Management of Electric Propulsion System Based on Ship Environmental Protection Goals
Xiangquan Meng, Zhimin Yu, Xiaoliang Yang
Abstract
Xiangquan Meng, Zhimin Yu, Xiaoliang Yang
Abstract
To achieve the goal of "dual carbon", shipbuilding enterprises improve and optimize power systems. We analyze the advantages of electric propulsion and introduce the characteristic innovation of propulsion in detail. After optimization and improvement, the propulsion efficiency is improved. The topology analysis of the electric propulsion control and the frequency converter of the key components of the electric propulsion reactor were studied, and the possible failures were analyzed. For preventing faults, the overhaul of the key mechanical and electrical parts of the electric propulsion was carried out. The research result provides a reference for electric propulsion management and improvement.
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To achieve the goal of "dual carbon", shipbuilding enterprises improve and optimize power systems. We analyze the advantages of electric propulsion and introduce the characteristic innovation of propulsion in detail. After optimization and improvement, the propulsion efficiency is improved. The topology analysis of the electric propulsion control and the frequency converter of the key components of the electric propulsion reactor were studied, and the possible failures were analyzed. For preventing faults, the overhaul of the key mechanical and electrical parts of the electric propulsion was carried out. The research result provides a reference for electric propulsion management and improvement.
Key concepts: Propulsion, Electrically powered spacecraft propulsion, Key (lock), Automotive engineering, Dual (grammatical number), Electric power, Engineering, Power (physics)