Small combustion turbines known as micro turbines provide power in the 20 kW to 500 kW range. Small jet engines, auxiliary power units (APUs) for aircraft, and turbochargers for cars and trucks are the origin of the Evolution. A relatively recent development in distributed generation, micro turbines are employed in stationary energy generation applications. In most cases, they are combustion turbines, which on a small scale generate heat as well as power. Radial inflow turbine, combustor, and centrifugal compressor are the three main components of a micro (gas) turbine engine. Along with turning the compressor, it also serves as a power output. For distributed electricity and cogeneration (combined heat and power) applications, micro turbines are becoming more and more common. The micro turbine and gas turbine cycles both run continuously. Studying a brief description of SOLIDWORKS modelling is necessary. With the aid of Solid works, several turbine components (includes the housing, connection, exit, rotor, nozzle, storage, inlet, and so on) are designed (software). They were then put together as one unit and attached to a generator to produce electricity. The axial intake and axial output of the turbine indicate its kind.