Kaplan hidroelektrik santrali düşük başlı yüksek akış için

kaplan
February 21, 2025
Category Connection: Hidro Türbin Jeneratörü
Brief: Discover the High Quality Factory Price Kaplan Hydro Turbine Generator, perfect for low head power stations. This axial-flow propeller turbine, invented by Victor Kaplan, excels in low-head, high-flow conditions with adjustable blades and efficient design. Ideal for runoff and tidal power stations, it offers flexible adjustment, stable operation, and long lifespan.
Related Product Features:
  • Kaplan turbine designed for low-head and high-flow water energy conditions with adjustable blade angles.
  • Runner features 3-6 stainless steel or cavitation-resistant alloy blades linked by hydraulic or electric adjustment.
  • Guide vanes optimize water flow direction and efficiency, working seamlessly with runner blades.
  • Draft tube with diffusion design recovers kinetic energy, enhancing overall unit efficiency.
  • Suitable for head ranges of 5-80 meters and flow rates up to 500 m³/s, perfect for plain rivers and estuaries.
  • Dual adjustment mechanism (guide vanes + runner blades) ensures quick response to grid load changes.
  • Compact design with intelligent operation and maintenance system for real-time monitoring and reduced downtime.
  • Long lifespan of 50 years with 1-year warranty, offering reliable and cost-effective hydropower solutions.
Sorular:
  • What is the efficiency range of the Kaplan Hydro Turbine Generator?
    The Kaplan Hydro Turbine Generator boasts an impressive efficiency range of 88%-92%, making it highly effective for low head power stations.
  • What materials are used for the turbine blades?
    The turbine blades are made from high-quality stainless steel or cavitation-resistant alloy, ensuring durability and performance in various water conditions.
  • Can the Kaplan Turbine be customized for specific project needs?
    Yes, the Kaplan Turbine can be customized with modular runners, corrosion-resistant coatings, and IoT integration for remote operation and energy efficiency analysis.