South Fork Wind
Located in Long Island, New York
- Capability
- Distributed Power, Renewable & Industrial
- Completion 2022
Project Overview
In 2022, we were awarded the first US-based Tier 1 Contract for Secondary Steel for the South Fork Wind Farm of Long Island, New York, a collaborative effort between a global leader in clean energy and New England’s largest energy provider. South Fork Wind Farm became the first utility-scale offshore wind farm in the United States, generating 132 MW of clean energy- sufficient to power nearly 70,000 homes. This milestone installation was critical, as power demands have been rapidly increasing. By producing clean energy, South Fork Wind Farm not only meets the region’s escalating power needs but also contributes to a sustainable future, benefiting both the environment and residents.
Key Highlights
This project featured Advanced Foundation Components (AFCs) essential to the structural and operational integrity of the wind turbines. We implemented cutting-edge safety measures, including innovative fall protection protocols, custom fabrication solutions, and thorough risk assessments, ensuring exceptional safety and efficiency. The integration of “pull planning” from the Lean Construction methodology further optimized resource allocation and streamlined project milestones.
Project Overview
In 2022, we were awarded the first US-based Tier 1 Contract for Secondary Steel for the South Fork Wind Farm of Long Island, New York, a collaborative effort between a global leader in clean energy and New England’s largest energy provider. South Fork Wind Farm became the first utility-scale offshore wind farm in the United States, generating 132 MW of clean energy- sufficient to power nearly 70,000 homes. This milestone installation was critical, as power demands have been rapidly increasing. By producing clean energy, South Fork Wind Farm not only meets the region’s escalating power needs but also contributes to a sustainable future, benefiting both the environment and residents.
Key Highlights
This project featured Advanced Foundation Components (AFCs) essential to the structural and operational integrity of the wind turbines. We implemented cutting-edge safety measures, including innovative fall protection protocols, custom fabrication solutions, and thorough risk assessments, ensuring exceptional safety and efficiency. The integration of “pull planning” from the Lean Construction methodology further optimized resource allocation and streamlined project milestones.