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Power Offer - Brand New & Unused 2021 Siemens SST-300 - 22MW - Steam Turbine Generator - 11000 Volts - 50Hz

New Unused 2021 Siemens SST-300 Complete Steam Power Generator - Unpacked - Still Boxed and Crated - Complete Plant



Product Details:



Model: Siemens SST-300

Year of Manufacture: 2021

Condition: New - Unpacked - Still Boxed and Crated

Technical Specifications:



Rated/Max Output: 20.29 MW

Speed: 5,314 rpm

Voltage: 11,000 Volts

Frequency: 50Hz

Inlet Steam: 37 barg, 376°C, 72.5 t/h

Admission Steam: 18.9 barg, 348.8°C, 65.6 t/h

Steam Extraction: 3.5 barg, 155°C, 53.64 t/h

Exhaust Steam: 0.093 bara, 44°C

Skid Dimensions (Turbine & Gearbox): 7,610mm x 6,300mm

Skid Weight: 65,500 kg

Dimensions with Generator & Condenser: 23,350mm x 10,335mm

Pricing Information:



Origonal cosr Euro 20 Million ++

2025 Market Retail Price: € 28 million EUR

Our Negotiated Price: € 12.5 million EUR

Important Notes:



This turbine is a condensing steam turbine with a generator package.

Although this Siemens 22MW Steam Turbine Generator is still new and unpacked, the warranty is no longer valid and is sold as is. Hence the low price offered.

Siemens has been contacted and they are prepared to do a full pre-inspection and re-validate the warranty at the buyers cost.

Standard Information on Siemens SST-300 Industrial Steam Turbines:



Power Output: Up to 45,000 kW (61,182.95 hp)

Speed: 12,000 rpm

Inlet Pressure: Up to 140 bar (2,030 psi)

Inlet Temperature: Up to 540 °C (1,004 °F)

Exhaust Steam Parameters:

Back pressure: Up to 16 bar (232 psi)

Condensing: Up to 0.3 bar (4.4 psi)

District heating: Up to 3.0 bar (43 psi)

Controlled Extractions: Up to 2, with pressure up to 25 bar (362 psi) and temperature up to 400 °C (752 °F)

Uncontrolled Extractions: Up to 6, with pressure up to 60 bar (870 psi)

The SST-300 is known for its compact design and simple layout, which significantly reduce the cost and time associated with construction, inspection, and maintenance. It can be configured with either an upward, downward, or axial exhaust orientation depending on the layout of the plant.

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