摘要
综合电力系统是舰船的关键组成部分,为舰载用电设备提供高质量、稳定、安全的电源。随着舰船自动化水平的提高,舰载用电设备的装机量越来越大,导致舰船综合电力系统的网络拓扑结构日益复杂,系统的故障检测和维护变得困难。配电网络主要起到电力系统电源分配、调度和管理的重要作用,为了提高大型舰船电力系统的工作性能,国内外研究人员对电力系统配电网络的设计投入了大量的精力。本文在传统电力系统配电网络的基础上,结合分布式总线技术和潮流计算,研究了舰船电力系统网络重构和优化等问题,显著改善了舰船电力系统的故障检测和抗干扰能力,具有重要的实际应用价值。
The integrated power system is the key component of the ship, providing high quality, stable and safe power supply for shipboard power equipment. With the improvement of ship automation level, the installed capacity of shipboard power equipment is becoming larger and larger, which leads to the increasingly complex network topology of the shipboard integrated power system, and the system fault detection and maintenance become difficult. The main distribution network plays an important role in the power system of power distribution, scheduling and management, in order to improve the working performance of warship power system, domestic and foreign researchers to design the distribution network of power system put a lot of effort. Based on the traditional distribution network of power system, combined with the distributed bus technology and flow calculation of network reconfiguration of shipboard power system and optimization, significantly improve the fault detection of warship power system and anti-jamming ability, which has important practical application value.
出处
《舰船科学技术》
北大核心
2017年第24期55-57,共3页
Ship Science and Technology
关键词
电力系统
潮流计算
分布式总线
网络重构
power system
power flow calculation
distributed bus
network reconfiguration
