Shenyang Getai Hydropower Equipment Co., Ltd products

Pelton turbine is suitable for medium and high water head power plants. The key components are: Pelton runner, main shaft and Nozzle assembly. Advanced CFD, FEA technic is utilized in the designing process to ensure better technical solution. CFD analysis for Pelton turbine is performed in order to predict the turbine performance. The head loss in the collecting pipe and injector assembly is calculated based on CFD analysis results. The relation of needle stroke and flow also can be calculated. CFD analysis can improve injector and nozzle design to reduce head los. The flow curve relative to needle stroke can be drawn based on analytical data.

Pelton turbine is suitable for medium and high water head power plants. The key components are: Pelton runner, main shaft and Nozzle assembly. Advanced CFD, FEA technic is utilized in the designing process to ensure better technical solution. CFD analysis for Pelton turbine is performed in order to predict the turbine performance. The head loss in the collecting pipe and injector assembly is calculated based on CFD analysis results. The relation of needle stroke and flow also can be calculated. CFD analysis can improve injector and nozzle design to reduce head los. The flow curve relative to needle stroke can be drawn based on analytical data.

Impulse turbine shall be considered in priority for the hydropower resource with high head ranged from 100m to 1700m . It works by transfering the kinetic energy of jet flow to the rotation of runner with the outstanding characteristics in the ways of compact structure, satisfied performance and relaxable output.

Impulse turbine shall be considered in priority for the hydropower resource with high head ranged from 100m to 1700m . It works by transfering the kinetic energy of jet flow to the rotation of runner with the outstanding characteristics in the ways of compact structure, satisfied performance and relaxable output.

Impulse turbine shall be considered in priority for the hydropower resource with high head ranged from 100m to 1700m . It works by transfering the kinetic energy of jet flow to the rotation of runner with the outstanding characteristics in the ways of compact structure, satisfied performance and relaxable output.

Forging could considerably improve metal’s organizational structure and mechanical property. Forging offers uniformity of composition and structure. Forging results in metallurgical recrystalisation and grain refinement as a result of the thermal cycle and deformation process. This strengthens the resulting steel product particularly in terms of impact and shear strength. Forged steel is generally stronger and more reliable than castings of same material due to the fact that the grain flows of the steel are altered, conforming to the shape of the part.

Francis turbines are built in a compact structure, with high efficiency, and can be applied to a wide range of water heads. This feature makes the Francis turbine type a widely used one around the world. The key Francis turbine components includes Runner, Distributor, Main shaft, Main shaft seal, Turbine guide bearing, Governor, among other.

Francis turbines are built in a compact structure, with high efficiency, and can be applied to a wide range of water heads. This feature makes the Francis turbine type a widely used one around the world. The key Francis turbine components includes Runner, Distributor, Main shaft, Main shaft seal, Turbine guide bearing, Governor, among other.

The key Double Francis turbine components includes Runner, Distributor, Main shaft, Main shaft seal, Turbine guide bearing, Governor, among other.

Francis turbine could be designed for the hydropower resource with various heads ranged from 10m to 500m . The water pass the runner vanes gathered in radiation and flow out in axial finally. It is recommended for the plant with flexible heads and outputs.