1.
Hydraulic Turbine Model Acceptance Test of No.2 Unit of Xinanjiang Hydropower Station
新安江水电厂2#机增容改造水轮机模型验收试验
2.
The Development of Hydroelectric Emulation System;
新安江电厂水电仿真培训系统的开发
3.
Research and Application of Stator Bar with Elongation of 360°Transposition in Xinanjiang Hydropower station Hydrogenerators
新安江水力发电厂发电机定子线棒延长360°换位方式的研制和应用
4.
Technical renewing of hydroturbines of Danjiangkou Hydropower Plant owing to raising of dam
丹江口电厂水头大幅度提高后水轮机的更新
5.
Research on 220 kV Buses Association Plan for Erdaojing Power Plant on Old and Increased Equipments
二道江发电厂新、老厂220kV母线环并方案研究
6.
Electric braking in application to generating sets of Qingjiang Shuibuya Hydropower Plant
电气制动在清江水布垭电厂发电机组的应用
7.
A large deviationoccurred when measuring water level on the left and right sides of Unit 3 boiler drum inZhujiang Power Plant, which seriously impacted the safety of heating equipment.
珠江电厂3号机锅炉汽包左右侧水位测量偏差大，严重影响了热力设备的安全运行。
8.
Sustaining perfect managemenu of water source dispatching in Mudanjiang hydro general plant;
牡丹江水力发电总厂水库调度持续完善管理
9.
Electric Generator Protection Set-up of You River Hydro Power Station and its Supervision Applications
右江水电厂发电机保护配置及其监控应用
10.
A Modeling Groundwater Plant Design of New Rural Construction in Qianjiang
潜江市新农村建设地下水示范给水厂设计
11.
Danjiang 110 kV Power System of Security and Stability Measures Assignment Research
丹江电厂110kV系统安全稳定措施配置研究
12.
Alteration of Station-Service Power and Control System of Xinfengjiang Hydropower Plant
新丰江电站厂用电及自投控制系统技术改造
13.
Originally it was the safety valve for a hydraulic plant.
它最早是一家水电厂的安全闸阀。
14.
Application of Xinanjiang Model in Dongjiang Reservoir Flood Forecast;
新安江模型在东江水库洪水预报中的应用
15.
Hanjiang Light Pearl to re-create glorious time--A review of 40 years operation of Danjiangkou Hydropower Plant;
汉江明珠再铸辉煌——丹江口水力发电厂发电40年回顾
16.
Study on Optimization for Reinforcement Method of Road Base in Hongjiang Power Station Upstream Reservoir Area;
洪江电厂上游水库公路路基加固方法优化研究
17.
Underground Powerhouse Design and Wall Rock Stability Analysis of Jiangkou Power Station;
江口水电站地下厂房设计及围岩稳定分析研究
18.
Video Conference Project Based on Optical Fiber Transmission in Mudanjiang Hydroelectric Station;
牡丹江水电厂基于光纤传输的视频会议工程