PROJECT 04 / TAIWAN / OFFSHORE SUBSTATIONS

Greater Changhua 2b & 4

Managing equipment documentation, technical variations and factory-to-yard interfaces across major HV packages.

AI-generated illustration of an HV equipment hall, not an actual project photograph
AI-GENERATED ILLUSTRATION · NOT A PROJECT PHOTOGRAPH
920 MWCombined project capacity
HV componentsFounder’s technical scope
ØrstedEmployer during involvement

PUBLIC PROJECT CONTEXT

Project overview

Greater Changhua 2b and 4 is Ørsted’s 920 MW offshore wind development, located 35–60 km off Taiwan’s Changhua coast. The project comprises 66 Siemens Gamesa 14 MW turbines. Ørsted reported completion of turbine installation in January 2026 and held a ceremony marking completion of major construction works in September 2026, with final commissioning activities still described in that announcement.

Location
Offshore Changhua County, Taiwan
Developer
Ørsted
Turbines
66 × 14 MW
Yard interface in founder’s scope
Seatrium, Singapore

920 MW is the published combined project rating. Milestones above are dated announcements, not a claim of current commercial operation.

PERSONAL PROFESSIONAL EXPERIENCE

Founder’s contribution

HV components and protection engineerØrsted
01

HV package management

Managed design documentation, technical variations and contract compliance for transformers, GIS, EATs and busducts.

02

Factory acceptance testing

Led FAT activities with European equipment suppliers.

03

Fabrication-yard interfaces

Resolved spatial and technical design interfaces with the Seatrium fabrication yard in Singapore.

HV componentsFATYard interfaces

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

Factory acceptance and yard integration are closely linked. Equipment documentation, changes and physical interfaces need coordinated review so that packages remain compatible as they move from suppliers to the offshore platform.

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.

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