Engineering & procurement
Led the HV engineering package during detailed design, coordinating four engineers and multi-million-euro equipment procurement packages.
PROJECT 01 / TAIWAN / OFFSHORE SUBSTATION
Fengmiao I
Connecting detailed engineering, equipment procurement and fabrication-yard delivery for a major offshore substation.
495 MWWind farm capacity
66 / 220 kVFounder’s technical scope
Semco MaritimeEmployer during involvement
PUBLIC PROJECT CONTEXT
Project overview
Fengmiao I is a 495 MW offshore wind development off Taiwan’s west coast. Developed through a Copenhagen Infrastructure Partners fund, with Copenhagen Offshore Partners leading development, it reached financial close in March 2025. The planned wind farm comprises 33 Vestas 15 MW turbines, with construction completion targeted for the end of 2027 in the developer’s announcement.
- Location
- Offshore Taichung, Taiwan
- Developer / investment platform
- COP / CIP
- Equipment interface
- Transformers · reactors · EAT · GIS
- Fabrication interface
- PTSC, Vietnam
495 MW is the wind farm’s planned installed capacity. Its auction allocation was 500 MW of grid capacity; the founder’s CV describes the 500 MW offshore substation scope.
PERSONAL PROFESSIONAL EXPERIENCE
Founder’s contribution
HV commissioning lead / Project lead HVSemco Maritime
Installation & commissioning
Directed installation and commissioning activities for transformers, shunt reactors, earthing / auxiliary transformers and 66 kV / 220 kV GIS. Coordinated HV engineers and OEM specialists at the fabrication yard.
Protection & interfaces
Performed Siemens protection relay testing using Omicron equipment and coordinated technical, spatial and electrical interfaces between the engineering team and PTSC.
Personal scope is based on the founder’s supplied CV. Public project sources provide background and do not independently verify individual responsibilities.
ENGINEERING PERSPECTIVE
What this experience brings
An offshore substation brings many separately procured packages into one electrical system. Equipment interfaces, protection requirements and test sequencing need to remain aligned as the design moves into installation and commissioning.
REFERENCES
Sources & notes
Public sources reviewed 12 October 2026. Project figures and milestones are attributed to the linked publications; announced dates may change. Project names identify professional experience and do not imply endorsement or a commercial relationship with GridWave.
START A CONVERSATION