Design Of Linear Generator Based On Ship Rolling

Ling Li, Qiang Fu, Haoran Han, Yi Zhang
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Abstract

Ships tend to roll at sea under the influence of wind and waves, and there is a lot of recoverable mechanical energy in rolling motion. To collect the energy generated by waves, design an energy recovery device based on the roll characteristics of ship which installed on the ship deck. Therefore, the energy recovery unit fixed on the ship's deck can indirectly convert wave energy into electricity to power some medium and large merchant ships. So introduces a linear generator based on rolling generation. The simulation is built in Ansys, and the reciprocating motion of the sliding block is realized when the ship rolls continuously. Then, relevant parameters under different combinations of slider speed and coil turns were calculated, and the relationship between relevant parameters and generator output power was analyzed.
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基于船舶滚动的直线发电机设计
船舶在海上受风浪的影响会发生翻滚,在翻滚运动中存在大量可回收的机械能。为了收集波浪产生的能量,根据船舶的横摇特性设计了一种安装在船舶甲板上的能量回收装置。因此,固定在船舶甲板上的能量回收装置可以间接地将波浪能转化为电能,为一些中大型商船提供动力。因此介绍了一种基于滚动发电的线性发电机。在Ansys中进行了仿真,实现了船舶连续滚动时滑块的往复运动。然后计算了滑块转速和线圈匝数不同组合下的相关参数,并分析了相关参数与发电机输出功率的关系。
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