Chinese wind turbine manufacturer Goldwind has completed the first delivery of wind turbine components for Saudi Arabia’s PIF5 wind power developments, marking a significant step forward for the 3GW renewable energy initiative, currently considered the world’s largest onshore wind project under construction.
The initial shipment consists of 12 nacelles, nine sets of turbine blades, and essential lifting equipment, enabling construction teams to begin turbine installation activities at the project sites. The delivery signals the transition from the manufacturing and supply phase into full-scale project execution.
For the PIF5 developments, Goldwind is supplying its GWH204-10MW wind turbines, designed to operate efficiently in Saudi Arabia’s demanding environmental conditions, including extreme temperatures and frequent sandstorms. The turbines will be mounted on the company’s proprietary 148-metre steel-concrete hybrid towers, which are engineered to capture stronger wind resources at higher elevations and improve overall power generation performance.
To support local content requirements and strengthen domestic manufacturing capabilities, Goldwind has also established a hybrid tower production facility within Saudi Arabia. The facility is expected to enhance supply chain reliability while contributing to the Kingdom’s industrial growth objectives.
The shipment reached Saudi Arabia through an alternative maritime route via the Strait of Malacca, Bab-el-Mandeb, and the Red Sea after logistical challenges affected the originally planned shipping corridor. Goldwind credited the successful delivery to close collaboration with project developer ACWA Power, logistics partners, and other stakeholders.
Once operational, the PIF5 wind projects are expected to generate approximately 11.3 billion kWh of clean electricity annually and avoid more than 9.3 million tonnes of carbon dioxide emissions each year. The projects form a key part of Saudi Arabia’s Vision 2030 strategy to expand renewable energy capacity and diversify the nation’s energy mix.
