Gas Turbines in Depth – Raising thermal efficiency Gas turbine development is a challenge against “heat.” The higher the combustion temperature of the fuel injected into the turbine blades, the higher the power generation efficiency, which in turn reduces the amount of CO2 emitted per unit output. #MitsubishiPower began developing the 700°C class #gasturbine in 1963. Since then, we have achieved higher temperatures with the 1,250°C class, the 1,350°C class, the 1,500°C class, the 1,600°C class, and the 1,650°C class in 2020 that has achieved the world’s highest class of thermal efficiency, 64% efficiency. We are now aiming for 1,700°C class and 65% or higher efficiency. Learn more: https://lnkd.in/gSRP8fde #EnergyTransition #MissionNetZero #PowerGeneration #GasTurbines
Great review and information! This is very useful for many people.
Impressive!
Incredible design development in Gas turbine
Fantastic update!
Incredible turbine efficiency
Great news!
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3wIn respect of the efficiency figures, you are talking about combined cycle efficiency (gasturbine and steam turbine combined), right?!