Collaboration
Miratek Elektrik and DMT Muhendislik collaborate on transformer substations, automation and SCADA integration for industrial facilities. At the heart of the collaboration are medium voltage (MV) protection relay coordination and the commissioning of on-site power infrastructure so that it operates remotely monitorable, standards-compliant and without interruption. A holistic approach has been adopted, spanning engineering design, on-site installation, testing and commissioning, and periodic maintenance.
Challenge
For transformer substations in industrial facilities to operate in harmony with processes that demand power continuity, the MV protection system must be correctly coordinated and field data must be observable from a central monitoring layer. If protection functions are not configured selectively, a fault can de-energize a far larger area than necessary; incomplete integration of the automation and SCADA layer can delay the detection of anomalies. The core challenge was therefore to design both the field hardware and the monitoring software to be mutually consistent, compliant with the applicable standards and easy to maintain.
The Miratek Solution
In its collaboration with DMT Muhendislik, Miratek handled transformer substation design, MV switchgear cubicle installation and protection relay coordination as a single engineering discipline. Protection relays were coordinated with selectivity and graded protection principles in mind; relay settings and protection functions were verified against site conditions. On the industrial automation side, field devices were connected to the PLC/RTU layer so that data was transferred to the SCADA system over standard communication protocols. Critical parameters of the transformer substation and MV system thus became centrally monitorable. The entire process — design, installation, testing, commissioning and post-commissioning periodic maintenance — was carried out under ISO 9001:2015 quality management and an occupational safety approach.
Results
- Fault impact contained through selective, coordinated operation of the MV protection system
- Transformer substation and MV system parameters monitored remotely and continuously via SCADA
- Power continuity supported by fully standards-compliant installation and regular periodic maintenance
- A traceable, sustainable engineering process run from a single source, from design to commissioning
Project Scope
- Industrial transformer substation installation and commissioning
- MV switchgear cubicle installation and switchgear equipment integration
- Medium voltage protection relay coordination and selectivity studies
- Industrial automation and PLC/RTU field integration
- SCADA integration and remote monitoring infrastructure
- Testing, commissioning and periodic maintenance
Related Services
Proje Galerisi
Sıkça Sorulan Sorular
What areas does the Miratek and DMT Muhendislik collaboration cover?+
The collaboration covers the installation and commissioning of industrial transformer substations, MV switchgear cubicle installation, medium voltage protection relay coordination, industrial automation and SCADA integration, and periodic maintenance. The goal is on-site power infrastructure that is standards-compliant, traceable and operates without interruption.
Why is MV protection relay coordination important?+
Protection relay coordination is a selective protection scheme that ensures only the faulty section is de-energized during a fault while the rest of the facility remains live. Correct coordination improves equipment safety, prevents unnecessary power outages and helps the system operate in compliance with the standards.
What does SCADA integration add to transformer substations?+
SCADA integration enables critical parameters of the transformer substation and MV system to be monitored remotely from a central point. This allows potential anomalies to be detected early, maintenance to be carried out on a planned basis, and power continuity to be supported more reliably.
Which standards govern the projects?+
Miratek carries out its work under relevant international standards such as IEC 61439 and IEC 61000, within the framework of TEDAS and EMRA (EPDK) regulations, and with the ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018 management system approach.