低水头水电站

安装Kaplan水轮机的低水头水电站，轴向水推力是一个重要的设计和安全运行指标。

The axial thrust is an important indicator for design and safety consideration in hydroelectric power stations using Kaplan turbines .

低水头水电站技术供水系统的改造

Reform of the Low Waterhead Power Station Technology Supply Water System

低水头水电站截流断航中的通航问题浅析

Analysis of Navigation Problem during Closure of Low-head Hydropower Station

对于超低水头水电站应优先选用三叶片贯流式水轮机。

As to ultra-low head hydropower stations , it is preferable to select three-blade tubular turbines .

低水头水电站凸岸取水防沙工程措施研究

Structrual Measures on Water Intake and Sediment Control of Low Head Hydraulic Power Station with Convex Bank

理论与实践证明，贯流式水轮机组是开发低水头水电站最为适合的机组。

Theory and practice have proved that tubular turbine is the most suitable units for the development of low-head hydropower .

在红水河大流量、低水头水电站工程设计中，谱写了新的篇章。

A new page is added in the design of hydropower station project on Hongshui river with large discharge and low head .

低水头径流式水电站的优化运行

Optimal Operation of Low-head Runoff River Hydroelectric Plants

轴伸贯流式水轮机是开发低水头中小型水电站的常用机型，其S型尾水管内三维流场复杂，水流流态对水轮机的能量特性和稳定性影响较大。

Shaft-extension type tubular turbine is a major type for developing medium and small-sized low-head hydropower station . The three-dimensional flow field in draft tube is complex , which has large influence on energy characteristic and stabilization of water turbine .