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Iron – Steel

We provide robust electrification, power automation, and control systems for heavy industry and iron and steel plants with high energy demands and continuous process requirements.

Scope and Technical Capabilities

  • Heavy Industry Electrification: Substations, LV/MV switchgear systems, and power distribution solutions
  • Power and Process Automation: Plant-level SCADA, DCS, and power automation integration
  • Drive and Motor Applications: Heavy-duty motor control and LV/MV VFD applications

Featured Projects and References

* İSDEMİR (İskenderun Iron and Steel Inc.) KANGAL ROLLING MILL CONNECTION UNIT PROJECT

Frequently Asked Questions

What solutions does GEST provide for iron and steel plants?

We provide solutions for electrification, power automation, process control, and motor applications in iron and steel plants. The project scope is determined according to the plant’s technical requirements.

Can substations and MV/LV switchgear systems be included in the project scope?

Yes. Substations, MV/LV switchgear installations, and power distribution systems can be included in the project scope. Procurement and installation work is planned according to the plant’s electrical infrastructure.

Do you provide SCADA and DCS integration for iron and steel plants?

Yes. SCADA, DCS, and power automation systems can be integrated according to the plant’s needs. This supports the monitoring and control of processes and critical infrastructure.

Do you provide drive solutions for heavy-duty motors?

Yes. Low- and medium-voltage variable frequency drive (VFD) applications are available for controlling heavy-duty motors. The solution is selected according to the operating requirements of the motor and process.

What does your project experience in the iron and steel sector cover?

GEST’s references include the Strapping Unit Project at İSDEMİR’s Coil Rolling Mill. The project involved upgrading the CPU of the Coil Rolling Mill’s strapping unit PLC system. The software from the existing PLCs was retrieved, upgraded with the necessary additions, and transferred and adapted to the new PLCs. The existing PLC circuit diagrams were redrawn in EPLAN to reflect the updated configuration, and a network architecture was established for communication with the automation system.

Integrated EPC Solutions for Critical Infrastructure