舰船电力系统,shipboard power system
1)shipboard power system舰船电力系统
work reconfiguration ofshipboard power system based on objective function of minimum switch times开关动作次数最少目标函数的舰船电力系统重构
2.Shipboard power system fault restoration tests show that better service restoration can be provided by this method.针对舰船电力系统的网络重构,建立了故障恢复的离散模型。
3.To deal with problems ofshipboard power system service restoration,the paper presents a new chaos genetic algorithmaccording to the service restoration’s request of speediness.为了解决舰船电力系统故障恢复的问题,根据故障恢复快速性的要求提出了一种新的混沌遗传算法,尝试改进遗传算法,采用遗传算法代替混沌优化算法中的"细搜索";同时用混沌优化算法中的"粗搜索"来初始化遗传算法的种群,以保证初始种群含有较丰富的模式,从而增加搜索快速收敛于全局最优解的可能。
英文短句/例句
1.The Application Study on Superconducting Magnetic Energy Storage System(SMES) in the Electric Power System of Ship;超导磁储能系统在舰船电力系统中的应用研究
2.Topology Analysis of Network for Adaptive Protection of Current for Shipboard Power Systems舰船电力系统自适应电流保护网络拓扑分析
3.The Simulation of Saturated Current Limiter Applied in Warship Power System饱和式限流器应用于舰船电力系统的仿真研究
4.Simulation of intermediate impedance type differential bus-bar protection for marine power system舰船电力系统中阻抗母线差动保护仿真研究
5.Shipboard Power System Service Restoration Based on Clonal Algorithm基于克隆算法的舰船电力系统故障恢复
6.Power System-dynamic Voltage Restorer for Power Quality Control of Marine一种用于舰船电力系统电能质量控制的动态电压恢复器
7.Naval vessel electric power system is small but complicated.舰船电力系统是一个规模较小,但又十分复杂的系统。
8.The application of Bayesian network based by damnification simulation in evaluation of the electric power system基于战损仿真的贝叶斯网络在舰船电力系统评估中的应用
work reconfiguration of shipboard power system based on objective function of minimum switch times开关动作次数最少目标函数的舰船电力系统重构
10.Design Model of Integrated Power System for a Ship舰船综合电力系统设计开发模式研究
11.Application of Ethernet Technology in Marine Power Monitoring and Control System以太网技术在舰船电力监控系统中的应用
12.Transient Stability Analysis and Simulation of Marine Integrated Full Electric System;舰船综合全电力系统暂态稳定性分析及其仿真
13.Control Technology for High-voltage Rectifier for Ship Electric Propulsion System;舰船电力推进系统高压整流控制技术研究
14.Research on Fast Fault Location of Complicated Structure Shipboard Power System舰船复杂结构电力系统故障区域快速定位研究
15.Research on Standards of Marine Integrated Full Electrical Propulsion System舰船综合全电力推进系统相关标准的研究
16.Digital Design of Marine Electric Propulsion System舰船电力推进系统数字化开发环境浅析
17.The Theoretical Research and Research on EMC for AC Power Propulsion System of Warship;舰船交流电力推进系统理论研究及其电磁兼容性研究
18.Analysis on Intelligentized Protection Method of DC-ZEDS-based Shipboard Integrated Power System基于直流区域配电的舰船综合电力系统智能保护方式研究
相关短句/例句
ship power system舰船电力系统
1.Mathematical modeling ofship power system based on nodal equations;基于节点方程的舰船电力系统数学建模
2.Reliability and safety ofship power system are vitally important, which can largely the affect the survivability of ships.舰船电力系统关系着舰船的生命力,而随着舰船电力系统容量的增加和可靠性要求的提高,使用限流保护技术已成为舰船电力系统保护的必然趋势。
3.Taking the generator subsystem as an example of the generalship power systems,comprehensive fuzzy analysis and fuzzy evaluation for its operational state are carried on.为评价舰船电力系统发电机组运行状态,对舰船电力系统发电机组进行多层目标模糊分解;利用突变理论描述发电机组的运行状态,从而对其运行状态进行模糊综合分析和评价。
3)warship power system舰船电力系统
1.Numerical analysis of chaos movement ofwarship power system;舰船电力系统混沌运动的数值分析
2.Based on robust H_∞control theory, the calculation model ofwarship power system in three-generator case has been proposed and built.基于鲁棒H∞控制的方法,提出并建立了3台发电机并联运行工况下舰船电力系统的数学模型。
4)warship electric power system舰船电力系统
1.The brittle analysis of thewarship electric power system based on the FAHP;基于FAHP的舰船电力系统脆性分析
2.In order to analyze brittleness and improve reliability of complicatedwarship electric power system,the brittleness entropies,including self-changing entropy,brittleness relative entropy and negative entropy,are defined based on entropy theory.为了分析复杂舰船电力系统的脆性,提高系统的可靠性,以及评价系统的脆性程度,基于熵理论,给出了包括系统自身熵变、脆性联系熵、负熵的舰船电力系统脆性熵的定义,以及舰船电力系统的脆性概率熵、脆性综合概率熵、脆性风险熵和脆性综合风险熵的定义。
5)electric power system in ships舰船电力系统
1.The author analyses the potential application in power system in ships based on the development of superconducting magnetic energy storage (SMES) as a new storage device and points out the key topics for application of SMES toelectric power system in ships in the future.现代舰船电力系统容量急剧增大 ,全电力舰船的实现、敏感负荷和新概念武器的引入使舰船电力系统面临着一系列挑战。
6)ship power system model舰船电力系统模型
延伸阅读
电力系统电力平衡电力系统电力平衡power balance of electric power systemd一onll xjtongd一onJ一Pingher飞g电力系统电力平衡(power ba一anee of eleetriepower system)电力系统中电源与负荷的平衡。根据预测的电力系统负荷来确定电力系统的发电容量。它是电源发展规划的组成部分。电力平衡的内容是:①工作容量计算;②备用容量计算;③水电平衡;④火电平衡。计算结果可用电力平衡表或电力平衡图表示。在编制电力平衡表的过程中,常常要做多个方案,反复平衡,才能得到预期的结果。工作容t计算水电厂、火电厂工作容量分别计算。根据规划期内预测投产的水电厂的保证出力、强迫出力、预想出力及电力系统负荷曲线计算水电工作容量。系统负荷减去水电工作容量即为火电(包括核电)工作容量。(见电力系统工作容童)备用容t计算用系数法或电力不足概率(LO-LP)计算出备用容量并在水、火电厂之间合理分配.求出水电备用容量及火电备用容量。(见电力系统备用容黄)备用容量与工作容量之和是保证系统安全可靠和不间断供电所必需的容量,称之为必需容量。水电平衡水电装机容量与必需容量之平衡。由于水电厂在某些情况下运行水头低于设计水头或其他原因,水电厂的最大出力(亦称预想出力)有时低于装机容量,装机容量与预想出力之差称为受阻容量。在进行水电平衡时,预想出力必须大于水电必需容量,两者之差称为空闲容量。在平衡时可能遇到如下两种情况:①空闲容量过大,此时需研究提高水电必需容量的可能性,如扩大联网或复核水电装机容量.研究减少水电装机容量的合理性;②空闲容量为负值.即必需容量大于预想出力,则应研究降低水电工作容量及备用容量的合理性,或研究扩大水电装机容量问题。火电平衡火电装机容量与必需容量的平衡。在平衡时,火电受阻容量及退役容量应予以扣除。通过平衡,可以确定火电新增装机容量投产的进度。平衡结果应使火电保持盈余。但由于投资或其他原因的限制,无法增加足够的容量使火电保持平衡时,系统将发生缺电现象。