Air temperature fluctuates widely during the year, directly influencing the power generation capacity of the system, thus leading to irreversible financial losses for operators and consumers...
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Using the Ebsilon software, we investigate the thermal performance of the gas cycle, steam cycle, and the overall gas-steam combined cycle under various off-design operating
The output of a combustion turbine decreases as the ambient temperature increases due to the fact that the mass flow rate of air decreases as the air becomes less dense at higher ambient temperatures.
The aim of this research is to investigate the effect of ambient air temperature on the steam generation. A parametric study was performed based on exergy analysis to study the impact of ambient air
In the steam generator, low-temperature water is the working medium that receives the heat of combustion of fuel and becomes high-energy steam. The heat of steam is converted to mechanical
Warning – the cooling water temperature rise is very low, so accurate temperature measures are critical for reliable results. Use the extraction steam pressure, temperature and enthalpy for the exhaust
By directly cooling exhaust steam with ambient air, ACCs eliminate the need for cooling towers and large volumes of water, making them ideal for regions with limited water availability or stringent
Utility steam turbines operate with inlet steam pressures up to 3500 psig and exhaust at vacuum conditions as low as 2 psia. Steam turbines can be custom designed to deliver the thermal
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