摘要
基于计算机的实时仿真技术的发展,应用于全电力船(All Electric Ship)的综合电力系统(Integrated Power Sys-tem)的分析和优化。其目的是解决与全电力船有关的多学科问题,如最佳电源管理和动态系统重构。这里主要建立模块化的综合电力系统(IPS)模型,其中包括发电模块,可重构区域配电系统模块,船舶推进器模块和船舶动态模块的并行开发和集成。
The development of a PC-cluster based real-time simulator for All Electric Ship （AES） Integrated Power System （IPS） analysis and optimization is presented. It is aimed to address the muhi-disciplinary issues associated with the all-electric ship, such as optimal power management and dynamic system recon guration. Amodularized IPS model which includes the power generation module, the recon？gurable zonal electrical distribution system module, the ship propulsion module and the ship dynamic module is developed and integrated.
出处
《电子设计工程》
2011年第17期171-174,共4页
Electronic Design Engineering
关键词
全电力船
综合电力系统
区域配电系统
电源管理
All Electric Ship
Integrated Power System
zonal eleeetrical distribution system
power management
