LOW-FREQUENCY PRESSURE PULSATIONS IN THE PENSTOCKS OF HYDROELECTRIC POWER PLANTS AND SWING OF THE GENERATOR ROTOR

V. V. Berlin; O. A. Muravev; A. V. Golubev; D. V. Rybin

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LOW-FREQUENCY PRESSURE PULSATIONS IN THE PENSTOCKS OF HYDROELECTRIC POWER PLANTS AND SWING OF THE GENERATOR ROTOR

机译：水力发电设备的压力频率的低频压力脉动和发电机转子的摆动

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摘要

Full-scale data on the pulsations of pressure and the oscillations of the real power in units of hydraulic power plants are analyzed. The relationships among the low-frequency pressure pulsations, oscillations in the turbine torque, and oscillations in the real power of the generator are established.

机译：分析了关于压力势势的全尺寸数据，并以液压发电设备为单位的实际功率振荡。建立了低频压力脉动，涡轮机扭矩振荡的关系，以及发电机的实际功率中的振动。

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来源
《Hydrotechnical Construction》 |2020年第4期|462-466|共5页
作者
V. V. Berlin; O. A. Muravev; A. V. Golubev; D. V. Rybin;
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作者单位

National Research Moscow State University of Civil Engineering Moscow Russia;

White Coal Ltd. Russia;

National Research Moscow State University of Civil Engineering Moscow Russia;

White Coal Ltd. Russia;

National Research Moscow State University of Civil Engineering Moscow Russia;

White Coal Ltd. Russia;

National Research Moscow State University of Civil Engineering Moscow Russia;

White Coal Ltd. Russia;

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原文格式 PDF
正文语种 eng
中图分类
关键词
pressure-frequency response; pressure pulsations; synchronous swing; generator rotor;

机译：压力频率响应;压力脉动;同步摆动;发电机转子;

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专利

1. Reducing the effect of penstock pressure pulsations on hydro electric plant power system stabilizer signals [J] . K.E. Bollinger, L.D. Nettleton, J.H. Gurney IEEE Transactions on Energy Conversion . 1998,第4期

机译：减少压力压力脉动对水力发电厂电力系统稳定器信号的影响
2. Reducing the effect of penstock pressure pulsations on hydro electric plant power system stabilizer signals [J] . Bollinger K.E., Nettleton L.D. IEEE Transactions on Energy Conversion . 1993,第4期

机译：减少压力压力脉动对水力发电厂电力系统稳定器信号的影响
3. Local penstock resonance amplified generator power swings [J] . P. Gautam, J.H. Gummer, J. Pott International Journal on Hydropower & Dams . 2014,第5期

机译：局部压力共振放大发电机功率摆幅
4. Compensation of Reactive Power of Squirrel-Cage Asynchronous Generators, Used in Wind Power Plants and Small Hydroelectric Power Stations [C] . L. Hasanova IFAC Conference on Technology, Culture and International Stability . 2018

机译：鼠笼式异步发电机的无功功率补偿，用于风力发电厂和小型水电站
5. Reliability Analysis of Low-Frequency AC Transmission System Topology of Offshore Wind Power Plants [D] . Biswas, Ashoke Kumar. 2021

机译：海上风电厂低频交流传输系统拓扑的可靠性分析
6. Integration of PV floating with hydroelectric power plants [O] . Raniero Cazzaniga, Marco Rosa-Clot, Paolo Rosa-Clot, 2019

机译：光伏漂浮与水力发电厂的整合
7. Metallographic Aspects Investigation of Penstock Materials in Hydroelectric Power Plants and Penstock Maintenance Methods [O] . Gökhan Kahraman, Yahya Taşgın 2019

机译：金相方面调查水力发电设备和乒乓球维修方法的调查
8. Report on Siphon Penstocks for Hydroelectric Projects: Small-Scale Hydroelectric Power. [R] . 1989

机译：关于水力发电项目虹吸管道的报告：小型水电。

LOW-FREQUENCY PRESSURE PULSATIONS IN THE PENSTOCKS OF HYDROELECTRIC POWER PLANTS AND SWING OF THE GENERATOR ROTOR

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