turbine

Power Beyond Limits with Precision Gas Turbines

Advantages Of Gas Turbines

GE LM Series – Aeroderivative Gas Turbines

LM2500 Series

Model Power Output Type Notes
LM2500 ~25.1 MW Base Model Proven workhorse, often used in marine use
LM2500+ ~30.2 MW Enhanced version Higher power, improved performance
LM2500+G4 ~34.3 MW Next-gen version Greater output and thermal efficiency
LM2500 DLE 25–34 MW DLE Variant Low NOx emissions with Dry Low Emissions tech

LM6000 Series

Model Power Output Type Notes
LM6000 ~42–50 MW Base Model Aeroderivative, fast ramp time
LM6000 PC/PD ~42–45 MW Power/Drive For mechanical drive applications
LM6000 PF/PF+ Up to ~50 MW Fast power Enhanced output and fuel flexibility
LM6000 DLE ~42–50 MW DLE Variant Ultra-low NOx, air-cooled combustor system
Gas Turbine Overview

A gas turbine engine is a highly efficient type of internal combustion engine designed to convert fuel energy into mechanical power. In simple terms, it functions as an advanced energy conversion system, where the chemical energy stored in fuel is transformed into rotational power.

In a gas turbine engine, ambient air is drawn into the system and compressed, significantly increasing its pressure. This compressed air is then mixed with fuel and ignited, producing a high-temperature, high-pressure gas. As this hot gas expands at high velocity, it passes over airfoil-shaped turbine blades, transferring the energy generated from combustion to rotate an output shaft. The remaining thermal energy in the hot exhaust gas can be effectively captured and repurposed for various industrial applications, such as combined heat and power (CHP) systems or process heating.