A Generator Rotor is responsible for converting mechanical energy into electrical energy. It consists of a cylindrical core made from magnetic steel to efficiently conduct magnetic flux. Embedded within the core are copper windings, insulated to withstand high voltages and temperatures. When rotated, the rotor's windings interact with a stationary magnetic field in the stator, inducing an Electromotive Force (EMF) that generates Alternating Current (AC) power.Attributes:• Minimizes resistive and eddy current losses for high-efficiency• Withstands mechanical and electrical stresses to generate an electromagnetic fieldApplications:A Generator Rotor is a rotating component of an electric generator comprising a core and windings, producing a magnetic field required for generating electricity through electromagnetic induction.