"vertical kaplan turbine generator"

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

400kw francis hydro turbine efficiency 95% 50HZ Francis turbine of Hongya Hydro Generator the water head range is 15m to 300m, capacity from 100kw to 6000kw for each single unit. No. 1 Water head 55m 2 Water flow 0.93m/s 3 Capapcity 400kw 4 Efficiency 89%-95% 5 Frequency 50Hz 6 Power factor 0.8 7 Rated efficiency 94% 8 Excitation mode Brushless 9 Color Customized 1. Spiral Casing Spiral casing is the inlet medium of water to the turbine. The water flowing from the reservoir

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

50kW Turgo Turbine Generator - High Head Small Mini Crossflow Propeller Reaction Turgo Turbine Overview The Turgo inclined-jet turbine is specifically designed for power stations with high head and low flow conditions. Water flows from the reservoir or pressure pool through the diversion pipe, then through a nozzle at high speed onto the runner blades, driving the runner to rotate. After passing through the runner, water falls into the tailwater tank and drains into the

Kaplan Hydro Turbine - 400V Vertical Water Inlet The Kaplan Hydro Turbine is a highly efficient hydraulic turbine generator engineered for renewable energy projects. Designed to operate within a head range of 2 to 70 meters, this water power turbine delivers exceptional performance for small to medium-scale hydroelectric power generation. Its robust construction ensures long-term reliability with minimal maintenance requirements. Premium Construction & Materials Built with

Water Turbine Kaplan Type Turbine For Hydropower Plant 6MW Kaplan water turbine is axial overpressure water turbine, which has a radial inflow, outflow, however axial. It is used for high flow rates and low lows. For a wide range of flow rate is achieved a very good yields, even more than 92%. More than 20 years of experience means the accumulation of experience and knowledge that guarantee internationally competitive solutions. Runner blades and wicket gate are designed

Hydro Power Plant Kaplan 500kw 50hz On Gird They are used at Middle and Small Hydropower Plant or Hydropower Spot. The rated output from 50KW to 20MW is our advantage. Water Head 25m-300m Runner Diameters 0.45m-5m Power Range 100KW to 20MW Frequency 50HZ/60HZ Generator Voltage 400V, 800V, 6300V, 10500V Layout pattern Horizontal or Vertical Material(blades) Stainless Steel ZG0Cr13Ni4Mo Excitation Brushless or Static excitation system Generator Insulation F/F Lifespan 30~50

Hydro Pelton Turbine Head 100m Above 50HZ on gird Srilanka 1. Nozzle and Flow Regulating Arrangement (Spear) Nozzle is used to increase the kinetic energy of the water that is going to strike the buckets or vanes attached to the runner. The quantity of water that strikes the buckets is controlled by spear. The spear is installed inside the nozzle and regulates the flow of water that is going to strike on the vanes of the runner. A nozzle containing spear is shown in the

750RPM Micro Pelton Hydro Generator 600kw 100m Water Head 94% Efficiency Pelton Hydro Generator Overview The Pelton turbine is an impact hydraulic turbine designed for high-head, small-flow hydropower applications. Its working jet center line is tangent to the runner pitch circle, with runner blades composed of double bowl-shaped buckets. Available in horizontal and vertical shaft configurations, the runner always operates in atmospheric conditions. Runner and Buckets Design