Photovoltaic + desertification control

In vast desertified areas, we are innovatively implementing a three-dimensional development model called "photovoltaic + ecological barrier." By vertically integrating a high-efficiency photovoltaic power generation system above with scientifically planned shrubs and grasses below, combined with three-dimensional sand fixation projects, we have established a unique "on-site power generation, sand retention" hybrid ecological governance system. This solution not only generates large amounts of clean electricity but also effectively curbs desertification and restores fragile ecosystems, achieving both economic and ecological benefits.

Photovoltaic + Rural Revitalization

To support rural prosperity, we are actively promoting a "photovoltaic + industrial revitalization" integrated development model. Leveraging the abundant land resources of rural areas, we integrate photovoltaic power generation systems above with locally adapted specialty agricultural planting, ecological farming, or rural cultural tourism projects below. This creates a complex industrial system that "generates electricity above the surface and enriches the people below." This provides stable electricity revenue for rural areas, while driving the development of specialty industries, creating local jobs, and increasing farmers' incomes, serving as a green engine for rural revitalization.

Photovoltaic + ecological restoration

For areas requiring ecological restoration (such as mining areas, degraded grasslands, and areas of soil erosion), we are implementing a three-dimensional "photovoltaic + ecological" development model. By vertically coupling a photovoltaic power generation system above with systematic vegetation restoration projects below, we have created a composite land use system that "generates electricity on the surface and consolidates the soil below." This solution cleverly utilizes space to produce green energy while effectively conserving soil and water, accelerating vegetation restoration, and improving the regional microclimate, achieving efficient and sustainable utilization of land resources.