LM6000 aeroderivative gas turbine

A leader in the 40+ MW class, the LM6000 has more than 40 million operating hours and over 1,200 units delivered

With more than 40 million operating hours and over 1,200 units delivered, the LM6000 aeroderivative gas turbine has the most operating experience of any aeroderivative turbine rated above 40 MW.

The LM6000 achieves more than 99% starting and operating reliability, along with over 98% availability.

Its fast start capability of just 5 minutes gives operators greater flexibility and a competitive edge in managing generation. The simple two-spool design results in lower total maintenance costs, while the universal, modular construction allows for a smaller footprint as well as faster installation and commissioning.

Introducing the LM6000 VELOX* aeroderivative solution

The new LM6000 VELOX aeroderivative solution is designed to cut the installation and commissioning (I&C) time of LM6000 turbines by up to 40%, saving as much as 4,000 labor hours. This brings the expected installation and commissioning schedule down to approximately 90 days.

With its enhanced modular features, the LM6000 VELOX ushers in a new era of speed and efficiency in the power industry.

The LM6000 VELOX aeroderivative solution is available:

in simple-cycle and combined-cycle configurations

with a DLE or SAC (water injection) combustion system

for 50 Hz and 60 Hz power grids.

Meet the LM6000

Fuel flexibility

The LM6000 runs on a wide range of fuels - including natural gas, LPG (propane and butane), isopentane, ethanol, diesel fuel and coke oven gas. This allows you to switch quickly between fuels to reduce costs, with no interruption in power delivery.

The LM6000 is 100% hydrogen capable, making it ready for future energy requirements.

Fast start

Aeroderivative turbines such as the LM6000 are designed for high cycling duty, allowing users to start quickly and connect to the power grid. With a ramp time of approximately five minutes from start to full load, typical medium-speed reciprocating engines achieve a ramp rate of about 5 MW per minute, whereas aeroderivative gas turbines reach a nominal ramp rate of about 50 MW per minute.

This enables a considerably faster response and more effective frequency regulation, ensuring more stable and reliable grid operation.

Performance enhancement through spray intercooling (SPRINT*)

Our SPRINT* solution improves engine performance through spray intercooling, which increases air mass flow by providing cooling during the compression process. The system sprays water through nozzles, with the water flow precisely metered in line with the applicable engine control modes.

SPRINT injection points are determined based on the turbine inlet temperature and are controlled automatically.

Powerful, adaptable and sustainable energy

The LM6000 offers more than 99% starting and operating reliability, as well as 98% availability. Its fast start capability of just 5 minutes allows operators to stand out for flexibility and response speed in system operation.

Thanks to its dual-fuel capability (gas and diesel), the LM6000 provides considerable flexibility in fuel selection and helps users meet emissions requirements.

The specifications shown apply to the 50 Hz and 60 Hz versions.

Simple cycle

Combined cycle 1×1

Combined cycle 2×1