"vertical 2000kw kaplan water turbine"

Kaplan Runner For Hydro Power Plant 1.2m 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. Our generator are high

Product Description: Hydro Electric Power System The Hydro Electric Power System is a highly efficient and reliable system for generating electricity from the energy of moving water. This system has a capacity of 1450 Kw, making it suitable for a wide range of applications, from small communities to large industrial facilities. The Hydro Electric Power System is designed to harness the power of water to generate electricity in an environmentally friendly and sustainable way.

Pelton Hydro Turbine - Renewable Energy Solution The Pelton Hydro Turbine harnesses water power to generate electricity efficiently and sustainably. With low noise operation and high efficiency, this water jet turbine provides a reliable renewable energy source suitable for various applications. Key Specifications Parameter Specification Power Capacity 1-200 MW Flow Rate 1-200 m/s Head Range 50-1000 meters Efficiency 90-95% Operating Speed 500-3000 RPM Runner Type Single or

Turbine Type Horizontal Francis Turbine for Hydroelectric Power Generation Product Overview The Francis Hydro Turbine is a highly efficient power generation solution with a rated flow range of 0.3-100 m/s and design discharge of 1.0-2.2 m/s. Engineered for diverse hydroelectric applications, it operates effectively across head ranges of 50-120 meters, making it suitable for both high and low head locations. Key Features & Benefits High efficiency conversion of kinetic water

Francis Hydro Turbine Generator The Francis Hydro Turbine is a highly efficient and versatile hydro power generator designed to harness the energy of flowing water to produce reliable and sustainable electricity. Renowned for its robust construction and superior performance, this turbine is an ideal solution for a wide range of hydroelectric power projects. Key Features Power Design Range: 50kW to 20MW Speed Range: 375rpm to 1000rpm Brushless Generator Type Power Factor: 0.80

hydro power plant generator 3550KW The motors of three-phase synchronous are used for driving large machinery demanding invariable speed.For example,industrial fan,reciprocating compressor,ball mill,water pump,rolling mill auxiliary drive etc. They are characterized by leading power factor that can ameliorate the factor of the net.reliable operation,high of bigger over load multiple than the same three-phase AC asynchronous motors.otherwise use the loading changes Place of

Hydro Turbine Generator - 3-Blade Pelton Type Our advanced Hydro Turbine Generators efficiently convert hydraulic energy into electrical energy, delivering reliable 1000 KW power output for modern hydropower installations. These robust generators are engineered for dams, river sites, and hydropower facilities, providing clean, renewable electricity through sophisticated energy conversion processes. Key Features 3-blade Pelton turbine design for optimal efficiency Water

Hydroelectric Turbine Generator Advanced engineering solution designed to efficiently convert kinetic energy from flowing water into reliable electrical power. These generators are essential components for sustainable hydroelectric power plants, delivering clean energy from renewable water resources. Key Performance Specifications Operates under pressures from 3.5 MPa to 22 MPa with a rated voltage of 400 V and capacity of 700 kW. Features water cooling system and synchronous

Vertical 100m Head Pelton Hydro Turbine 50HZ On Gird 5000RPM 1. Nozzle and flow adjustment device (spear) The nozzles are used to increase the kinetic energy of the water flow which will hit the vanes or blades attached to the runner. The amount of water hitting the bucket is controlled by the spear. A spear is mounted inside the nozzle to regulate the flow of water that will hit the runner blades. The nozzle containing the spear is pictured below. The spear is the conical