Brief: Need quick answers about practical use? This video highlights the essentials. Watch as we demonstrate the working principle of a Pelton hydro turbine runner, showing how high-pressure water flow drives the rotation and generates power. You'll see the internal components, including the forged CNC-machined stainless steel runner, and learn how it integrates with the generator for efficient energy production.
Related Product Features:
Designed for high-head hydropower applications with water heads ranging from 80 to 1000 meters.
Generates power from 0.5MW to 20MW, suitable for various project scales and energy demands.
Features a durable stainless steel runner manufactured using forging and precision CNC machining.
Available in horizontal configurations with one or two nozzles and vertical setups with four nozzles.
Operates with synchronous generators for stable and reliable electrical output.
Includes auxiliary equipment such as governors, inlet valves, and excitation systems for complete functionality.
Engineered for compact construction, stable operation, and straightforward maintenance.
Supports multiple output voltages including 0.4KV, 3.3KV, 6.3KV, or 10.5KV AC three-phase.
Faqs:
What is the typical water head range for this Pelton hydro turbine?
The Pelton hydro turbine is designed for high-head applications, effectively operating with water heads ranging from 80 meters up to 1000 meters.
What power output can I expect from this turbine?
This turbine can generate power from 0.5MW to 20MW, making it suitable for a wide range of hydropower projects, from small to medium and large installations.
How is the runner manufactured and what materials are used?
The runner is crafted from high-quality stainless steel (0Cr13Ni4Mo) and is produced using forging combined with precision CNC machining, ensuring durability and optimal performance.
What auxiliary equipment is included with the Pelton turbine?
The system includes essential auxiliary equipment such as a governor, inlet valve, unit side panel, and excitation system to ensure comprehensive and reliable operation.