Cross‑Border Collaboration Drives New Milestone in Green Energy
The Youde Offshore Wind Project, located in the 3-2 offshore wind development zone off the mid‑western coast of Taiwan, is planned with a total installed capacity of 700 MW and is led by Taiwanese developer Shinfox Energy. Benefiting from stable and high‑quality wind resources, the project will deploy the latest generation of large offshore wind turbines and is committed to high localization, stringent HSE standards, and advanced engineering technologies. As one of Taiwan's key offshore wind projects under Round 3 development, Youde is expected to deliver long‑term, stable, and clean electricity to the national grid, marking a significant milestone in Taiwan's path toward energy independence.
After participating in multiple offshore wind projects, PECL was invited to join the Youde Offshore Wind Project, taking on the critical tasks of Concept Design and Front‑End Engineering Design (FEED). The scope includes overall electrical system architecture, offshore substation, subsea cable system, onshore substation, and onshore cable route planning — all of which form the essential foundation for reliable power transmission and stable wind farm operation.
A major highlight of this project is that it marks PECL first full engagement in the design of an Offshore Substation (OSS). As the central hub of an offshore wind farm, the OSS is responsible for stepping up and converting the electricity generated by the turbines before transmitting it to shore via subsea cables. Its engineering complexity far exceeds that of typical onshore electrical facilities. To ensure the design meets international standards, PECL collaborated closely with a renowned international engineering consultancy, jointly completing the electrical configuration, structural design, and platform layout. This partnership successfully introduced the latest global OSS technologies and established an effective model for cross‑border engineering collaboration.
In the areas of overall electrical system and subsea cable planning, PECL is responsible for integrating key components — including wind turbines, the OSS, subsea cables, and the onshore substation — while conducting route planning, system interface coordination, and essential technical analyses. These efforts ensure that the transmission system complies with Taipower requirements, aligns with site conditions, and supports long‑term operation and maintenance. This phase demands not only deep electrical engineering expertise but also comprehensive consideration of constructability and future O&M strategies.
The advancement of the Youde Offshore Wind Project reflects the continued growth of Taiwan's renewable energy sector and highlights the vital role of local engineering teams in international collaboration. Through this project, PECL demonstrates rapid progress and technical capability in offshore substation and offshore wind engineering design, contributing to a stronger foundation for Taiwan's sustainable energy future.