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We are meeting the growing demand for efficient and sustainable power generation. Our Combined Cycle Power Plants (CCPP) integrate advanced gas and steam turbines to achieve efficiencies in excess of 64%, significantly lower emissions and the flexibility to match output to demand. With innovative single and multi-shaft configurations, we provide reliable and environmentally friendly power generation for both 50 Hz and 60 Hz markets.

But how does it work? By using both a gas turbine and a steam turbine, these plants can generate more electricity from the same amount of fuel compared to a simple cycle gas plant, because it combines two thermodynamic cycles: the Brayton cycle (gas turbine) and the Rankine cycle (steam turbine).Ìý

The diagram shows a typical combined cycle plant layout and process.

At µÂÖÝÆË¿ËÔÚÏß, we are pioneering sustainable power generation with our advanced gas and steam turbines. Our combined cycle power plants, ranging from about 40MW up to 1,800MW, provide unmatched reliability and efficiency for both 50 and 60Hz markets, tailoring single-shaft and multi-shaft configurations to your specific needs. Choose µÂÖÝÆË¿ËÔÚÏß for fast, precise power plant development.

Our combined cycle power plants (CCPP) are engineered for high efficiency and cost-effective electricity generation, catering to both 50Hz and 60Hz markets with options for single- and multishaft designs.Ìý

A single-shaft configuration entails a gas turbine that is directly coupled to a steam turbine, with both sharing a single common generator. Conversely, in a multishaft configuration, each turbine - gas and steam - operates with its own dedicated generator.

µÂÖÝÆË¿ËÔÚÏß has decades of experience in the design and commissioning of combined cycle power plants, with more than 2000 units in operation worldwide.

Would you like to learn more about our solutions for combined-cycle power plants, please send us an email!