*2024年*水轮机组 hydraulic turbine英语短句 例句大全

水轮机组,hydraulic turbine

1)hydraulic turbine水轮机组

英文短句/例句

1.The Research and Design of Hydraulic Generator Vibration Monitoring System;水轮机组振动监测系统的研究与设计

2.Stress of armor plate of the spiral case of large-scale turbine units大型水轮机组蜗壳钢板应力监测分析

3.generating set, hydraulic turbine, direct current水轮机直浪发电机组

4.generating set, hydraulic turbine, alternating current水轮机交流发电机组

5.Lubrication Performance Study on Guide Bearing for Hydropower Sets;水轮发电机组水导轴承润滑性能分析

6.Real-time Simulation for 360MW Power Plant Turbine Unit System;360MW火电机组汽轮机汽水系统实时仿真

7.The Analysis of Thermal Economic Performance for Steam-Turbine-Driven Feed-Water Pump in 600MW Unit;600MW机组给水泵汽轮机的热经济性分析

8.Control of Exceeded the Water Content of Small Turbine Oil in 600MW Unit600MW机组小汽轮机油中含水超标治理

9.Technological guide for erection and welding of split runner of Francis turbine混流式水轮机分瓣转轮组装焊接工艺导则

10.Study on Air Gap Monitoring and Runner Stress Measurement of Hydrogenerator Unit;水轮发电机组气隙监测与转轮应力测试研究

11.Specification for installation of hydraulic-turbine and generator unitsGB8564-1988水轮发电机组安装技术规范

12.Improvement of Actuator Piston Seal Assembly for Water Turbine Driven Generator水轮发电机组接力器活塞密封的改进

13.The Dynamics Characteristic Analysis for the Shafts of Large Hydraulic Generator Unit;大型水轮发电机组轴系动力特性分析

14.Study on Inventive Design of Hydraulic Turbo-Generator Set Based on TRIZ;基于TRIZ的水轮发电机组创新设计研究

15.Calculation of Unbalanced Electromagnetic Force for a Hydrogenerator Unit;某水轮发电机组不平衡电磁力的计算

16.Domestic Manufacture of Three Gorges Power Station 700 MW Hydro-generating Unit三峡电站700MW水轮发电机组国产化实践

17.Discussion on rotor yoke lamination factor of hydraulic generator试论水轮发电机组转子磁轭“叠压系数”

18.Erection Technique of King Sized Metal Spiral Case大型水轮发电机组金属蜗壳安装技术

相关短句/例句

pump turbine sets水泵-水轮机组

3)water turbine-generator generator水轮发电机机组

4)hydrogenerator unit水轮发电机组

1.Several technical problems ofhydrogenerator 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 ofhydrogenerator 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 scalehydrogenerator 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。

5)hydroelectric generating unit水轮发电机组

1.Research on vibration fault diagnosis ofhydroelectric 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 forhydroelectric 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 forhydroelectric generating unit is described and applied in a high-order and non-minimumphasehydroelectric 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。

6)hydroelectric generating set水轮发电机组

1.Extracting partial discharge signals ofhydroelectric 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 ofhydroelectric 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 dynamichydroelectric 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。

延伸阅读

水轮发电机组调峰水轮发电机组调峰peak load regulation of water turbine generator setshu一lunfadlonllzu tloofeng水轮发电机组调峰(peak load regufation ofwater turbine generator set)水轮发电机组对电力系统高峰负荷的增长量迅速做出响应的一种运行方式。由于昼夜用电负荷的不均衡性，电力系统负荷曲线形成高峰及低谷，在高峰时，要有机组解决高峰电力的裕要，保证电力系统的供电质量。电力系统调峰机组，可以用水轮发电机组、燃气轮机组或汽轮发电机组，但以水轮发电机组最为经济合适，这是因为水轮发电机组具有开机停机简单迅速，增减负荷速度快，以及水电成本低廉的缘故。20世纪60年代以来，抽水蓄能电站的建设发展很快，其发电电动机组既能调峰，又能城谷，对电力系统负荷高峰低谷的调节，又多了一种手段，对于火电比重占绝对优势、水电比重小且调节性能又差的电网，尤为重要。抽水蓄能电站吸取夜间电力系统负荷低落时的剩余电能进行抽水，使火电机组不必降低输出功率或部分停机，同时也改善了火电机组运行条件;在高峰时利用抽上去的水量来发电，以解决电力系统调峰的负荷增长量。所以，以火电机组为主的电力系统，要解决系统调峰问题，一个有效的途径是建设抽水蓄能电站。随着火电厂和核电站比重进一步增长，电力系统供电负荷率越来越低，电力系统在午夜以后，即使火电出力尽量压低，发电容量仍会超出电力负荷的需要，出现剩余电能.而高峰时又缺乏调峰电力，因此，更需要发展抽水蓄能电站与日益增长的火电厂和核电站配合运行。所以，在70年代后期至今，一些工业发达国家，如日本，随着高效率大容量火电机组的建设，以及核电站的发展，更加需要建设大型抽水蓄能电站进行调峰和填谷;根据日本研究，认为在以火电机组及核电机组为主的电力系统中，需要建设占电力系统容量的10%~20%抽水蓄能电站与之匹配，是比较经济合理的。