A Buoyant Synchrony Actuated Inductance AC Generator comprising: - a converter assembly, - a watertight sealing dome assembly enclosing the converter assembly, - a float attached to the converter assembly at a determined height and configured for stabilizing the dome assembly characterized in that the converter assembly comprising: - a bowl assembly suitable for operating at least between a neutral position and a tilted position, the bowl assembly being a large short hollow cylinder with a concave bottom and an open top, - a swash plate supporting the bowl assembly, - a bowl support supporting the bowl assembly on top of the swash plate, - a hollow circular channel fixed onto the swash plate, - a first solid ball and a second solid ball, wherein the first solid ball being within the bowl assembly and the second solid ball being within the hollow circular channel, each solid ball being free travelling within the respective confined space, the first solid ball being suitable to be displaced within the bowl assembly from a neutral position by undulating waves, movements of the first solid ball within the bowl assembly triggering the motion of the second solid ball within the hollow circular channel wherein the motions of the solid balls do not conform to each other, - a top cover of the bowl assembly covering said open top, the top cover being detachable for access to the first solid ball, - a central pylon, - a heavy duty universal joint coupling assembly connecting the central pylon to the underside of the swash plate, the central pylon being the main load bearing structure of the converter assembly together with the universal joint coupling assembly, the swash plate being able to displace itself in any vertical direction from a central axis with the help of the universal joint coupling, the displacement of the swash plate being accomplished by lateral movement of the first solid ball within the bowl assembly which subsequently accelerates the second solid ball within the hollow circular channel, - at least two sub-generators, each sub-generator comprising: - a magnet, - tie rods for the transfer of vertical movements of the swash plate to the magnet, - a solenoid coil, the relative movement between the magnet and the solenoid coil producing current and the Buoyant Synchrony Actuated Inductance AC Generator being a Wave Energy Converter. - a converter assembly, - a watertight sealing dome assembly enclosing the converter assembly, - a float attached to the converter assembly at a determined height and configured for stabilizing the dome assembly characterized in that - a bowl assembly suitable for operating at least between a neutral position and a tilted position, the bowl assembly being a large short hollow cylinder with a concave bottom and an open top, - a swash plate supporting the bowl assembly, - a bowl support supporting the bowl assembly on top of the swash plate, - a hollow circular channel fixed onto the swash plate, - a first solid ball and a second solid ball, wherein the first solid ball being within the bowl assembly and the second solid ball being within the hollow circular channel, each solid ball being free travelling within the respective confined space, the first solid ball being suitable to be displaced within the bowl assembly from a neutral position by undulating waves, movements of the first solid ball within the bowl assembly triggering the motion of the second solid ball within the hollow circular channel wherein the motions of the solid balls do not conform to each other, - a top cover of the bowl assembly covering said open top, the top cover being detachable for access to the first solid ball, - a central pylon, - a heavy duty universal joint coupling assembly connecting the central pylon to the underside of the swash plate, the central pylon being the main load bearing structure of the converter assembly together with the universal joint coupling assembly, the swash plate being able to displace itself in any vertical direction from a central axis with the help of the universal joint coupling, the displacement of the swash plate being accomplished by lateral movement of the first solid ball within the bowl assembly which subsequently accelerates the second solid ball within the hollow circular channel, - at least two sub-generators, each sub-generator comprising: - a magnet, - tie rods for the transfer of vertical movements of the swash plate to the magnet, - a solenoid coil, the relative movement between the magnet and the solenoid coil producing current and the Buoyant Synchrony Actuated Inductance AC Generator being a Wave Energy Converter. - a magnet, - tie rods for the transfer of vertical movements of the swash plate to the magnet, - a solenoid coil, the relative movement between the magnet and the solenoid coil producing current and the Buoyant Synchrony Actuated Inductance AC Generator being a Wave Energy Converter.