Grand Sunergy’s Solar Wall Project Enhances Desert Encirclement in China
In November 2024, China achieved a remarkable milestone by encircling the Taklamakan Desert, known infamously as the "Sea of Death," with a vast green belt. This initiative spans over 3,050 kilometers and employs cutting-edge solar technology aimed at controlling the desert's shifting sands, showcasing innovation in environmental management. The extensive photovoltaic project boasts a 500 MW capacity located at the southern edge of the desert. Utilizing a holistic approach that fuses solar energy with agriculture, the project aims to combat desertification while enhancing ecological defenses.
Grand Sunergy, as the sole supplier of solar products for this initiative, designed specialized high-efficiency products to withstand the harsh conditions of desert environments. These products feature outstanding tear resistance, corrosion resistance, and load-bearing capabilities. Planned plantings of sand-fixing vegetation, such as alfalfa, will complement this solar infrastructure, creating a synergistic model where renewable energy generation and effective sand control work hand in hand. This will significantly bolster the effectiveness of sand control efforts in the region.
The project's ambitious design encompasses 22,000 acres dedicated to solar panels, integrated seamlessly with nurturing the land through biological methods of sand management. By spring, the introduction of sand-fixing crops is expected to enhance both soil stability and solar energy efficiency.
Furthermore, Grand Sunergy is actively involved in multiple "photovoltaic +" projects aimed at widening the applications of solar power in various environments. For instance, in Laizhou Bay, China, a stunning 400 MW solar facility has been established on deep-water pilings, making it the country's largest of its kind. This development not only enhances energy capacity but also contributes to an inspiring visual tableau where solar arrays reflect the tranquil sea.
Another innovative effort includes a hybrid salt-PV base project capable of producing 600 MW, where solar panels operate alongside salt evaporation systems, maximizing energy production and sustaining quality salt harvesting. In this project, solar energy generation has increased overall energy output by an additional 2-3%, thereby maintaining a balance between ecological conservation and energy production.
Moreover, projects utilizing photovoltaic technology in transport have emerged, including installations along highways in Hebei, China, where solar panels shimmer on loops and gradients, converting sunlight into green energy that feeds into the surrounding power grid.
Grand Sunergy continues to focus on research and development, specializing in high-efficiency HJT cells and modules. The company’s vision includes creating a complete supply chain comprising silicon wafers, cells, and HJT modules, solidifying its position as a leader in solar technology. Through such innovative projects, Grand Sunergy not only aims to combat desertification but also to revolutionize the relationship between energy production and environmental sustainability.
Grand Sunergy, as the sole supplier of solar products for this initiative, designed specialized high-efficiency products to withstand the harsh conditions of desert environments. These products feature outstanding tear resistance, corrosion resistance, and load-bearing capabilities. Planned plantings of sand-fixing vegetation, such as alfalfa, will complement this solar infrastructure, creating a synergistic model where renewable energy generation and effective sand control work hand in hand. This will significantly bolster the effectiveness of sand control efforts in the region.
The project's ambitious design encompasses 22,000 acres dedicated to solar panels, integrated seamlessly with nurturing the land through biological methods of sand management. By spring, the introduction of sand-fixing crops is expected to enhance both soil stability and solar energy efficiency.
Furthermore, Grand Sunergy is actively involved in multiple "photovoltaic +" projects aimed at widening the applications of solar power in various environments. For instance, in Laizhou Bay, China, a stunning 400 MW solar facility has been established on deep-water pilings, making it the country's largest of its kind. This development not only enhances energy capacity but also contributes to an inspiring visual tableau where solar arrays reflect the tranquil sea.
Another innovative effort includes a hybrid salt-PV base project capable of producing 600 MW, where solar panels operate alongside salt evaporation systems, maximizing energy production and sustaining quality salt harvesting. In this project, solar energy generation has increased overall energy output by an additional 2-3%, thereby maintaining a balance between ecological conservation and energy production.
Moreover, projects utilizing photovoltaic technology in transport have emerged, including installations along highways in Hebei, China, where solar panels shimmer on loops and gradients, converting sunlight into green energy that feeds into the surrounding power grid.
Grand Sunergy continues to focus on research and development, specializing in high-efficiency HJT cells and modules. The company’s vision includes creating a complete supply chain comprising silicon wafers, cells, and HJT modules, solidifying its position as a leader in solar technology. Through such innovative projects, Grand Sunergy not only aims to combat desertification but also to revolutionize the relationship between energy production and environmental sustainability.
Topics Environment）
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