PROJECT 02 / UNITED STATES / OFFSHORE WIND

Coastal Virginia

Translating project requirements into structured acceptance testing for utility-scale offshore electrical infrastructure.

AI-generated illustration of offshore power infrastructure, not an actual project photograph
AI-GENERATED ILLUSTRATION · NOT A PROJECT PHOTOGRAPH
2.6 GWApproximate wind farm capacity
HV packagesFounder’s technical scope
Semco MaritimeEmployer during involvement

PUBLIC PROJECT CONTEXT

Project overview

Coastal Virginia Offshore Wind is Dominion Energy’s commercial offshore wind development off Virginia Beach. The US Bureau of Ocean Energy Management approved a configuration of 176 wind turbines and three offshore substations, with an estimated capacity of approximately 2,600 MW. Semco Maritime’s consortium announcement describes three 880 MW offshore substations forming the electrical backbone of the development.

Location
Offshore Virginia Beach, United States
Developer / utility
Dominion Energy
Approved turbine count
176
Offshore substations
3 × 880 MW, per consortium announcement

The public project description uses approximately 2.6 GW. This replaces the rounded 2.7 GW figure in the previous website and founder’s CV.

PERSONAL PROFESSIONAL EXPERIENCE

Founder’s contribution

HV testing procedure preparationSemco Maritime
01

Acceptance test procedures

Prepared Site Acceptance Testing (SAT) and Harbor Acceptance Testing (HAT) guidance for high-voltage equipment packages.

02

Standards alignment

Aligned the testing guidance with the applicable IEEE / IEC framework and the project’s owner / client requirements.

03

Package-level preparation

Focused on HV acceptance documentation as part of Semco Maritime’s engineering delivery. This experience is specific to testing preparation, rather than a claim of responsibility for the full wind farm.

SAT proceduresHAT proceduresIEEE / IEC

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

For a multi-substation development, consistent acceptance documentation helps connect equipment-level verification with the wider commissioning programme. Clear requirements make the intended test scope easier for suppliers and site teams to interpret.

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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