The invention belongs to the technical field of high-altitude airship design, and particularly relates to a high-altitude airship adopting hybrid propulsion and a control method thereof.The high-altitude airship adopting hybrid propulsion comprises a large-aperture radar arranged at the abdomen of the high-altitude airship in a fused mode; the ducted fan is arranged at the tail part of the high-altitude airship; the regenerative fuel cell is connected to a power supply of the large-aperture radar and the ducted fan, and a solar cell array of the regenerative fuel cell is connected to the top of the high-altitude airship; and the hydrogen fuel turbine engine is arranged at the rear end of the high-altitude airship, is provided with a hydrogen fuel storage tank and is connected with the hydrogen fuel storage tank of the regenerative fuel cell, an output shaft of the hydrogen fuel turbine engine is connected with a generator, and the generator is connected to a power supply of the large-aperture radar and the ducted fan.
本申请属于高高空飞艇设计技术领域,具体涉及一种采用混合推进的高高空飞艇及其操控方法,其中,采用混合推进的高高空飞艇,包括:大孔径雷达,融合设置在高高空飞艇腹部;涵道风扇,设置在高高空飞艇尾部;再生型燃料电池,接入大孔径雷达、涵道风扇的电源,其太阳能电池阵列连接在高高空飞艇顶部;氢燃料涡轮发动机,设置在高高空飞艇后端,配置有自身氢燃料储罐,以及与再生型燃料电池的氢燃料储罐连接,且其输出轴上连接有发电机,该发电机接入大孔径雷达、涵道风扇的电源。
High-altitude airship adopting hybrid propulsion and control method thereof
一种采用混合推进的高高空飞艇及其操控方法
2023-05-23
Patent
Electronic Resource
Chinese
IPC: | B64B LIGHTER-THAN-AIR AIRCRAFT , Luftfahrzeuge leichter als Luft |
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