摘要
船舶电站作为整个船舶动力的主要能源提供设备,对整个船舶的航行安全有着非常关键的影响,而在船舶电站中,由于各种电子控制设备需要同时工作,不可避免的就会发生故障,尤其是在调频调载系统中,船舶电站的工作方式会变得更加复杂,文章通过嵌入式技术,实现了对船舶电站的高可靠性管理,然后结合调频调载系统的特点,设计了对应的控制算法,并嵌入到船舶电站的控制系统中,最后通过对控制节点的虚拟化仿真,获得了调频电压曲线,仿真结果符合预期要求。
The ship power station as the main energy supply equipment for the entire ship's power has a very critical influence on the navigation safety of the entire ship. In the ship power station, due to the need for simultaneous operation of various electronic control devices, failures will inevitably occur. Especially in the frequency modulation and loading system, the working mode of the ship power station will become more complicated. The article has realized the high reliability management of the ship power station through the embedded technology, and then combined the characteristics of the frequency modulation loading system and designed the corresponding The control algorithm is embedded in the control system of the ship power station. Finally, through the virtualized simulation of the control node, a frequency-modulated voltage curve is obtained. The simulation results meet the expected requirements.
出处
《舰船科学技术》
北大核心
2018年第7X期91-93,共3页
Ship Science and Technology
关键词
电站
调频调载
嵌入式
power station
frequency modulation load
embedded
