ABB medium-voltage switchgear lineup with numerical protection relays — the class of installation commissioned on this project.
Photo: Braveheart · Wikimedia Commons · CC BY-SA 4.0

Asset type: Data centres & industry

Amgen Pharmaceutical Manufacturing Facility

22 kV digital substation — 156 panels with ABB Relion REX615

Location
Dún Laoghaire, Ireland
Date
February 2026
Category
22 kV Digital
medium voltage
22 kV
MV panels
156
digital IED platform
ABB REX615

Project context

Location
Dún Laoghaire, Ireland
Date
February 2026

All cases in Ireland All Data centres & industry cases

Amgen operates major pharmaceutical manufacturing infrastructure in Ireland, including its large Dún Laoghaire facility. The electrical modernisation project involved reconstruction of a 22 kV substation with 156 medium-voltage panels and the creation of a fully automated, digital protection-and-control environment on ABB Relion REX615 IEDs — moving the site from conventional panel-by-panel control to an integrated IEC 61850 digital substation, without interrupting a continuously operated production environment.

ABB medium-voltage switchgear lineup with numerical protection relays — the class of installation commissioned on this project.
ABB medium-voltage switchgear lineup with numerical protection relays — the class of installation commissioned on this project. Braveheart · Wikimedia Commons · CC BY-SA 4.0

Scope of work

  1. Participated in the reconstruction and commissioning of a large 22 kV substation consisting of 156 medium-voltage switchgear panels.

  2. Configured ABB Relion REX615 protection and control relays for feeder, bay-control and other project-specific protection applications across the switchgear lineup.

  3. Built and verified automated control logic for breaker operation, interlocking, equipment-state supervision, alarms and protection actions, reducing dependence on hardwired point-to-point logic.

  4. Engineered the digital substation communication layer around IEC 61850-capable IEDs, including signal structures, station-level data exchange and peer-to-peer functions where required by the approved design.

  5. Verified binary I/O, measurements, protection indications and control commands from field level through the digital automation layer to the supervisory system.

  6. Supported systematic commissioning across a very large number of panels, applying repeatable testing and configuration methods to maintain consistency between bays and minimise commissioning risk.

  7. Contributed to a scalable digital architecture designed for high availability, clear diagnostics and future expansion in a continuously operated pharmaceutical environment.

Engineering contribution

The main value of the project was the transition from conventional panel-by-panel control toward an integrated digital substation. Standardised IED engineering, structured communication and repeatable logic made a large 156-panel installation manageable, testable and maintainable.

Studies performed

Systems & technologies

  • ABB REX615
  • 22 kV switchgear
  • IEC 61850
  • Digital substation
  • Bay control
  • Protection logic
  • Interlocking
  • SCADA integration
  • 156 panels

Notes

Public facility context verified against Amgen Ireland. ABB documentation confirms REX615 as an IEC 61850-capable, multi-application protection and control platform for digital substations.