摘要
高技术船舶对船舶电站提出更高的要求。针对如何突破控制、监视和电源管理系统碍于硬件和软件自身的限制,提出基于PLC自动化系统,通过改进硬件设计、系统软件设计、软件程序设计和通信设计等方式,有效地对船舶的电站进行可靠性方面的管理以及控制,进而提高船舶电站供电的自动化水平和可靠性。
High-tech ships raise some higher requirements for ship power stations. How to effectively manage and control the reliability of the ship’s power station based on PLC automation system is put forward, through improving hardware design, system software design, software program design, communication design, etc., by focusing on how to break through the limitations of hardware and software on the control, monitoring and power management system, thereby improving the automation level and reliability of ship power supply.
作者
周长江
孙裕林
赵福财
ZHOU Changjiang;SUN Yulin;ZHAO Fucai(Shanghai Maritimeway Technology Co.,Ltd.,Shanghai 200444,China;Shanghai Jia Hao Sea Ship Engineering Research Design Co.,Ltd.,Shanghai 201612,China;Anhui Changfeng Shipping Engineering Co.,Ltd.,Hefei 230601,China)
出处
《机电设备》
2022年第6期113-116,共4页
Mechanical and Electrical Equipment
关键词
船舶电站
PLC
系统软件
通信设计
电站监控
ship power station
PLC
system software
communication design
power station monitoring