The Qinling research station in Antarctica features a comprehensive clean-energy system designed by electrical engineer Sun Hongbin. Implemented amidst extreme conditions, this system addresses challenges of temperatures below -40 degrees Celsius, high winds, and total darkness for six months. The setup includes solar panels, wind turbines, and a hydrogen energy system, totaling a $14 million investment. Sun leads this initiative, showcasing China's commitment to green expeditions that support scientific research while minimizing environmental impact.
Building a clean-energy system in Antarctica required overcoming extreme challenges, including temperatures below -40 degrees Celsius, fierce winds of up to 300 km/h, and perpetual darkness during polar nights.
The renewable energy system at Qinling research station includes 10 wind turbines, 26 solar modules, and a hydrogen energy system, funded by a $14 million investment to advance green expeditions.
Conventional solar and wind technologies cannot function effectively under extreme cold, strong winds, and prolonged periods without sunlight, necessitating innovative solutions for Antarctica's unique climate.
Sun Hongbin's team constructed a comprehensive clean-energy system that aims to support research while minimizing environmental impact, reflecting China's commitment to sustainable practices in polar regions.
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