SPIC Shanxi: Pinglu Wind Project Successfully Installs First Tower Section

On October 13, 2025, the first tower section of the first wind turbine at the Pinglu wind power project was successfully installed, marking the official start of the project's main installation phase.

Located in Pinglu District, Shuozhou City, Shanxi Province, the project has a planned capacity of 120 MW. It is the first wind power project independently developed by the North Branch of SPIC Shanxi. Upon completion, the project will supply 256 GWh of clean electricity to the grid annually, providing strong support for the region's clean energy supply. It will effectively mitigate environmental pressure associated with local energy consumption and inject sustained momentum into the green transition and sustainable development of the local economy.

To ensure the successful installation of the first tower section, the project team adhered to the principles of "precision, standardization, and safety"—initiating preparatory work several months in advance and establishing a robust support system. This involved multiple rounds of drawing reviews, continuous optimization of the installation scheme, proactive identification and resolution of road obstructions, and rigorous inspection and acceptance of critical equipment.

All personnel received specialized safety training, with emphasis on working at height protocols and emergency response procedures. Technicians from equipment manufacturers provided safety and technical briefings on site. The hoisting area was secured with physical barriers and warning signs, and dedicated safety officers provided continuous monitoring to identify risks in real time. Furthermore, the team meticulously planned the storage and management of turbine components upon arrival, coordinating closely with the transportation company to manage delivery schedules. This ensured the precise alignment and seamless integration of all construction elements (man, machine, material, method, and environment), laying a solid foundation for the subsequent wind turbine installation.