Wedoany.com Report-Apr. 13, ZTT Submarine Cable & System (ZTTSC) has secured an engineering, procurement, and construction (EPC) contract for the Yangjiang Fanshi II offshore wind project in China. Under this agreement, ZTTSC will install a 500 kV three-core AC submarine cable system, extending 92 kilometers, to deliver 1,000 MW of clean energy from the offshore wind farm to onshore power networks.
The company describes this undertaking as one of the most sophisticated and extensive offshore wind cable systems in the sector. The 1 GW Yangjiang Fanshi II offshore wind farm is owned and developed by CGN Wind Energy Limited, a prominent energy firm in China.
Located in the South China Sea off the coast of Guangdong, China, the project is scheduled to begin construction in 2025, with full commercial operations expected by 2029. This timeline reflects a steady progression toward enhancing renewable energy infrastructure in the region.
A recent RenewableUK report highlights that China leads globally in operational offshore wind capacity, with 41 GW connected to its grid, accounting for more than half of the world’s total. The UK follows in second place with 14.7 GW operational for the fourth consecutive year, while Germany ranks third with 8.5 GW.
The Yangjiang Fanshi II project underscores the ongoing expansion of offshore wind energy in China, contributing to the nation’s substantial renewable energy output. ZTTSC’s role in deploying the advanced cable system is a key element in ensuring the efficient transmission of power generated at sea to the mainland.
This initiative aligns with broader efforts to increase sustainable energy production, with the 92-kilometer cable system playing a vital part in linking the offshore facility to onshore grids. The project’s scale and technical complexity mark it as a notable achievement in the offshore wind industry.
CGN Wind Energy Limited continues to drive the development of renewable energy projects like Yangjiang Fanshi II, reinforcing the importance of such efforts in meeting energy demands through clean sources. The anticipated start of operations in 2029 positions this wind farm as a significant contributor to future energy supply in Guangdong and beyond.
