Overview
The present invention relates to device for electricity generation by using magnetic power. In this device two coplanar co-axial discs are arranged in such a way that they have small clearance (air gap) between them. The outer disc is held stationary whereas the inner disc is free to rotate about the common axis of both discs. Several N-S poles magnets are mounted equally spaced on outer disc in a fashion such that their North poles face radially towards inside. Similarly, equal numbers of magnets are mounted at just the opposite angles with S-poles facing the axis of rotation. Thus the N of outer disc magnets faces the N of inner magnets disc. These magnets can be rotated by small angles about their hinges as per necessity. At any given time there is net positive torque of the system at any position of the magnets. A special moving linkage mechanism has been designed which will not allow the system to come to null position while executing useful work by the joint magnetic forces. Torque produced at any moment will be the instantaneous magnetic force times the torque arm length and the number of pole pairs (inner and outer). A dynamo fitted on to the revolving shaft will work as prime mover and can be used to generate electricity.