SGT5-8000H heavy duty gas turbine for 50 Hz power generation

The SGT5-8000H fires up

Combined cycle power plants based on the Siemens Energy H-class turbine feature a fast-start capability. They can achieve combined cycle base load within 30 min for hot start (start-up gradient: 35 MW/min).
These plants can operate from part load simple cycle up to full-load combined cycle. With excellent peaking capability, and high part load efficiency complying with emission regulations down to lower part load, these plants are the profitable solution for competitive energy markets with fluctuating power demand. Air-cooled configurations are also available for low water consumption. All SGT5-8000H plant solutions strike an optimal balance between capital costs, performance, and operational considerations.

Comprehensive services to support you

Siemens Energy offer Long Term Programs (LTP), overhaul services, field services, spare parts, reconditioning of components and modernization upgrades. Scheduled servicing and short-term support are available on-site all over the world.
The SGT5-8000H generator package is optimized for short outages. On-site rotor maintenance, including rotor de-stacking and balancing, eliminates the need for a spare rotor and transport costs for workshop maintenance. All compressor blades can be replaced without de-stacking or lifting the rotor. 

Fuel flexibility matters

The SGT5-8000H gas turbines are capable of firing a wide range of fuel gas and fuel oil, as well as a wide range of non-standard fuels like LNG, syngas, low-calorific gases (low-BTU gases), naphta, condensate and others. The engines, equipped with DLE burners, can use up to 30 vol% of hydrogen (H₂).

Designed to meet stringent environmental requirements

The SGT5-8000H gas turbine uses the can annular combustion system to successfully run in base and part-load operation while still complying with NO_X and CO regulations.

NO_X emissions: ≤ 25 ppmvd on fuel gas (without water injection, at 15%O₂)
NO_X emissions: ≤ 42 ppmvd on fuel oil (with water injection, at 15%O₂)