"50hz micro hydro power system"

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

Hydroelectric Plant Micro Hydro Power Generation 400kw Our main products included: 1, Axial flow type turbine generators series 2,Turgo turbine generators series, e.g. vertical type and horizontal type. 3,Tubular turbine generators series, e.g. Bulb type and shaft extension type 4,Francis turbine hydro generators series 5,Impulse turbine generators series and double turbine generators series and so on. Technical Specifications Power range 200KW-10MW Water head 12m - 290m

4000kw Hydroelectric Electricity For Micro Hydro Power Plant overview Hydro turbine generator is droved directly or indirectly by hydro turbine. The rotating speed is less than 1500r/min, with horizontal and vertical arrangement. Excitation mode with brushless and static silicon type. Components including stator, rotor,base frame, bearing, excitation motor or collecting ring. The outlet voltage from 400V to 13.8KV, and frequency could be 50Hz or 60Hz, output from 50Kw to 50Mw

800kw Turgo Micro Hydro Generator For Hydro Generator overview Turgo turbine is one of impulse turbine, applicable water head 30 to 300 meter. The center of jet flow with runner gyration plane angled 22.5. the water flow contracted by the spray nozzle , flows entering one side of runner and comes out from other side. The structure is simple and easily inspected and maintained. Advantages Covers the boundary between Francis and Pelton Limits Over-Pressure Effect over the

1Mw Francis Turbina Generator 1000kw Water Head 85m Mixed hydro turbine has radical inflow into runner, axle outflow from runner, which is referred to as Francis hydro turbine. The features of Francis turbine are simple structure and reliable operation; high efficiency, suitable for water head of 10 m-70 m, which is currently one of the mostly widely used. There are vertical shaft and horizontal shaft Francis turbine. Vertical Francis turbine unit, with vertical shaft, metal

100kW Horizontal Francis Hydro Turbine Professional-grade Francis hydro turbine generator designed for micro hydro power plants, delivering reliable 100kW power generation with exceptional efficiency and durability. Product Overview The Francis turbine represents an optimal solution bridging the gap between Pelton and Kaplan turbines, operating effectively across water heads from 10 to 600 meters. Engineered primarily for electric power generation, these turbines can produce

Pelton Hydro Turbine for Micro Hydroelectric Generation High-performance Pelton hydro turbine designed for micro, mini, and small-scale hydroelectric systems operating at 250-meter head with 50Hz grid compatibility. Product Overview This impact hydraulic turbine features a working jet center line tangent to the runner pitch circle, with runner blades composed of double bowl-shaped buckets. Available in horizontal and vertical shaft configurations, it's ideal for high-head,

750kw Hydroelectric Generator Micro Water Hydro Pelton Turbine water head 90m Introduction Hydraulic Pelton Turbine Impact hydraulic turbine is a kind of hydraulic prime mover whose working jet center line is tangent to runner pitch circle, and runner blades are composed of a series of double bowl-shaped buckets. According to the arrangement of the main shaft, it is divided into two kinds of horizontal shaft and vertical shaft, no matter which kind of runner is always located

Hydro Turbine Generators for Micro Hydro Power Systems Product Overview Our 1000kW hydroelectric systems are engineered for micro hydro power plants, utilizing proven technology for efficient energy conversion and long-term reliability. These systems transform the energy of flowing water into mechanical energy through hydraulic turbines, which is then converted into electricity by hydroelectric generators. The generator operation is based on Faraday's principles, where