"high head francis and pelton turbine"

Product Description: The Francis Hydro Turbine features a unique design that allows it to operate over a wide range of discharge conditions. With a design discharge of 1.0m³/s to 2.2m³/s and a rated head of 50 M, this turbine is capable of generating power in a variety of different conditions. The spiral case of the Francis Hydro Turbine is made of high-quality carbon steel Q345, which provides exceptional durability and resistance to wear and tear. This ensures that 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

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

Product Description: Pelton Hydro Turbine The Pelton Hydro Turbine is a high-efficiency turbine designed for generating electricity from the energy of water. It is a type of hydro jet turbine that uses the force of water to rotate the turbine blades and generate power. The turbine is made of high-quality materials and can be operated automatically or manually depending on the user's preference. Product Attributes Operation: The Pelton Hydro Turbine can be operated in both

Product Description: Pelton Hydro Turbine - High-Efficiency Water Impulse Turbine for Sustainable Hydroelectric Power Generation The Pelton Hydro Turbine is a state-of-the-art water impulse turbine designed for efficient and reliable power generation. Made from high-quality Q345-B material, this turbine is built to withstand harsh environmental conditions and provide long-lasting performance. With a 1-year warranty, customers can trust in the durability and quality of this

Product Description: Pelton Hydro Turbine - Product Overview The Pelton Hydro Turbine is a high-quality and efficient hydroelectric turbine designed for use in hydroelectric power plants. It is a type of Reaction Hydro Turbine, also known as a Hydro Jet Turbine or Water Impulse Turbine, which uses the energy of a moving fluid to rotate its blades and generate electricity. Product Attributes: Rated Water Head: 134m Turbine Material: Q345-B Material: Q235B Operation: Automatic

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

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