China's Qinling Station in Antarctica has made a significant breakthrough by implementing the continent's first large-scale hydrogen energy system. This system, combining wind, solar, and hydrogen fuel cells, provides a stable power supply essential for sustaining research operations in one of the world's harshest environments. Qinling Station, China's fifth Antarctic research base, boasts an energy system developed by Taiyuan University of Technology and the State Power Investment Corporation, reducing fossil fuel reliance by over 100 tons annually. The integration of aerodynamic wind turbines and advanced cold-start technology ensures stable operation in Antarctica's extreme conditions. Solar power dominates during summer, while wind power takes over in winter, with the hydrogen fuel cell acting as both an energy storage system and a backup power source. The system significantly decreases environmental impact compared to fossil fuel generators, saving standard coal and cutting carbon dioxide emissions. Additionally, an energy management system optimizes power distribution, supporting studies on climate change, glacial dynamics, and ecological shifts within a 300 to 500 km research radius.