first bobbin (6) passes to the first frequency adjuster (7). The first frequency adjuster (7) stabilizes the received high frequency in accordance with the need and arranges without causing any harm to the parts at its exit. Energy and frequency circuit on the second circuit (B) The high frequency rised from the first bobbin (6) enters to the second filter through the second circuit (B). Second filter (8) transfers the frequency received from the first bobbin (6) to the frequency stabilizer (9). The electromagnetic fields occurred at the bobbins (6, 10) are different and the magnetic field at the first bobbin (6) is higher than the second bobbin (10). At this stage the frequency stabilizer (9) stabilizes the different electromagnetic fields occurred at the first and the second bobbins (6, 10). This stabilized high frequency exits from the second bobbin (10) and is adjusted for the required (necessary for the use) frequency degree by the help of the second frequency adjuster (11). The user uses the electric energy generated in the device by the help of exit (phase) (positive) (12) and exit (neutral) cable (13). The positive transformation cable (12a) at the exit of the device and the negative transformation cable (13a) are connected to the power switch. 1-2 seconds after the device starts to generate electric, the electric energy generated is transmitted to the power switch (1) via positive transformation cable (12a) and negative transformation cable (13a). The time relay at the power switch (1) breaks the energy received from the initial power supply (15). After this stage, the device continues to generate electric energy feeding itself with the self generated energy and independently without depending to any energy from outside. The device continues to generate unlimited energy as long as it is not closed via the power switch (1) or no problem occurred within the system.