Brief: Watch the demo to catch practical tips and quick performance insights. This video showcases the Double Cup or Split Bucket Water Jet Turbine in action, demonstrating its high strength and anti-corrosion features ideal for renewable energy systems. You'll see how this Pelton Hydro Turbine efficiently converts high-head water flow into mechanical energy, highlighting its robust construction and operational excellence in various hydroelectric applications.
Related Product Features:
Features a double cup or split bucket design for optimal water flow management and maximum hydraulic efficiency.
Constructed with a stainless steel 0Cr13Ni4Mo (CA6NM) nozzle ring for enhanced durability and corrosion resistance.
Operates as a water impulse turbine, utilizing high head water flow for efficient energy conversion.
Designed for a water head range of 100m to 800m, with an optimized design head between 200m and 600m.
Offers a power capacity ranging from 1 MW to 200 MW to suit various energy generation needs.
Runs at a rated speed of 750r/min to ensure optimal performance and synchronization with generators.
Achieves high efficiency of up to 90% or higher in converting kinetic energy to mechanical energy.
Can be configured with dual nozzles and flexible runner types to adapt to specific site conditions.
FAQs:
What is the operating principle of the Pelton Hydro Turbine?
The Pelton Hydro Turbine operates as an impulse turbine, where high-velocity water jets strike the specially designed buckets, converting the water's kinetic energy directly into mechanical energy without relying on pressure changes within the flow.
What water head range is this turbine designed for?
This turbine is engineered for high-head applications, operating effectively with a water head range from 100 meters to 800 meters, with its design head optimized between 200 meters and 600 meters for peak efficiency.
What power capacity can this turbine generate?
The Pelton Hydro Turbine offers a scalable power capacity from 1 MW to 200 MW, making it suitable for both small-scale community projects and large industrial hydroelectric plants.
What materials are used to ensure durability and anti-corrosion?
Key components like the nozzle ring are made from stainless steel 0Cr13Ni4Mo (CA6NM), providing enhanced strength and resistance to corrosion in demanding hydroelectric environments.