500kw Kaplan Hydro Turbine Generators Water Head 8m 94% Efficiency

Kaplan Hydro Turbine Generator 500kw Water Head 8m 94% Efficiency​

Product Features

he Kaplan blade is generally operated by the oil pressure relay installed in the body of the runner, which can rotate according to the change of head and load, so as to maintain the optimal coordination between the Angle of the guide vane and the Angle of the blade, thus improving the average efficiency. Kaplan turbine The highest efficiency of this kind of turbine has exceeded 94%. However, this kind of kaplan turbine needs a mechanism to operate the rotation of the blade, so the structure is more complex and the cost is higher.

Product parameters

 

Established in 2003, Hongya power is an international company offering tailored solutions for “small”hydroelectric developments. Hongya power complete water to wire package includes design, manufacture,installation & commissioning.

Hongya power offers a range of hydroelectric turbines capable of generating up to 20MW from a single unit. The range consists of Pelton, Francis and Turgo turbines and includes compact solutions for the 50kW to 10000kW market.

Drawing on the vast experience gained from over 30 years of designing, manufacturing and commissioning hydro schemes, Hongya power excels when it comes to servicing and plant modernisation –from single part replacement to fully rehabilitating whole installations back to their optimum working

efficiencies.

Hongya power exports to over 30 countries from the original headquarters in Yuping town, Hongya county, China. With thousands of installations around the world, Hongya power continues to demonstrate the ability to be sensitive to regional differences and requirements, designing, manufacturing, and installing customized engineered solutions for their clients. This coupled with a corporate commitment to invest in research and development, software, hardware, and people, allows Hongya power to improve products to best serve their clients and the Hydropower market.