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GTD-110
GTD-110 is a single-shaft gas turbine for gas turbine power and combined-cycle plants of high power (from 110 to 500 MW and above).
Part number:
Supplier:
Description
Сonstruction features:
15-speed compressor with adjustable guide vane;
tubular-annular combustion chamber (20 flame tubes);
4-speed turbine;
gearless connection to the generator.
Application:
GTD-110 is the basis of gas turbine power and combined-cycle plants of high power (from 110 to 500 MW and above) for generating electric and thermal energy in a simple, combined and cogeneration cycles:
GTD-110 - a power plant with an electric capacity of 110 MW to generate electrical and thermal energy in simple and cogeneration cycles;
CCP-170/325/500 - combined cycle gas turbine units with an electric capacity of 170/325/500 MW.
Advantages:
the best combination of high efficiency and small overall dimensions in the segment of machines with a capacity of 60-180 MW;
high quality of generated energy and good dynamics during transients (including through the use of a single-shaft circuit);
high fuel efficiency, reduction in the cost of generating electric and thermal energy;
the ability to work on various types of fuel: gaseous (natural gas, associated petroleum gas) and liquid (kerosene, diesel fuel);
the flexibility of integrating GTD-110 and power plants based on it into the existing infrastructure of power facilities;
installation and commissioning of power plants in a short time (delivery of GTD-110 assembled on a frame, use of high-availability units);
reduction of capital costs for the modernization/construction of energy facilities; lower operating costs.
Specifications:
Gas turbine GTD-110
Rated power, MW 114.5
Electric power, MW 110
Thermal power, Gcal/hour * 136.9
Efficiency (ISO 2314), % 36.0
The frequency of rotation of the output shaft, rpm 3000
Direction of output shaft rotation is in clockwise order.
Applicable fuel:
• fuel gas
• liquid fuel
gas in accordance with GOST 5542
diesel fuel in accordance with GOST 305
Working pressure in the fuel system, kgf/cm2
• fuel gas
• liquid fuel
25
70
Gas temperature behind the turbine, °С 517
Gas consumption at the exit, kg/s 362
Dimensions (L x B x H), m 7.12 x 3.68 x 4.25
Weight (on the frame), t 58
* - in the cogeneration cycle (depends on the modification of the recovery boiler)
15-speed compressor with adjustable guide vane;
tubular-annular combustion chamber (20 flame tubes);
4-speed turbine;
gearless connection to the generator.
Application:
GTD-110 is the basis of gas turbine power and combined-cycle plants of high power (from 110 to 500 MW and above) for generating electric and thermal energy in a simple, combined and cogeneration cycles:
GTD-110 - a power plant with an electric capacity of 110 MW to generate electrical and thermal energy in simple and cogeneration cycles;
CCP-170/325/500 - combined cycle gas turbine units with an electric capacity of 170/325/500 MW.
Advantages:
the best combination of high efficiency and small overall dimensions in the segment of machines with a capacity of 60-180 MW;
high quality of generated energy and good dynamics during transients (including through the use of a single-shaft circuit);
high fuel efficiency, reduction in the cost of generating electric and thermal energy;
the ability to work on various types of fuel: gaseous (natural gas, associated petroleum gas) and liquid (kerosene, diesel fuel);
the flexibility of integrating GTD-110 and power plants based on it into the existing infrastructure of power facilities;
installation and commissioning of power plants in a short time (delivery of GTD-110 assembled on a frame, use of high-availability units);
reduction of capital costs for the modernization/construction of energy facilities; lower operating costs.
Specifications:
Gas turbine GTD-110
Rated power, MW 114.5
Electric power, MW 110
Thermal power, Gcal/hour * 136.9
Efficiency (ISO 2314), % 36.0
The frequency of rotation of the output shaft, rpm 3000
Direction of output shaft rotation is in clockwise order.
Applicable fuel:
• fuel gas
• liquid fuel
gas in accordance with GOST 5542
diesel fuel in accordance with GOST 305
Working pressure in the fuel system, kgf/cm2
• fuel gas
• liquid fuel
25
70
Gas temperature behind the turbine, °С 517
Gas consumption at the exit, kg/s 362
Dimensions (L x B x H), m 7.12 x 3.68 x 4.25
Weight (on the frame), t 58
* - in the cogeneration cycle (depends on the modification of the recovery boiler)