1) put into parallel operation with large power network
大电网并列运行
2) Multi-generator system
并列运行发电机
3) Generation parallel operation
发电机并列运行
4) parallel operation
并列运行
1.
Comparison and analysis of 110 kV bus segmentation and parallel operation in Kunming power grid;
昆明电网110kV母线分段运行与并列运行方式比较
2.
This paper makes an analysis and research on the combustion control system of parallel boilers,and puts forward a main steam header pressure control system for boilers in parallel operation.
针对母管制机组并列运行锅炉燃烧自动控制系统进行了分析和研究,提出一套并列运行锅炉主蒸汽母管压力控制系统,该方案可使并列运行的锅炉快速的响应主蒸汽母管中的压力变化。
3.
The causes are found out and analyzed why the current is abnormal when two 110 kV main transformers are in parallel operation,and theoretical calculations are carried out for the circulating current produced in different voltage ratio and the abnormal current.
查找、分析了两台110 kV主变压器并列运行时电流异常的原因,对电压比不同产生环流及电流异常情况作了理论计算。
5) parallel running
并列运行
1.
These can be used to improve the arrangement of transformers parallel running for the purpose of reducing the energy loss.
可用于指导变压器并列运行方式的调整 ,达到减少电能损耗的目的。
2.
The transformer parallel running must satisfy four conditions are:The connection group leaves must to be same;Fixed voltage ratio is equal,permits phase difference ±5%;The bucking voltage percentage is equal,permits phase difference ±10%;The capacity compares does not surpass 3∶1.
变压器并列运行必须满足的四个条件是:接线组别相同;电压比相等,允许误差±5%;阻抗电压百分数相等,允许误差±10%;容量比不超过3∶1。
6) on-line operation
并网运行
1.
The structure, technical parameters of high temperature superconductor (HTS) power cable system of Puji substation, that locates in Yunnan province, China and put into operation since April, 2004, as well as its on-line operation condition are presented and the technical indices of this project are compared with these of coordinative items in United States and Denmark.
介绍了普吉变电站的超导电缆系统的技术参数、结构和并网运行的基本情况,与美国、丹麦的同等项目做了技术指标的比较,并用Monoblock model、Bean model等方法对超导电缆的损耗进行了计算,电缆及系统各部分损耗的计算结果与实际运行数据相符,随着电缆长度的增加,超导电缆系统的节能效果将越来越明显,普吉超导电缆系统能够在自然条件及电网各种工况下完成电能的输送。
补充资料：电网
①用金属线架设的可以通电的障碍物，多用来防敌或防盗。②指由发电、输电系统形成的网络。
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