Hydro Turbine From 3 kW up to 30 MW.

Micro Turbines


Micro Turbines are available with the output power range of 5 to 50 KW.

  • Pelton turbines, single and multi-jet
  • Francis spiral vertical turbines
  • Kaplan bulb turbines
  • Mobile and stationary design

Kaplan Turbines


The classic for the low head ranges and high flow rates. Available up to an output of 5 MW. Standardized design, highest efficiency and precision workmanship guarantee exceptional profitability and a long lifetime.

  • Open flume, pit, bulb and spiral turbines
  • Double or single regulated
  • Horizontal, inclined or vertical design
  • 3 to 8 blades

Francis Turbines


Francis turbines are available with output up to 10 MW. Available up to an output of 5 MW. Standardized design, highest efficiency and precision workmanship guarantee exceptional profitability and a long lifetime.

  • Open flume turbine for low-head power plants
  • Spiral turbine for medium-head ranges
  • Both vertical and horizontal design
Compact design due to direct mounting of runner onto the generator shaft.

Pelton Turbines


Pelton Turbines are used for higher heads and a smaller flows.

They are exposed to enormous forces due to the high pressure application. Highest quality, from the raw materials to the manufacture, is therefore of outmost importance.

  • Horizontal design: 1 to 3 nozzles power plants
  • Vertical design: 3 to 6 nozzles
  • Cast or welded runners

Control and Switchgear


The heart of every modern hydropower plant is a high-performance, automatic control system.

Process visualisation, monitoring and remote control systems offering the possibility for remote diagnostics and maintenance are gaining more and more in importance.

  • Digital governor and control
  • Governor andcontrol for micro turbines
  • Low and medium voltage switchgear
The control, monitoring and troubleshooting of the hydropower plants via a fixed or mobile telephone connection either from home or on the way can be implemented. Hence longer down-times and loss of production can be avoided effectively.

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