The promising trend in power engineering development is application of
energy-saving technologies on the basis of gas turbine power plants, which
permit essentially increasing the efficiency of organic fuel usage in the
process of combined production of thermal and electric energy.
Having many
years experience in design and manufacture of turbocompressor and gas-transfer
gas turbine driven compressor packages the JSC “Sumy Frunze NPO” has mastered
production of gas turbine power plants.
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| Gas turbine driven cogeneration plant (GTDCP-16) designed, manufactured and commissioned in the Company provides the production of 16 MW power and 21.5 Gcal/h thermal energy. | The design of combined-cycle power generation plant (CCPGP-20) became the continuation of the works in this direction. This plant comprises the gas turbine power unit (GTU) with 16 MW power and steam turbine power plant with 6 MW rated power. |
The GTDCP-16 and CCPGP-20 plants can be driven by different gas turbine
engines of marine and aircraft types with 16 MW power (at outside air
temperature + 15°C) and maximum power of 19.2 MW (at outside air temperature
–7°C and lower).
The advantages of block-container arrangement for gas
turbine zone and technical decisions, traditional for heat-and-power
engineering, specified the location of the electric generator and other power
generating equipment in solid building are applied in the plants design. The
plant can be made completely in block-container design of full factory
readiness, which considerably shorten construction and assembling work period.
| Characteristic, measuring unit |
Value of characteristic | |
| CCPGP - 20 | GTDCP - 16 | |
| Gas-turbogenerator plant (GTP) | ||
| Generator type | T20-2-U3 | |
| - active electric power on terminals of
generator in rated conditions, MW |
16 | |
| - rated voltage on terminals of generator, V | 6300 (10500) | |
| - rated current frequency, Hz | 50 | |
| - nominal power factor, cos | 0.8 | |
| Steam waste heat boiler | – | |
| - outlet steam temperature, °C, no more than | 380 | – |
| - outlet steam pressure, MPa | 2.0 | – |
| Heat recovery unit | – | |
| - water discharge, m3/h | – | 480 |
| Steam turbine unit ( STU) | ||
| Steam turbine (ST) | – | |
| - steam turbine power , MW | 4.0-6.0 | – |
| - steam flow rate, t/h | 32.6 | – |
| - ST inlet steam pressure, MPa | 1.75 | – |
| Generator type | T-6-2U3 | – |
| - power electrical active on
generator connecting terminals at nominal mode, MW |
6.0 | – |
| - voltage nominal on generator connecting terminals, V | 6300 ( 10500) | – |
| - current rate nominal, Hz | 50 | – |
| - power factor nominal, cos | 0.8 | – |
The automatic control system (ACS) is designed for control of the whole plants’ equipment complex.
This ACS is made on the basis of "GE Fanuk" and "Saturn Data International" software and hardware complex.
The main functions of this system are the following: the plant automatic start-up, normal and emergency shut-down, automatic protection for all operation conditions, computation of design parameters values, automatic control of fuel supply and specified operation conditions keeping with compliance of required process restrictions.
At Customer’s request the automatic control system can be made on the basis of software and hardware complexes of any leading national and foreign companies.
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