近日，中国在高空风电技术领域取得重大突破。科研团队成功研发并测试了新型高空风能发电系统，该系统利用系留式飞行器（如风筝或无人机）在500米以上的高空捕获稳定且强劲的风能资源，并通过缆绳将机械能转化为电能输送至地面。与传统地面风机相比，高空风电具有风速更高、湍流更少、占地面积小等优势，尤其适用于地形复杂或土地资源紧张的地区。此次试验中，系统在连续运行条件下实现了超过100千瓦的稳定发电功率，验证了其工程可行性和经济潜力。专家指出，高空风电有望成为未来可再生能源的重要补充，助力中国实现‘双碳’目标。目前，相关技术已进入小规模示范阶段，下一步将聚焦于提升系统可靠性、降低制造成本及探索商业化路径。
China has recently achieved a significant breakthrough in high-altitude wind power technology. A research team successfully developed and tested a novel airborne wind energy system that harnesses steady and powerful winds above 500 meters using tethered aerial devices—such as kites or drones—and converts mechanical energy into electricity transmitted to the ground via cables. Compared to conventional ground-based turbines, high-altitude wind power offers higher wind speeds, lower turbulence, and a smaller land footprint, making it especially suitable for regions with complex terrain or limited land availability. During recent trials, the system demonstrated stable power output exceeding 100 kilowatts under continuous operation, confirming its engineering feasibility and economic potential. Experts suggest this technology could become a valuable complement to renewable energy portfolios and support China’s ‘dual carbon’ goals (peaking carbon emissions by 2030 and achieving carbon neutrality by 2060). The technology is now in the small-scale demonstration phase, with future efforts focused on enhancing system reliability, reducing manufacturing costs, and exploring commercialization pathways.
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