"high head francis and pelton turbine"

500kw micro hydro electric power generation for Hydro Power Plant Overview The Francis turbine fills a large gap between the Pelton and Kaplan and it is widely used. They operate in water head from 10 to 600 meters, and are primarily used for electric power generation. Their power output can be calculated from the water head and flow rate and typically range from 10 to more than 700 megawatts. One of the distinct advantages of the Francis turbine with respect to other water

100 Kw Small Mini Francis Turbina High Head Hydro Water Generator Turgo Turbine The inclined-jet turbine is designed for power stations with high head and low flow conditions. Water flows from the reservoir through diversion pipes and nozzles at high velocity onto the runner blades, creating rotation that drives the hydrogenerator to produce electrical energy. The turbine features an inclined axis design where water flows at an angle to the unit axis. Key components include:

900kw francis hydro turbine water turbine and 60Hz micro hydro generator for mini hpp Francis turbine also called mixed flow turbine and variable pressure turbine, is widely used in hydropower plants with low, middle and high water head ranging from 25m onwards to 550m commonly 15 to 300m. It has advantages such as: working stable, structure compact. Most import of all, the Francis water turbine we made would work with high efficiency of about 92% to 94.5%. Francis turbines

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

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,

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. 1. Spiral Casing Spiral casing is the inlet medium of water to the turbine. The water flowing from the reservoir or dam is made to pass through this pipe with high pressure. The blades of the turbines are circularly placed, which mean the water striking the turbines blades should flow in the circular

Water Cooling Hydro Turbine Generators Francis Type Engineered for Stable Hydropower Generation Our Hydro Turbine Generators represent engineering excellence in renewable energy, designed to efficiently harness flowing water for reliable electricity generation. These units feature robust forged steel shafts for exceptional durability and strength under demanding conditions, ensuring long service life with minimal maintenance requirements. Advanced Turbine Technology Available

Eco Hydroelectric Power Hydro Turbine Generators Advanced hydro turbine generators designed to efficiently convert the kinetic energy of flowing water into electrical power. These precision-engineered generators meet the diverse needs of hydropower plants, dams, and river sites, ensuring reliable and sustainable energy production. Key Features Eco-friendly hydroelectric power generation Brushless excitation system for low maintenance F/F insulation class for superior thermal

Water Cooling Hydro Turbine Generators Advanced hydro turbine generators featuring forged steel shafts and operating temperature range of -20C to 40C for efficient energy production. Product Overview These highly efficient hydro turbine generators are engineered to convert flowing water into electrical energy, with diameters ranging from 700mm to 4000mm to accommodate various hydroelectric projects from small-scale installations to demanding applications. Key Features High