首页> 外国专利> AN AUTOMATIC ELETRIC SYSTEM DESIGN METHOD FOR THE HYBRID ELECTRIC SHIP FOR ZERO EMISSION ZONE AND THE SYSTEM DESIGN METHOD THEREOF

AN AUTOMATIC ELETRIC SYSTEM DESIGN METHOD FOR THE HYBRID ELECTRIC SHIP FOR ZERO EMISSION ZONE AND THE SYSTEM DESIGN METHOD THEREOF

机译:零排放区混合动力船的自动电气系统设计方法及其系统设计方法

摘要

The present invention relates to an automatic electric system for a hybrid electric ship for a zero emission zone, and a method to design the same, to improve a stability of the hybrid electric ship system and to increase efficiency, by estimating a battery size to be used in the zero emission zone and configuring an optimized switching control module. The method comprises: (a) determining a battery size depending on a condition of zero emission existing in a course of navigating the ship; (b) configuring a first switching circuit of a motor driving inverter, and a first driver circuit to output a control signal to the switching circuit, based on the battery size; (c) configuring a single substrate, by stacking the switching circuit and the driver circuit; (d) configuring a second switching circuit of DC/DC converter and a second driver circuit, which are identical to the first switching circuit and the first driver circuit; and (e) configuring a third switching circuit of AC/DC converter and a third driver circuit, which are identical to the first switching circuit and the first driver circuit.
机译:本发明涉及一种用于零排放区的混合动力船的自动电气系统及其设计方法,其通过估计电池容量来提高混合动力船系统的稳定性并提高效率。用于零排放区并配置优化的开关控制模块。该方法包括:(a)根据在航行过程中存在的零排放的条件确定电池尺寸; (b)配置电动机驱动逆变器的第一开关电路和第一驱动器电路,以基于电池尺寸将控制信号输出到开关电路; (c)通过堆叠开关电路和驱动器电路来配置单个基板; (d)配置与第一开关电路和第一驱动器电路相同的DC / DC转换器的第二开关电路和第二驱动器电路; (e)配置与第一开关电路和第一驱动器电路相同的AC / DC转换器的第三开关电路和第三驱动器电路。

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