industrial Automation (PLC)

  • HMI and SCADA Systems

  • Electrical Integration and Control

  • Upgrading electrical systems

Design that works in the field, not just on paper

Electrical and automation design doesn’t stop at documentation. The real difference becomes apparent during implementation, where bottlenecks arise between design, execution, and integration.

That is why every project is designed to be implemented without any improvisation: from the system architecture and equipment selection to integration with electrical panels and the development of PLC and SCADA software.

Since we are also involved in the production of electrical panels, software, and installation, our projects are integrated across disciplines. This means fewer on-site changes, fewer incompatibilities, and faster commissioning.

  • Documentation prepared for direct implementation, without the need for further interpretation

  • Full integration between electrical systems, automation, and SCADA

  • Architectures compatible with established industrial equipment and platforms

  • Reducing risks and field operations

  • Faster implementation and controlled commissioning