transformer capacity

Using Capacitors to Compensate Reactive Capacity on Two Sides of Intermediate Transformer in Temperature Rise Test

变压器温升试验时中间变压器两侧采用电容器补偿无功容量的方法

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Introduction was made to using pithy formula experience coefficient to estimate transformer rated capacity and current.

介绍了用经验系数来估算变压器额定容量和电流的口诀.

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With the increasing of system voltage level and the augment of transformer capacity, the dependent upon the transformer relaying protection become up and up.

随着电压等级的提高、变压器容量的增大，电力系统对变压器保护的性能提出了更高的要求。

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With the increase of the electrical network capacity, short-circuit capacity increases gradually. Electromagnetic force, which is generated by impulse current caused by outlet short-circuit of transformers, poses a threat to mechanical strength and dynamic stability of transformer windings.

随着我国电网容量的日益增大，短路容量亦随之不断增大，变压器出口短路形成的冲击电流产生的巨大电磁作用力对变压器绕组的机械强度和动稳定性构成了严重的威胁。

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Then the influence of rated capacity and nonlinear magnetizing of transformer on overvoltage was analyzed.

此外分析了变压器容量、励磁特性等对过电压的影响.

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Many industry users illegally hide the capacity of transformer after implementation of two-part electricity price in order to pay less capacity tariff.

两部制电价实施后，某些大工业用户采取非法手段隐瞒变压器的容量，以达到少交容量电费的目的。

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In modern thermo-electric plant of large capacity, the backwater heating system and the generator-transformer unit both are the most important parts.

在组成现代大容量热电厂的各主要系统中，回水加热系统和单元机组是热电厂两大重要组成部分。

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Var optimization was realized by modulating var compensation capacity, location and the tap joint of transformer.

以调节无功补偿容量、补偿点分布、变压器分接头位置为手段，实现无功优化目的。

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Now the capacity-voltage transformer ( CVT) is normally operating in a system earthed with large current, under a specific operation, however, it may run in a system without earthing.

电容式电压互感器（CVT）目前正常运行在大电流接地系统中，但在特定的操作下，可能运行于不接地系统。

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By analyzing the difficulties on the course of transforming urban and rural electric network, puts forward loss-reduction and capacity-increase transformation for 66 kV high loss non-excitation regulating transformer is the only way to accomplish successfully the transformation of electric network.

通过分析在城乡电网改造中所遇到的困难，指出对66kV电压级高损耗无励磁调压变压器进行降损增容改造，是顺利完成电网改造任务的必由之路。

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Along with the increasing of electrical load, the capacity of the transformer is increasing, the heat problem caused by their losses is becoming more and more serious.

随着用电负荷的增加，变压器的容量越来越大，变压器因损耗产生热量的问题也就越发突出。

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