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Thermodynamic Performance Analysis of Simple Cycle Gas Turbine Power Plant
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The effects of ambient temperature
on the performance of a simple cycle gas turbine
power plant using the Siemens SGT5-2000E gas
turbine at the Geregu power plant in Nigeria was
investigated in this study. Thermodynamic
equations were used to analyze the performance of
gas turbine power plant using ambient conditions
and operational data obtained from the Nigerian
Metrological Agency (NiMet) for the location and
control room of the power plant. The results of the
analysis show that ambient temperature significantly
impacts compressor exit temperature, compressor
work, net work, efficiency, power output, and
specific fuel consumption. The findings indicate that
as ambient temperature increases, compressor exit
temperature, compressor work, and specific fuel
consumption increase, while net work, efficiency,
and power output decrease. This study offers crucial
guidance for enhancing the performance and
efficiency of simple cycle gas turbine power plants,
particularly in hot climates.
Title: Thermodynamic Performance Analysis of Simple Cycle Gas Turbine Power Plant
Description:
The effects of ambient temperature
on the performance of a simple cycle gas turbine
power plant using the Siemens SGT5-2000E gas
turbine at the Geregu power plant in Nigeria was
investigated in this study.
Thermodynamic
equations were used to analyze the performance of
gas turbine power plant using ambient conditions
and operational data obtained from the Nigerian
Metrological Agency (NiMet) for the location and
control room of the power plant.
The results of the
analysis show that ambient temperature significantly
impacts compressor exit temperature, compressor
work, net work, efficiency, power output, and
specific fuel consumption.
The findings indicate that
as ambient temperature increases, compressor exit
temperature, compressor work, and specific fuel
consumption increase, while net work, efficiency,
and power output decrease.
This study offers crucial
guidance for enhancing the performance and
efficiency of simple cycle gas turbine power plants,
particularly in hot climates.
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