Generator provides reactive and voltage service in power systems.
发电机是无功及电压支持服务的重要设备。
On this basis, adopting parallel connection of generator sets a precise wind farm model is constructed and reactive power distribution scheme of this wind farm is given.
在此基础上，采用发电机并联的方式，构建了精确的风电场模型，并给出了风电场的无功功率分配方案。
Firstly, the problem of reactive power constrains of generator at slack bus is studied, and a load margin algorithm of continuation power flow of reactive power constrain at slack bus is proposed.
首先，针对传统连续潮流算法在计算负荷裕度时遇到的平衡节点发电机无功约束问题进行了研究，提出了平衡节点无功约束的连续潮流负荷裕度算法。
The analysis indicates that large turbine-generator leading phase operation can improve the reactive power load distribution and the quality of power supply effectively.
试验分析表明，大机组发电机进相运行可有效改善电网无功潮流分布，提高电网供电质量。
So, the problem of reactive power constrains of generator at slack bus should be considered when calculating the load margin and critical voltage by using the method of continuation power flow.
因此，在应用连续潮流法计算负荷裕度和临界电压时应考虑平衡节点发电机无功约束问题。
Static Var Generator (SVG) is an efficient way to deal with reactive power dynamic compensation and it has become one of the hot points in power electronics fields.
静止无功发生器(SVG)作为电力系统无功功率动态补偿的有效方法，逐步成为电力电子领域研究的热点。
The device makes the generator' s reactive power distribution and capacitors switching together, rationally adapts the reactive power involved in the system.
将发电机无功分配和电容器投切相结合，对系统中的无功进行合理调节。
The device makes the generator' s reactive power distribution and capacitors switching together, rationally adapts the reactive power involved in the system.
将发电机无功分配和电容器投切相结合，对系统中的无功进行合理调节。
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