The invention discloses an energy storage compressed gas driven underwater vehicle based on supercavitation drag reduction and a driving method thereof. The power system for doing work through expansion of compressed gas is used for providing power for the underwater vehicle, meanwhile, waste gas of the power system generates supercavitation to reduce resistance of the vehicle, a traditional lithium battery underwater vehicle power system is replaced, the system compactness is improved by adopting the method that the power system and a resistance reduction system are coupled, and the navigation resistance is reduced. The navigational speed, the endurance time and the high-speed maneuverability of the underwater vehicle are effectively improved, and better benefits are obtained.
本发明公开了一种基于超空泡减阻的储能压缩气体驱动水下航行器及其驱动方法。本发明利用压缩气体膨胀做功的动力系统为水下航行器提供动力,同时动力系统废气产生超空泡为航行器减阻,代替传统的锂电池水下航行器动力系统,采用动力系统与减阻系统耦合的方法增加了系统紧凑性,减小了航行阻力,有效提高了水下航行器的航速、续航时间和高速机动性,获得了较好的效益。
Energy storage compressed gas driven underwater vehicle based on supercavitation drag reduction and driving method thereof
基于超空泡减阻的储能压缩气体驱动水下航行器及其驱动方法
2024-04-16
Patent
Electronic Resource
Chinese
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