Brief: See how this offering can bring practical value to common tasks and projects. In this video, we showcase the Francis Hydro Turbine operating at 750rpm, demonstrating its automatic control system and adjustable wicket gates for precise flow regulation. You'll learn how this renewable energy equipment integrates into hydroelectric power plants, from small-scale installations to large facilities, and discover its operational benefits for sustainable power generation.
Related Product Features:
Features adjustable wicket gates for precise water flow regulation and optimized performance.
Operates with a rated speed of 750r/min within a versatile range of 375 to 1000 rpm.
Supports automatic, unattended operation for reduced supervision and operational costs.
Delivers power output ranging from a few kilowatts to several hundred megawatts.
Utilizes a brushless generator type for enhanced reliability and reduced maintenance.
Designed with a vertical layout pattern and vertical/horizontal shaft options.
Engineered for low emissions as a renewable energy source with minimal environmental impact.
Built with robust construction to withstand high-pressure hydroelectric environments.
FAQs:
What is the power output range of the Francis Hydro Turbine?
The Francis Hydro Turbine has a power design capacity spanning from 50 kW to 20 MW, capable of generating from a few kilowatts to several hundred megawatts.
How does the turbine regulate water flow for optimal performance?
It uses adjustable wicket gates that allow operators to finely tune the water flow entering the turbine, optimizing efficiency under varying conditions and minimizing wear.
Can the Francis Hydro Turbine operate automatically without constant supervision?
Yes, it features an advanced control system that supports automatic, unattended operation by adjusting parameters in response to water flow and load demand fluctuations.
What speed range does this turbine operate within?
The turbine operates within a speed range of 375 rpm to 1000 rpm, with a rated speed of 750 r/min, allowing seamless integration into various power generation systems.