Brief: Follow the narrative to see how small design choices affect everyday performance. In this video, we demonstrate the Wawushan Pelton Hydro Turbine in action, showcasing its operation at a rated speed of 750rpm under high water heads from 100 to 800 meters. You'll learn how its single or multi-jet runner configuration and double-cup bucket design efficiently convert kinetic energy into mechanical power for hydroelectric applications.
Related Product Features:
Engineered for high water heads ranging from 100 meters to 800 meters.
Features a rated speed of 750 revolutions per minute for stable power output.
Constructed with a stainless steel nozzle ring for high strength and anti-corrosion.
Achieves high efficiency levels up to 90% or higher in energy conversion.
Offers flexible runner types including single or multi-jet configurations.
Utilizes a double cup or split bucket design for optimal energy capture.
Operates with low noise levels, suitable for sensitive environments.
Delivers power capacity from 1 MW to 200 MW for various project scales.
FAQs:
What water head range is the Pelton Hydro Turbine designed for?
The Pelton Hydro Turbine is specifically engineered for high-head water sources, operating effectively within a range of 100 meters to 800 meters, with an optimal design head of 200m to 600m.
How does the runner configuration affect the turbine's performance?
The turbine features a Pelton Water Wheel runner that can be configured as single-jet for lower flow rates or multi-jet for higher flows, providing flexibility to optimize energy capture and efficiency across varying conditions.
What are the key advantages of the Pelton Hydro Turbine's construction?
Key advantages include high strength and anti-corrosion properties, thanks to components like the stainless steel nozzle ring, ensuring durability and minimal maintenance in harsh environments.
Is the Pelton Hydro Turbine suitable for noise-sensitive areas?
Yes, the turbine is designed for low noise operation, making it an excellent choice for installations near residential areas or other sensitive environments without compromising power output.