Photovoltaic desertification control and ecological protection
Combining photovoltaic development with traditional desertification control to carry out photovoltaic desertification projects is of great significance for promoting ecological governance and achieving the dual carbon goals.
In addition to meeting the relevant technical standards for photovoltaic power generation engineering construction, photovoltaic desertification construction should also adapt to desertification prevention and control requirements. It must comply with technical specifications related to natural resources, forestry, grasslands, environmental protection, and water resource utilization, and employ construction processes and engineering equipment that minimize surface disturbance.
Scientific planning and rational layout are essential. Factors such as local climate, water resources, geology, terrain, landforms, and vegetation characteristics should be comprehensively considered to determine the appropriate site boundaries and construction scale.
The design plan for photovoltaic desertification projects should fully consider the local needs for windbreaks, sand fixation, and the high-quality operation of photovoltaic power generation systems. Based on the site development conditions, the overall layout of the photovoltaic power station, foundation types, and cable installation methods should be optimized.
At the same time, within the photovoltaic power station area and its surrounding regions that require treatment, appropriate protective measures should be taken, adapting to the local conditions. Engineering and biological measures should be combined to scientifically develop sand control and desertification prevention plans or grassland restoration schemes.
This is some information about photovoltaic desertification control introduced by Hengyuan Tai.