Recently, Majatan town, Lingwu City, Ningxia, came from an exciting integration of environmental protection and technology. Located here, the Guoneng Ningdong Power Plant, the west side of the mine drainage water gathered on the lake, a unique photovoltaic power generation project - mine water floating distributed photovoltaic power generation project phase IV, has been successfully connected to the grid, marking the "water floating" photovoltaic power station fully put into operation.

The completion and operation of this project not only highlights China's innovative strength in the field of renewable energy utilization, but also a new attempt to treat high-salt and high-salinity mine water. It is understood that the photovoltaic power station on the lake is unique in its floating design, which can make full use of the vast area of mine water, while avoiding the occupation of land and realizing the maximum utilization of land resources.

The construction process of this power station has condensed the wisdom and sweat of many engineers and scientific researchers. Through careful design and careful construction, they overcome the corrosion and damage that may be caused by high salt and high salinity mine water to photovoltaic equipment, ensuring the stable operation of the power station and efficient power generation.

The successful grid connection of this power station is of great significance for promoting the development of clean energy locally and nationally. It not only provides a stable power supply for the local area, but also reduces the consumption of fossil energy and greenhouse gas emissions, making positive contributions to environmental protection and sustainable development.

In addition, the construction of this power station also provides China with valuable experience in the field of high-salt and high-salinity mine water treatment. In the future, we can expect to see more such projects take root nationwide, injecting new vitality into China's clean energy industry. Editor/Xu Shengpeng