1.
Distributed Coordinated Transfer Capability Computation of Interconnected Electric Power Systems;
区域互联电力系统输电能力分布式协同计算
2.
Calculation of Power System Transmission Capability Considering Unit Commitment and Economic Dispatch;
考虑机组组合和经济调度的电力系统输电能力计算
3.
Study on UHV AC & DC Hybrid Power System Transmission Capability Computation and Case Simulation
特高压交直流联合系统输电能力计算及实例仿真研究
4.
Technical Analysis of Wireless Power Transmission in the Electric Power System
电力系统中无线电能传输的技术分析
5.
Total Transfer Capability Calculation of Power System Including Large-scale Wind Farms;
含大型风电场的电力系统最大输电能力计算
6.
EHV/UHV AC TRANSMISSION CAPABILITY ANALYSIS
超、特高压交流输电系统的输送能力分析
7.
Related Research on the Analysis of ATC in Power System;
电力系统可用输电能力分析的相关研究
8.
Study on the On-line Intelligent Fault Diagnosis of Power Transmission Network;
电力系统输电网络的在线智能故障诊断的研究
9.
Available Transfer Capability Study of Power System Based on Voltage Stability;
考虑电压稳定可行域的电力系统可用输电能力研究
10.
A Study on Total Transfer Capability of Electric Power System Based on Power Distribution Character
基于电网功率分布特性的电力系统最大输电能力研究
11.
Intelligent House System Based on Electric Power Line Transfering and Internet Entrance;
基于电力线传输和Internet接入的住宅小区智能系统
12.
Grid The utility-owned power distribution system.
电网电网是指电厂的电力输送系统。
13.
Study on Calculation of Available Transfer Capability Based on Power Distribution Method in Electric Power System;
基于功率分布方法的电力系统可用输电能力研究
14.
The utilization of Flexible AC Transimssion System( FACTS) technology has significant impact on power system reliability performance.
灵活交流输电(FACTS)技术的利用能够对电力系统可靠性产生重要影响.
15.
Transfer Capability and Optimal Operation Based on Areas Power Transaction;
区域间互供电交易下的输电能力及系统的优化运行
16.
AVAILABLE TRANSFER CAPABILITY EVALUATION OF INTER-CONNECTED POWER SYSTEM WITH THE INCORPORATION OF DYNAMIC VOLTAGE STABILITY CONSTRAINTS;
考虑动态电压稳定约束的互联系统间有效输电能力计算
17.
Electro-dynamic of HVDC Valve Mathematical Analysis
直流输电换流阀系统电动力计算分析
18.
By the GSE, the united global power system state including transmission and distribution network can be estimated.
它以全局电力系统为研究对象，能估计出一体化的发输配全局电力系统状态。