"francis"

High-Performance Customizable Francis-Type Steel Construction Hydraulic Turbine Engineered specifically for hydropower plant applications, this Francis-type hydraulic turbine delivers exceptional performance and reliability. Built with robust steel construction and fully customizable to meet your specific operational requirements. Key Features Francis-type turbine design optimized for medium-head applications Heavy-duty steel construction for maximum durability and longevity

High-Performance Customizable Francis-Type (Mixed-Flow) Steel Construction Hydraulic Turbine This advanced Francis-type mixed-flow hydraulic turbine is engineered specifically for hydropower plant applications, featuring robust steel construction and full compliance with international ISO certification standards. Designed for optimal efficiency and reliability in various hydroelectric power generation scenarios. Key Features Francis-type mixed-flow design for superior

1450kw Francis Turbina Generator For Hydro Power Station Water Head 70m rief introduction of turbine structure and main component 1.Water inlet part Water inlet part consists of valve. The valve is used to close the unit in static water when need stop, it is also used to close the unit and cut the water flow in dynamic water when the unit is in emergency and turbine distributor break down. 2.Spiral case Spiral case is welding part, equipped with fixed guide vane in it. Spiral

Francis Turbine Hydro Turbine Generator Hydroelectric Power Station Our Main Products: Francis, Kaplan, Pelton, Turgo, Tubular Turbine Generator Unit Place of Origin: Sichuan, China Brand Name: Customized Warranty: 1 year Application: Hydropower Plant Certificate: ISO9001 Lifetime 35 years FAQ Q1: What kind of service could you offer? A: We can offer design, manufacture, EPC, hydropower station investment, repair and maintenance, rehabilitation and spare parts supply for

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

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.

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

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

High Head Mini Micro Pelton Axial Impulse Hydropower Water Turbine Generator 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 a diversion pipe and 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 ideal for small hydropower stations with