Dabonn High Efficiency Steam Turbines are one of the industry leaders, and now steam turbines are at the heart of the world's most efficient combined cycle power plants.
448-571 MW
simple-cycle output>64%
combined-cycle efficiency30 years
of H-class experience50%
hydrogen (H2) capable<30 min.
combined-cycle start-up timeWith proven and tested performance, and more than 55 million hours of uptime, we deliver cost-effective power you can rely on.
We have installed and exported to many countries and the world has come to trust its reliability.
Steam turbines can burn not only traditional fossil fuels (such as coal, natural gas, oil), but also biomass, waste-derived fuels (RDF), industrial waste, and many other alternative fuels. This diversity gives it the flexibility to adjust according to fuel availability and cost. Advanced combustion technology and control systems enable steam turbines to operate efficiently with different fuel types, ensuring maximum energy conversion efficiency while reducing pollutant emissions.
From contract signing to commercial operation, standardized architecture and pre-assembled packaging with accessories shorten the lead time.
Steam turbines are the core equipment of thermal power plants, nuclear power plants and renewable energy generation (such as biomass energy, geothermal energy), which can efficiently convert thermal energy into electricity to meet large-scale power needs. Steam turbines can be adapted to extreme environments, such as polar regions, deserts or offshore platforms, to provide a reliable power supply for remote areas or special facilities.
With proven and tested performance, and more than 55 million hours of uptime, we deliver cost-effective power you can rely on.
We have installed and exported to many countries and the world has come to trust its reliability.
Steam turbines can burn not only traditional fossil fuels (such as coal, natural gas, oil), but also biomass, waste-derived fuels (RDF), industrial waste, and many other alternative fuels. This diversity gives it the flexibility to adjust according to fuel availability and cost. Advanced combustion technology and control systems enable steam turbines to operate efficiently with different fuel types, ensuring maximum energy conversion efficiency while reducing pollutant emissions.
From contract signing to commercial operation, standardized architecture and pre-assembled packaging with accessories shorten the lead time.
Steam turbines are the core equipment of thermal power plants, nuclear power plants and renewable energy generation (such as biomass energy, geothermal energy), which can efficiently convert thermal energy into electricity to meet large-scale power needs. Steam turbines can be adapted to extreme environments, such as polar regions, deserts or offshore platforms, to provide a reliable power supply for remote areas or special facilities.
Want to know more about steam turbines? Take a look at the product manual.
Specifications shown are for 50 Hz and 60 Hz.
Steam turbines can be adapted to a variety of unconventional gas or liquid fuels, including blends with more than 90% hydrogen.
Note: All ratings are based on ISO conditions and fuels. Actual performance will vary depending on project conditions and fuel.
GE has solutions that help address the changing energy landscape. Upgrade to keep your fleet relevant today, and in the future.
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GE has solutions that help address the changing energy landscape. Upgrade to keep your fleet relevant today, and in the future.
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We provide medium and long-term solutions to the problems of biomass waste, transforming waste into energy at no environmental cost and making it economically viable and at the same time compatible with the international environmental regulations and standards
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