Ship DC Networking and Power Quality Analysis
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With the development of the ship industry, the power quality of the ship power system is getting worse and worse. More scholars turn to the detection and improvement of the power system. However, most of the current research focuses on the study of the whole power system, few people pay attention to the source of the power quality problem. The nonlinear load is one of the most important factors to affect the quality of the ship's power. This paper does some study on the power quality of the frequency conversion system introduces the harm caused by the electric power quality of the frequency co...
With the development of the ship industry, the power quality of the ship power system is getting worse and worse. More scholars turn to the detection and improvement of the power system. However, most of the current research focuses on the study of the whole power system, few people pay attention to the source of the power quality problem. The nonlinear load is one of the most important factors to affect the quality of the ship's power. This paper does some study on the power quality of the frequency conversion system introduces the harm caused by the electric power quality of the frequency conversion system of the ship, and analyzes the importance of the power quality detection.in order to improve the speed stability of the generator, the sliding mode control method is studied, and the convergence law used in the sliding mode controller is improved to address the problem of high convergence speed and low system jitter in the traditional sliding mode control. The convergence law used in the sliding mode controller is improved. Based on the above study, a rectifier vector control strategy for permanent magnet synchronous generator based on the sliding mode control is proposed.
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