全电力海军舰艇的电力系统有一个综合网络，其中推进负荷、配电负荷、传感器和其他紧急负荷以及脉冲负荷（轨道炮、飞机发射器等）都是同一个电网的一部分。在这些负载中，脉冲负载对船舶配电系统电能质量的影响最大，因为脉冲负载在很短的时间内需要很高的功率。为了提高舰艇在战斗状态下的生存能力，可以采用DSTATCOM或分布式静态补偿器，以减小脉冲负载对母线电压的影响，从而使母线电压保持在期望的水平。
The power system of an all-electric navy ship has an integrated network, where the propulsion load, the distribution loads, sensor and other emergency loads and pulse loads (rail guns, aircraft launchers etc.) – all are part of the same electrical network. Among the loads, the effects of pulsed loads are most detrimental for the power quality of ship power distribution system as the pulsed loads require a very high amount of power for a very short period of time . In order to improve the survivability of a navy ship in battle condition, DSTATCOM or Distribution Static Compensator can be used, which reduces the impact of pulsed loads on the bus voltage and thus keeps the bus voltage at desired level.
资源文件列表
ANN based DSATCOM Control for an Electric Ship Power System/dstatAIS.mdl , 693958
ANN based DSATCOM Control for an Electric Ship Power System/dstatPSO.mdl , 297683
ANN based DSATCOM Control for an Electric Ship Power System/PSO.m , 3767
ANN based DSATCOM Control for an Electric Ship Power System/tracklsq.m , 615
ANN based DSATCOM Control for an Electric Ship Power System/withoutdstat.mdl , 219365