It is a combined cycle power station based on natural gas.

This is a first power station in Russia to use combined cycle.

Combined cycles have traditionally only been used in large power plants.

These produce a combined cycle that repeats every 60 years.

The route on either side is now a combined cycle path and footpath.

The combined cycle station was constructed in the 1990s.

This provides efficiency comparable to a Combined cycle, with less complexity.

Now, gas turbines and combined cycle designs are beginning to be widely used as well.

As 1 each of the combined cycle generator unit (total 3) is under shutdown.

The combined cycle plant was commissioned in January 2000.

It is the world's first combined cycle power plant using solar power and natural gas.

In a combined cycle plant, thermal efficiencies are approaching 60%.

Low pollution is a crucial advantage of combined cycle plants that burn natural gas.

This is known as a combined cycle plant.

The Authority decided on the use of combined cycle technology for the fourth unit of the plant.

They are combined cycle units, 50% more efficient than the other units.

Applications in power generation for combined cycle or peak power.

Some engine designs combine several types of engines features into a combined cycle.

The power station is a combined cycle power plant.

In a combined cycle arrangement electric power is created from the output of two turbogenerators.

They consume natural gas as a fuel, utilizing combined cycle, with overall efficiency rates of 56%.

Daniel 3 and 4 are gas-fired combined cycle units.

The design comprises a single combined cycle rocket engine with two modes of operation.

This has led to a large increase in the use of natural gas for base-load power production, often using more sophisticated combined cycle plants.

Combined cycle engines simultaneously use 2 or more different jet engine operating principles.