A generator is formed when all of these parts work together to convert fuel into electricity. In order for the turbine to complete its job, the fuel must first be burned by the compressor. The gas that is released when fuel is compressed and burned is used in the turbine portion. Centrifugal compressors are a subset of compressors that this particular machine employs.

The turbine's hub and blades make up the rotor, which is the central part of the machine. Aerodynamic forces cause the turbine hub to revolve when the wind speeds up and hits the blades. To reduce the RPM, this rotation is then transmitted via the gearbox. Along with the main bearing and high-speed shaft, the transmission system also includes the gearbox and low-speed shaft. Both the rotational speed and the division of rotation experienced by the generator are dictated by the gearbox ratio.

A spinning device called a wind turbine is used to harness the mechanical energy of the wind. The next step is to transform the mechanical energy into electricity, which is then sent to a power grid. The rotor and generator, two parts of a turbine, are accountable for these transformations of energy.

Power plants and other industrial uses utilize gas turbine generators controlled and managed by GE Speedtronics. Gas turbines are extensively used in mechanical drive applications and other industrial operations; hence, these control systems are crucial for guaranteeing their safe and effective performance.
Four dispersed microprocessors drive control of the Speedtronic GE MK IV gas turbines of General Electric. Three processors control the gas turbine. R, S, and T are the three cores that make up the TMR processor. Triple modular redundancy is achieved by means of these three identical processors that are also separate gas Turbine Control Solutions processers.

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