"casting steel turgo hydro generator"

450kW Turgo Micro Wheel Hydro Generator High-performance hydro generator equipped with Turgo impulse turbine, specifically designed for water heads between 30 and 300 meters. Features simple operation and robust construction for reliable hydroelectric power generation. Turgo Turbine Overview The Turgo turbine is an impulse turbine type optimized for water heads ranging from 30 to 300 meters. Engineered with a 22.5 angle between the jet flow center and runner gyration plane,

400kw Turgo Water Turbine Generator For Micro Hydro Generator overview Turgo impulse turbines are well suited to power generation in South East Asia. Their robust design features and simple construction provide good reliability and availability. Machine efficiencies are maintained over a wide flow range and progressive efficiency reductions due to erosion by silt present in the water are minimal. In common with other impulse turbines the Turgo has a flat efficiency profile

700kw Turgo Wheel Generator For Micro Hydro Generator overview Turgo impulse turbines are well suited to power generation in South East Asia. Their robust design features and simple construction provide good reliability and availability. Machine efficiencies are maintained over a wide flow range and progressive efficiency reductions due to erosion by silt present in the water are minimal. The simple and robust Turgo Impulse turbine provides reliable power generation even on

Product Description: One of the key features of the Turgo hydro impulse turbine is its runner, which is made from high-quality stainless steel. This material is highly durable and resistant to corrosion, making it ideal for use in harsh environments. The runner is designed to efficiently convert the kinetic energy of the water into mechanical energy, which is then converted into electrical energy by a generator. The Turgo hydro impulse turbine is designed to operate with

600kw Turgo Water Turbine Generator For Hydro Power Plant 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. Specification Name 600kw Turgo Micro Wheel Hydro Generator Water Head 108.0m Runner Diameters 0

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

550kW Turgo Wheel Turbine for Micro Hydro Generator We supply complete hydraulic turbine systems including Kaplan, propeller, Francis, Pelton, and Turgo turbines, along with speed governors, generators, valves, excitation systems, and accessories. Our manufacturing process adheres to ISO9001 quality management standards with advanced testing equipment to ensure product excellence. Product Features Deflector speed control for fast response to load/frequency changes Modular

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

1200kw Hydro Pelton Turbine for water head 120m 50HZ on gird 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