基于磁悬浮飞轮储能的脉冲功率电源系统设计

设计构建了一套基于磁悬浮飞轮储能的脉冲功率电源系统,该系统主要包括储能部分、充电部分、放电部分及监控系统。储能部分采用磁悬浮飞轮储能装置,充电部分采用充电电源和充电机,放电部分采用逆变器和变压器,监控系统实现对整个系统的数据采集、存储、监视和控制。系统的运行状态包括静止状态、启动状态、充电状态、放电状态、待机状态和停机状态。通过监控系统对整个系统的运行状态进行协同控制,保持系统正常运行。搭建模拟测试系统进行了实验测试,结果表明,测试系统能够在3 ms内快速响应,输出秒级的脉冲平顶波。该系统采用模块化设计,容量配置灵活,响应速度快,使用寿命长,建设周期短,运维简单,可满足多种应用场景下的脉冲功率电源需求。

Design of Pulsed Power Supply System Based on Magnetic Suspension Flywheel Energy Storage

A pulsed power supply system based on magnetic suspension flywheel energy storage is designed,which comprises the energy storage part, charging unit, discharging unit and monitoring system. Magnetic suspension flywheel energy storage devices are used for energy storage unit, the charging power supply and chargers are used for the charging unit, the inverters and transformers are used for discharging unit, and the monitoring system realizes data acquisition, storage, monitoring and control of the whole system. The operation states of the system includes static state, startup state, charging state, discharging state, standby state and shutdown state. The operation states of the whole system is controlled cooperatively by the monitoring system to maintain normal operation of the system. The simulation test system is built for experiment, and the results show that the test system can respond quickly within 3 ms and output second-level pulse flat top wave.The system adopts modular design, which is characterized by flexible capacity configuration, responsiveness,long service life, short construction period, simple operation and maintenance, and can be used as pulsed power supply in various application scenarios.