1) hydroturbine-generator aggregate
水轮发电机组设备
2) water turbine-generator generator
水轮发电机机组
3) hydrogenerator unit
水轮发电机组
1.
Several technical problems of hydrogenerator unit of the Three Gorges Project;
三峡工程水轮发电机组若干技术问题
2.
The reason analysis of hydrogenerator unit self-rotation after stopping air brake quitting;
水轮发电机组停机制动风闸撤下后发生自转的原因分析
3.
This paper is directed against the reality problem that it is very difficult to measure the critical speed of the shaft system in a large scale hydrogenerator unit in operating.
针对大型水轮发电机组轴系临界转速难以实际测定的现实问题，从理论分析的角度出发，抓住水力机组轴系结构的基本特点，提出采用较为简单的模拟结构，试验研究水力机组轴系固有频率及其振型特征。
4) hydroelectric generating unit
水轮发电机组
1.
Research on vibration fault diagnosis of hydroelectric generating unit based on PNN;
基于PNN的水轮发电机组振动故障诊断
2.
Study on optimum start-up rule for hydroelectric generating units;
水轮发电机组最佳开机规律研究与实践
3.
In this paper,a novel simple controller design method for hydroelectric generating unit is described and applied in a high-order and non-minimumphase hydroelectric generating unit.
提出了一种简单新颖的水轮发电机组鲁棒控制器设计方法,并将其应用到一个高阶、非最小相位的水轮发电机组中。
5) hydroelectric generating set
水轮发电机组
1.
Extracting partial discharge signals of hydroelectric generating set based on empirical mode decomposition;
基于经验模态分解的水轮发电机组局部放电信号提取
2.
This paper probes into the causes and frequency of the vibration of hydroelectric generating set of Lijiaxia Hydropower Station form three aspects of the mechanics, electromagnetism and hydraulics, and advances some suggestions on carrying out the prototype test.
从机械、电磁和水力等3个方面对李家峡水电站水轮发电机组的振动原因及其频率进行了初步探讨,并提出了进行原型试验的建议。
3.
For simulating dynamic hydroelectric generating set easily and quickly,a new modeling method using Flowmaster2 soft is proposed.
按Flow-master2软件要求推导出了建立水电仿真系统过程中最关键部件水轮发电机组的数学模型,详细介绍建立其仿真模型的步骤和编程方法。
6) turbine generator unit
水轮发电机组
1.
Guide bearing erection and adjustment for suspended-type turbine generator unit;
悬吊型水轮发电机组导轴承的安装与调整
2.
An analysis was made on the operation experience,achievements and existing problem of low-head bulb turbine generator units in the Baishiyao Hydropower Plant.
分析了白石窑水电厂低水头灯泡贯流式水轮发电机组多年运行的经验、成绩以及存在的问题,通过与高水头水电厂(一般采用立式混流水轮发电机组)在经济、技术上进行对比,论述了低水头灯泡贯流式水轮发电机组的优点和缺点,认为在25 m水头以下灯泡贯流式机组有较好的技术、经济效益。
3.
With fault diagnosis of turbine generator unit vibration as the research object,the expert system based on neural network and in combination with the real machine test on Yanguoxia hydropower plant is presented in this paper.
本文介绍了以水轮发电机组振动故障诊断为研究对象,基于神经网络的专家系统的研究与实现。
补充资料：水轮发电机组调相
水轮发电机组调相
compensating operation of water turbine generator set
shu!Iunfodronj一zut一oox旧ng水轮发电机组调相(eompensating operationof water turbine generator set)水轮发电机组只发无功功率，并消耗电力系统有功功率的一种运行方式。水轮发电机组的转轮在空气中或在水中都可作调相运行，根据中国官厅及密云两个水电站机组实测资料，在空气中运行一般吸取电力系统有功功率为水轮发电机额定功率的3写;在水中运行，吸取电力系统有功功率为空气中运行的10倍左右，所以，多采取水轮发电机组的转轮在空气中作调相运行。 水轮发电机组作同步调相机运行时，先以水轮发电机运行方式投人电力系统，然后关闭水轮机导叶，并把压缩空气通人水轮机室将水压下，使水轮机转轮在空气中运行，再凭借励磁调节作用(见水轮发电机励滋)，向电力系统输出无功功率，起到调整电力系统电压的作用。在停止调相运行时，只要放出水轮机室压缩空气.水轮发电机组与系统解列，以水轮发电机组正常方式进行停机。 水轮发电机组进行调相运行的特点是起动快，消耗电力系统功率小，转换方式灵活。如果把水轮发电机组安装在负荷中心附近，作调相运行时效果则更好。 水轮发电机作调相机运行时，水轮发电机定子电流应降至相当于额定转子电流时的对应数值，此时额定功率因数为。.8的水轮发电机组，其定子电流大约降低20%。因此，机组调相容量的确定与额定功率因数有关，约为其额定容量的“%~80%。
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