SENSITIVITY & OPTIMAL DESIGN OF A BI-DIRECTIONAL MECHANICAL MACHINE WITH MODULATED DOUBLE FLOW

In this paper Sensitivity & Optimal Design of a Bi-Directional Mechanical Machine with Modulated Double Flow is proposed. Aim is control the inward rotor position with a little servo engine and with the bi-directional motion regulation impact, the resultant instigated voltages in two arrangements of stator windings can be balanced likewise. Thus, in a wide wind speed run the different speed consistent adequacy voltage activity is figured it out. The epic structure possesses two significant benefits. Initially, it has high dependability without those support issues brought about by mechanical gearboxes, slip ring get together and brushes. Furthermore, the proposed framework requires a minimal effort uncontrolled diode rectifier which upgrades the unwavering quality and diminishes the expense of framework. The investigative model and activity rule of the BFMPM machine are represented and the reenactment results utilizing limited component strategy (FEM) is introduced. A model is enhanced and created. The trial results concur well with the recreation results and confirm the rightness of the systematic model and the viability of the proposed structure.