Diesel generator set SGen-2000P series
three-phasestationary50 Hz

Diesel generator set - SGen-2000P series  - Siemens Energy - Power and heat generation - three-phase / stationary / 50 Hz
Diesel generator set - SGen-2000P series  - Siemens Energy - Power and heat generation - three-phase / stationary / 50 Hz
Diesel generator set - SGen-2000P series  - Siemens Energy - Power and heat generation - three-phase / stationary / 50 Hz - image - 2
Diesel generator set - SGen-2000P series  - Siemens Energy - Power and heat generation - three-phase / stationary / 50 Hz - image - 3
Diesel generator set - SGen-2000P series  - Siemens Energy - Power and heat generation - three-phase / stationary / 50 Hz - image - 4
Diesel generator set - SGen-2000P series  - Siemens Energy - Power and heat generation - three-phase / stationary / 50 Hz - image - 5
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Characteristics

Motor type
diesel
Phase
three-phase
Portability
stationary
Frequency
50 Hz, 60 Hz
Fuel System
mechanical fuel injection
Cooling system
water-cooled, hydrogen-cooled
Power in kVA

Max.: 560,000 kVA
(761,387.85 hp)

Min.: 370,000 kVA
(503,059.83 hp)

Voltage

Max.: 20,000 V

Min.: 0 V

Description

Our latest product innovation, the SGen-2000P series, combines air cooling with water cooling technology. Pressurized air-cooled generators are replacing indirectly hydrogen-cooled machines to significantly reduce plant complexity. They achieve efficiency and power levels comparable to indirectly hydrogen-cooled generators with ratings of up to 560 MVA. Pressurized air-cooled generators are used in simple cycle, combined cycle, and steam power plants, as well as in synchronous condensing applications. Proven Global Vacuum Pressure Impregnation (GVPI) and water-cooled technology Combining GVPI stators with water cooling technology enables uniform temperatures and low stress levels to enhance operational flexibility. The proven reliability is greater than 99.9% for more than 1,700 stator windings between 10 and 22 kV with an output of up to 650 MVA. Our fleet leader has over 150,000 operating hours and 3,320 startlstop cycles. High operational flexibility Modern grids require high operational flexibility because of the increased integration of renewable energy sources. Our design supports high ramp-up/down rates and frequent startlstop cycles while keeping thermal mechanical stress in the stator windings low. MICALASTIC® insulation system Our proven MICALASTIC® insulation system and Global Vacuum Pressure Impregnation (GVPI) technology ensure maximum electrical endurance and outstanding availability. Your benefits: -Insensitive to thermal cycling -No maintenance required -Very low mechanical stress during operation -Non-flammable and self-extinguishing; no fire-extinguishing system needed

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Exhibitions

Meet this supplier at the following exhibition(s):

Hyvolution 2025
Hyvolution 2025

28-30 Jan 2025 paris (France) Stand 4M91

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.