1) China Southern Power Grid
南方电网
1.
Analysis of SSR Possibility of Series-capacitor Compensation in China Southern Power Grid Based on Frequency Scanning Method;
频率扫描法分析南方电网串补工程引起的次同步谐振可能性
2.
Study on Enhancing the West-to-East Capability in 2010 through AC Transmission Lines of China Southern Power Grid;
提高南方电网交流通道2010年西电东送能力研究
3.
RTDS Simulation Study on the Performance of Out-of-Step Splitting Systems in China Southern Power Grid;
南方电网失步解列系统特性RTDS仿真试验研究
2) south China power grid
南方电网
1.
The control mode and evaluation method for tie-line load frequency bias under NERC control performance standard(CPS) in South China Power Grid,are described.
阐述基于CPS标准的南方电网联络线功率与频率偏差的控制模式和考核办法,分析目前南方电网CPS考核情况和存在的问题,并从AGC的管理、控制策略、运用方法以及调度员调节等方面提出一系列有利于提高南方电网的CPS考核水平和频率质量的建议。
2.
There will he several DC lines parallel connected to the South China Power Grid in 2015.
南方电网2015年将形成多条直流输电线路并联交流电网的局面。
3) southern power grid
南方电网
1.
Application of compact transmission technique in southern power grid of China;
紧凑型输电技术在南方电网的应用
2.
Analysis and Discussion on Operating Characteristics of Reactive Power and Voltage in Southern Power Grid;
南方电网无功电压运行特性的分析与探讨
3.
Southern Power Grid is the first larger hybrid AC/DC operation power network in China, which is a power grid with complex structure, higher technology content and difficulty to operate and control.
南方电网是我国第一个交直流混合运行的大电网,直流落点集中,西电东送通道长期压极限运行,电网稳定问题较突出。
4) Digital China Southern Power Grid
数字南方电网
6) Hunan power grid
湖南电网
1.
Application of new-style regulative capacitor in series compensation AC de-icing equipment in Hunan power grid
可调电容串联补偿式交流融冰装置在湖南电网的应用
2.
In January 2008,major disaster caused by icing and snowing happened in some regions of Central China and South China,and in this severe icing and snowing disaster Hunan power grid is particularly suffered.
作为此次调研的总结,文章论述了湖南电网覆冰闪络、倒塔、断线、变电设备受灾等情况,并总结了冰灾中采取的措施。
3.
The situation of icing damage appeared in Hunan power grid around the Chinese Spring Festival in the year of 2005 and its on-site sampling data are presented.
介绍了2005年春节前后湖南电网的冰灾情况及现场取样数据,结合湖南的地形特点分析了湖南易形成雨雪冰冻天气的原因及其特点,对220kV、500kV线路发生倒塔断线的区段(点)进行了微地形特征统计分析和倒塔原因分析,根据“避、抗、融、改、防”五字综合技术措施提出了已建线路和新建线路防冰灾事故的应对措施,同时指出为及时掌握电线的结冰情况应积极开展红外仪观测系统和远程信息传输系统的研究。
补充资料：《国际大电网会议会刊》
《国际大电网会议会刊》
Electra
Guo]一DaD一anwong Hulyl Hu一kan《国际大电网会议会刊》(E之‘‘tra)创刊于1967年，双月刊，12开本。由国际大电网会议(International Conferenee on Lar罗High VoltageElectric Systems)CIGRE编辑出版。编辑部地址:CIGRE，21 rue d.Artois，75008 Paris，Franee;E一mail:eigre@world一net，sct，fr; 网址:http://www.worldnet.net/~eigre· 该刊是国际大电网会议会刊，选登国际大电网会议各专业组的有关论文，介绍各专业组的讨论摘要，报道会议活动简讯等。用英、法文对照出版。 该刊的读者对象是电力、能源部门的科技人员。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条