武汉船舶职业技术学院学报

在船舶综合电力系统运行中，针对大功率脉冲负载日趋增长的功率需求，提出了一种储能装置的应用。该储能装置采用模块化设计，集成充电管理、储能电容、功率开关、能量泄放、数据采集与状态检测等多个单元。并对储能装置所用储能电容在所需工况下的电压、电流等输出及输入参数进行了仿真验证，结果表明该储能装置具备对脉冲功率的有效缓冲与动态补偿能力，可显著提高船舶电力系统的供电质量。

In the operation of shipboard integrated power systems, to address the increasingly high power demand of high-power pulsed loads, an application of an energy storage device is proposed. This energy storage device adopts a modular design, integrating multiple units such as charging management, energy storage capacitors, power switches, energy discharge, data acquisition, and status monitoring. Simulation verification has been conducted on the output and input parameters, including voltage and current, of the energy storage capacitors under required operating conditions. The results demonstrate that the energy storage device possesses effective buffering and dynamic compensation capabilities for pulsed power,which can significantly improve the power supply quality of the shipboard electrical system.