无人水下航行器海洋动能发电装置研究
Research of an Ocean Kinetic Energy Converter for Unmanned Underwater Vehicle
为了解决无人水下航行器对能源的需求,在对国内外现有的波浪能发电装置分析对比的基础上,提出了一种由两级转换系统构成的海洋动能发电装置方案,该装置可直接将海洋动能传递给发电机,去掉了中间的能量传递环节,可有效减小结构体积、提高系统转换效率,其主要功能是为航行器中的电路系统供电。对航行器进行了运动建模与分析,最后采用MATLAB对发电装置在不同海况进行了仿真,得到空载电压波形,根据波形理论分析了影响晃动发电机性能的因素。理论分析及仿真结果可以指导晃动发电机的理论研究,并为基于海洋动能的无人水下航行器发电装置的工程应用提供依据。
o deal with the energy limitation of UUV( unmanned underwater vehicle), on the basis of analysis and comparison of existing wave energy converters at home and aboard, the kinetic energy generate electricity scheme of the ocean energy is established, which only consists of two conversion systems. The scheme can pass directly the ocean energy to the generator, which removes the middle part of the energy transfer, so it can effectively reduce the structural volume and improve conversion efficiency of the system. Its dominant function is to provide power to the circuit system of UUV. The movement of UUV was modeled and analyzed. Finally, the performance of the generator was simulated under different sea conditions by MATLAB. And the waveforms of the no-load voltage were obtained. Then the factors affecting the performance of the rocking generator were analyzed theoretically according to the waveforms. The simulation results and the theoretical analyses could be used for the theoretical study of rocking generator and could provide the basis for the engineering application of the UUV's ocean kinetic energy generation device.
宋保维、丁文俊、毛昭勇
能源动力工业经济发电、发电厂水能、水力机械
海洋动能发电晃动发电机无人水下航行器
ocean kinetic energyelectricity powerrocking generatorUUV( unmanned underwater vehicle)
宋保维,丁文俊,毛昭勇.无人水下航行器海洋动能发电装置研究[EB/OL].(2014-11-26)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201411-515.点此复制
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