"francis hydro turbine generator"

500kw Micro Hydro Power Generator For Micro Hydro Power Plant overview medium and large hydro generators are designed for run-of-river and high head hydropower plants. Our knowledge and experience in Hydropower allows our team to match customers with the best technology for their site. Low-speed machines ideal for run-of-river plants in connection Kaplan turbines; and High-speed machines used with Francis and Pelton turbines for high head hydro power Specification Name 500kw

1MW 2MW 5MW 10MW Hydro Francis Turbine Generator Micro Hydro Power Turbine Generator Item Parameter 1 Parameter 2 Capacity 139KW 71KW Rated Head 43m 43m Rated Flow 0.39 m3/s 0.2m/s Turbine Type Horizontal Francis Turbine Horizontal Francis Turbine Turbine Modle HL110-WJ-42 HLD54-WJ-40 Rotation Speed 1000r/min 1000r/min Runner Diameter 42cm 40cm Runner Material Stainless Steel (06Cr13Ni4Mo) Stainless Steel (06Cr13Ni4Mo Quick Details Place of Origin: Sichuan, China Model

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

500kw Mini Micro Small Hydro Generator Crossflow Pelton Kaplan Turgo Water Turbines Turgo Turbine The inclined-jet turbine is primarily designed for power stations with high head and low flow conditions. Water flows from the reservoir through the diversion pipe and exits the nozzle at high velocity onto the runner blades, causing rotation. After passing through the runner, water discharges into the tailwater tank and downstream channel. This turbine is suitable for small

700kw Water Powered Generator For Micro Hydro Power Plant overview We can supply hydraulic turbines system , hydro turbine system such as kaplan turbine, propeller turbine, francis turbine and pelton turbine, turgo turbine and so on, also with speed governor, generator, valves, excitation system and its other accessories. In order to guarantee the product quality,the company has advanced testing instruments and strictly defers to ISO9001 quality management system.It is

200kW Generator Turbine - Pelton, Crossflow, Propeller & Reaction Types for High Head Applications Turgo Turbine Overview The Turgo inclined-jet turbine is engineered for power stations operating with high head and low flow conditions. Water flows from the reservoir through diversion pipes and nozzles, striking runner blades at high velocity to generate rotational energy. After passing through the runner, water discharges into the tailwater tank and downstream channel.

600kw water turbine generator For Micro Hydro Power Plant overview Hydro-generating unit is the key power equipment in the hydropower plant. The hydro generator is a device that converts the rotating mechanical energy of a hydro-turbine into electrical energy through a main shaft connected to the hydro-turbine runner. two different mount for generator of vertical and horizontal which could be operated at brushless excitation and thyristor excitation. the hydro generator has

8 Mw Francis Turbina Generator 800kw Water Head 65m Francis Turbine, also called mixed flow turbine and variable pressure turbine, is widely used in hydropower plants with low, middle and high water head ranging from 25m onwards to 550m commonly 30 to 300m. It has advantages such as: working stable, structure compact. Most import of all, the Francis water turbine we made would work with high efficiency of about 92% to 94.5%. No. 1 Water head 65 m 2 Water flow 1.57m/s 3

Turgo Turbine - High Head Small Hydroelectric Generator The Turgo turbine is specifically engineered for power stations operating with high head and low flow conditions. Water flows from the reservoir or pressure pool through the diversion pipe, then exits the nozzle at high velocity to strike the runner blades, driving rotation. After passing through the runner, water discharges into the tailwater tank and downstream channel. This inclined-jet turbine is designed for small