本文介绍利用变间隙保护环电容器的损耗特性进行损耗因数的绝对测量(真值测量)和传递。
This article introduces the true value measurement of dissipation factor by making use of an air capacitor with gap-variable guard-ring.
计算结果提供优化前后的有功总损耗大小、电容器组状态和变压器分接头位置。
Computed results will provide the active power losses, shunt capacitor states and transformer tap values.
在交流电网中，常常采用移相电容器补偿无功功率损耗的方法来提高网络的功率因数。
In ac power network, the way of phase-shifting capacitors to compensate reactive power loss is always adopted to raise network power factor.
并指出：QS1西林电桥不适于测试膜纸复合绝缘电容器的介质损耗因数，推荐采用变频电桥；
It is also indicated that the QS1 Schering bridge is not applicable for the said test and the use of converter bridges suggested;
并指出：QS1西林电桥不适于测试膜纸复合绝缘电容器的介质损耗因数，推荐采用变频电桥；
It is also indicated that the QS1 Schering bridge is not applicable for the said test and the use of converter bridges suggested;
应用推荐