电力系统恢复过程是围绕着大型机组的恢复运行来进行的。
The restoration of power system is accompanied by that of the large-scale of generating units.
电力系统恢复；过电压预测；节点重要性；蚁群算法；网架重构；负荷恢复。
Power system restoration; Over-voltage prediction; Node importance; Ant Colony algorithm; Skeleton - network reconfiguration; Load recovery.
所以，研究大停电事故后如何进行快速有效的电力系统恢复具有非常重要的意义。
Therefore, research on how to restore the power system quickly and effectively after the outages is of major importance.
现代电力系统恢复控制中的机组优化启动问题是一个复杂的多阶段决策优化问题。
The optimal unit start-up strategy of modern power system restoration is a complex, multi-stage decision optimization problem.
随着研究的深入，对电力系统恢复的研究已经由原来的黑启动阶段扩展到网架恢复阶段。
With the deepening of research, the study on power system restoration has expanded from the black-start to skeleton restoration.
针对电力系统恢复过程中最大功率计算问题，提出了将潮流计算和灵敏度分析相结合的方法。
To solve the problem of calculate maximum power in power system restoration process, the paper proposes the method of combined of flow calculation and sensitivity.
本文提出了在电力系统的恢复状态，用计算机辅助设计恢复计划序列的方法。
This paper proposes the method of Computer-Aided Design for Planning Restoration Sequences in the restorative stage of electric power systems.
舰船电力系统(SPS)的网络重构是恢复系统故障、提高舰船生命力的重要途径之一。
The electrical network reconfiguration of shipboard power system (SPS) is one of the most important methods to restore power supply and improve survivability.
电力系统全停电后的黑启动恢复问题是电力系统安全防御的重要课题，合理的网络重构策略对于快速建立输电网架、全面恢复负荷具有重要意义。
Black start is important to power system safety. As an integrant part of black start, reasonable network reconfiguration is helpful to establish the main network and restore loads quickly.
高压输电线路发生故障时，及时准确地测量出故障位置有利于快速排除故障、恢复供电，对电力系统安全可靠运行有重要意义。
When faults occur in the transmission line, locating the fault accurately and timely is propitious to eliminate the fault and restore power supply.
电力系统全停后的恢复计划即黑启动，是保证现代电力系统安全运行的重要课题。
The power system restoration plan after all black-out, also called black-start , is an important problem which ensure the power system securely.
从而为震后快速的对电力系统进行负荷调整，使震区供电系统能较快的恢复电力供应，保证救援工作能快速开展，减少供电工程系统的损失提供理论分析依据。
The theory also can supply the basis in research of load adjustment of damaged electric system, power supply recovery in seismic area, safety assessment and damage mitigation of power system.
针对目前计算机网络中的不安全因素，研究在电力系统中利用灾难恢复技术，为保证OA系统数据安全可靠而采取的措施，提出OA系统的数据备份及灾难恢复方案。
In view of the present insecurity factors in computer network, this paper analyzes data disaster recovery technology, puts forward an effective data backup and disaster recovery solution of OA system.
黑启动是电力系统故障后迅速恢复的重要措施之一，可减少系统事故损失，满足系统紧急事故备用要求。
Black start - up is one of the important means for quick recovery of electric power system failure, and it can reduce the loss and meet the demand for emergency use.
黑启动是电力系统故障后迅速恢复的重要措施之一，可减少系统事故损失，满足系统紧急事故备用要求。
Black start - up is one of the important means for quick recovery of electric power system failure, and it can reduce the loss and meet the demand for emergency use.
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