The utility model relates to a wireless inductive power transmission antenna comprising a front surface layer panel and a rear surface layer panel, wherein the front surface layer panel is an aluminum cellular layer panel; the rear surface layer panel is an aluminum layer panel; and a coil formed by winding a multi-stranded twisted wire mixed with a copper wire around a hollow skeleton and demoulding the same is arranged between the front surface layer panel and the rear surface layer panel. The power transmission antenna uses a multi-stranded twisted wire mixed coil and cellular panel technology to reduce a skin effect and improve self-excitation beam directivity. And 3-5 times of transmission efficiency can be achieved by simply improving a conventional transmitter.