Brief: Learn how this solution can streamline typical workflows and improve reliability. In this video, we demonstrate the Turgo Turbine, a high-head power generation system ideal for small hydropower stations. You'll see how water flows from the reservoir through the diversion pipe and exits the nozzle at high velocity onto the runner blades, causing rotation to drive hydrogenerators and produce electrical energy. We'll also explore its vertical and horizontal shaft configurations, automatic speed regulation, and key components like the stainless steel runner chamber and inclined guide water mechanism.
Related Product Features:
Designed for high head and low flow conditions, suitable for water heads of 20-200m.
Features an inclined runner blade axis with water flow at an angle to the unit axis.
Includes a welded volute connected to a cast-welded seat ring with 35° inclined struts.
Equipped with a 45° inclined guide water mechanism with 24 guide blades and transmission.
Utilizes double-supported guide vanes with symmetrical airfoil profiles for stability.
Incorporates wooden bearings with automatic water lubrication and rubber seals for leakage prevention.
Boasts a stainless steel runner chamber with precision-finished surface and 10 stainless steel blades cast at 45°.
Offers high efficiency in converting water kinetic energy to mechanical energy with excellent economic returns.
FAQs:
What are the typical applications for the Turgo Turbine?
The Turgo Turbine is primarily designed for small hydropower stations with high head and low flow conditions, typically with water heads ranging from 20 to 200 meters. It drives hydrogenerators to produce electrical energy and is suitable for various installation locations and power requirements.
What are the key advantages of using a Turgo Turbine?
The Turgo Turbine offers high efficiency in converting water kinetic energy to mechanical energy, leading to excellent economic returns. It also features a low cost due to simple equipment design that reduces manufacturing and maintenance expenses, along with high adaptability for flexible installation options.
What configurations and speed regulation options are available?
The turbine is available in both vertical and horizontal shaft configurations with bearing shell structures. It supports automatic, manual, and electric speed regulation, providing versatility for different operational needs and ensuring reliable performance in power generation.