With a planned installed capacity of 500 MW and a supporting 75MW/150MWh energy storage system, the project is a key local new energy project. Facing natural challenges such as frequent wind and sand and harsh climate at the construction site, the project team innovatively implemented a collaborative operation management model. It took the lead in introducing advanced construction equipment including intelligent PV module installation robots and pile foundation automatic navigation, painting and positioning robots. Through the dual-track innovation of management model and engineering technology, the project realized the simultaneous improvement of construction efficiency and project quality. While reducing personnel operation risks and material loss, it effectively guaranteed the on-schedule and high-quality commissioning of the project.

After full-capacity commissioning, the project is expected to generate an average annual power output of approximately 850 million kWh. Compared with a coal-fired power plant of the same scale, it can save about 252,800 tons of standard coal per year, which has a significant effect on improving the regional ecological environment and reducing carbon emission intensity. It will provide stable clean energy for regional power supply, and deliver solid support for advancing the optimization of energy structure and serving the implementation of the "Dual Carbon" goals.

Going forward, CECEP Solar will continue to ensure sound operation and maintenance and stable power output, inject sustained momentum into local green and low-carbon development, and make greater contributions to achieving the goals of carbon peak and carbon neutrality.