Brief: We tested it—see the highlights and what to expect in real operation. This video provides a detailed walkthrough of the Turgo Turbine, a high-head, low-flow hydro generator. You'll see its inclined-jet design in action, learn how water flows from the reservoir to power the runner blades, and discover its installation flexibility for converting hydraulic energy into electricity efficiently.
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 water exits the nozzle at high velocity onto the runner blades.
Available in both vertical and horizontal shaft configurations with various bearing structures.
Offers multiple speed regulation options including automatic, manual, or electric control.
Utilizes a welded volute structure with 12 seat ring struts and 24 guide blades for optimized flow.
Equipped with a stainless steel runner chamber housing ten 45° angled blades for improved efficiency.
Incorporates water-lubricated wooden bearings and rubber seals to prevent leakage and ensure durability.
Provides high efficiency, low cost, and adaptability to diverse geographical conditions and power needs.
FAQs:
What are the typical head and flow conditions suitable for the Turgo Turbine?
The Turgo Turbine is designed for small hydropower stations with water heads between 20-200 meters and is optimized for low flow conditions, making it ideal for high-head applications.
What configuration options are available for the Turgo Turbine?
This turbine is available in both vertical and horizontal shaft configurations, with various bearing structures and speed regulation options, including automatic, manual, or electric control, to suit different installation needs.
How does the inclined-jet design improve the turbine's performance?
The inclined-jet design features an angled water flow path and a runner with blades set at a 45° angle, which enhances efficiency by optimizing water impact on the blades and reduces the overall unit footprint.
What materials and features ensure the durability and efficiency of the Turgo Turbine?
Key features include a stainless steel runner chamber, water-lubricated wooden bearings, and rubber seals to prevent leakage, all contributing to long-term reliability, high efficiency, and reduced maintenance costs.