"water turbine generator 50hz"

vertical 180kw mini Kaplan hydraulic turbine generator for power plant overview Advantage of products: It is fit for the power station with middle and low head and the output has the sweeping change, can run steadily and high-efficient under various kinds of operating modes. It is equipped with a vertical shaft, roll bearing seat or sliding bearing seat. There are four different types of this kind in which there is open channel intake type, open channel intake with pressure

Kaplan Turbine For HPP Kaplan Turbina For On Gird 50hz 60hz HPP Product Features 1. Suitable for the development of low water head larger flow of water resources; 2. Appliceable to large and small head change load changes of power plant; 3. For the low head,head and power changed greatly power station,can stably under various working conditions; 4. This machine is a vertical shaft device,has the advantages of simple structure,convenient repair,equipment,low price,easy to

Horizontal 550kw Hydroelectric Turbine Generator For Micro Hydro Power Plant Micro Mini Small Water Francis Pelton Turgo Kaplan Hydro Hydraelectric Turbine Permanent Magnet Generator Alternator EPC overview A Pelton turbine or Pelton wheel is a type of turbine used frequently in hydroelectric plants. These turbines are generally used for sites with heads greater than 1000 meters. When used for generating electricity, there is usually a water reservoir located at some height

Vertical 4000kw Water Kaplan Wheel Turbine Generator For Micro Power Plant overview A Kaplan turbine is basically a propeller with adjustable blades inside a tube. It is an axial-flow turbine, which means that the flow direction does not change as it crosses the rotor. 1. Scroll Casing It is a spiral type of casing that has decreasing cross section area. The water first enters into the scroll casing and then it moves through it to the guide vanes and finally to the runner

Vertical 4000kw Water Kaplan Wheel Turbine Generator For Micro Power Plant Micro Mini Small Water Francis Pelton Turgo Kaplan Hydro Hydroelectric Turbine Permanent Magnet Generator alter overview A Kaplan turbine is basically a propeller with adjustable blades inside a tube. It is an axial-flow turbine, which means that the flow direction does not change as it crosses the rotor. Kaplan Turbine works on the principle of axial flow reaction. In axial flow turbines, the water

Horizontal 1250kw Pelton Turbine For Micro Hydro Power Plant overview Pelton turbine have two mount type of vertical and horizontal which is suitable for high water head site. vertical shaft machines equipped with multi-jet collectors for an output up to ~20 MW and with runner diameters up to 4m. horizontal shaft single or double runner Pelton turbines with one or two jets. These turbines operate economically with the lowest discharges. Hongya runner design,with buckets

300kw Micro Kaplan Hydro Turbine Generator For Home overview Kaplan type turbine is widely used in electricity production which is suitable for micro hydro power plant work at low water head and big flow. Kaplan turbine generator has dual adjustment performance which means the guide blades and runner blades are both adjustable. therefore, Kaplan turbine generator is able to keep stable operation and high efficiency whil the heads and loads change greatly. advantage The Axial

Horizontal 1500kw Pelton Hydro Turbine For Hydro Power Plant overview Pelton turbine have two mount type of vertical and horizontal which is suitable for high water head site. vertical shaft machines equipped with multi-jet collectors for an output up to ~20 MW and with runner diameters up to 4m. horizontal shaft single or double runner Pelton turbines with one or two jets. These turbines operate economically with the lowest discharges. Hongya runner design,with buckets

1MW 3MW Hydro Power Generator Pelton Francis Turbine The Francis turbine was developed by James Bichens Francis around 1855. Its key characteristic is the fact that water changes direction as it passes through the turbine. The flow enters the turbine in a radial direction, flowing towards its axis, but after striking and interacting with the turbine blades it exits along the direction of that axis. It is for this reason that the Francis turbine is sometimes called a mixed