Brief: See the journey from feature description to real application in this concise overview. This video provides a detailed walkthrough of the Turgo Turbine, a high-efficiency solution for small hydropower stations. You'll see how this inclined-jet turbine operates under high head and low flow conditions, witness its construction details including the welded volute and stainless steel runner, and learn about its adaptable installation options for various geographical settings.
Related Product Features:
Designed for high head (20-200m) and low flow conditions, efficiently converting hydraulic energy to electricity.
Features an inclined-jet design where high-velocity water strikes runner blades at an angle for optimal energy transfer.
Available in both vertical and horizontal shaft configurations with multiple bearing structure options.
Offers flexible speed regulation through automatic, manual, or electric control systems.
Constructed with a welded volute featuring 12 seat ring struts at 35° angle for structural integrity.
Includes 24 guide blades at 45° inclination with water-lubricated wooden bearings and rubber seals.
Houses ten 45° angled stainless steel runner blades with adjustment capability up to 30°.
Provides high efficiency conversion, low construction costs, and adaptability to diverse geographical conditions.
FAQs:
What are the typical operating conditions for the Turgo Turbine?
The Turgo Turbine is specifically designed for small hydropower stations operating with water heads between 20-200 meters under low flow conditions, making it ideal for high-head applications where water velocity can be maximized for energy conversion.
What configuration options are available for the Turgo Turbine?
This turbine is available in both vertical and horizontal shaft configurations with various bearing structures. It also offers multiple speed regulation options including automatic, manual, or electric control systems to suit different operational requirements.
What makes the Turgo Turbine design efficient and cost-effective?
The turbine's inclined-jet design creates an angled water flow path that improves efficiency while reducing the unit's footprint. Its simplified equipment design lowers construction, manufacturing, and maintenance expenses, delivering long-term economic returns through effective energy conversion.
What materials and construction features ensure durability and prevent leakage?
The turbine features a welded volute structure with stainless steel runner chamber and uses water-lubricated wooden bearings combined with rubber seals to prevent leakage. The guide mechanism includes 24 blades with 45° inclination for optimal performance and longevity.