A radio base station, RBS,, comprising: a first base station unit, BU, comprising a first BU housing that houses a first BU circuit and a first wireless receive, RX, power unit for providing power to the first BU circuit, the first wireless RX power unit comprising a first RX power circuit comprising a first RX coil for generating a current and a voltage from en energy field; a second BU comprising a second BU housing that houses a second BU circuit and a second wireless RX power unit for providing power to the second BU circuit, the second wireless RX power unit comprising a second RX coil; a power supply unit, PSU, comprising a PSU housing that houses a wireless transmit, TX, power module comprising a TX power circuit comprising a TX coil, wherein the first BU housing has a top wall, a bottom wall, and four side walls extending between the top and bottom walls, the bottom wall of the first BU housing has a first hole, and the first RX coil is positioned directly above the first hole extending through the bottom wall of the first BU housing, the second BU housing has a top wall, a bottom wall, and four side walls extending between the top and bottom walls, the top wall of the second BU housing has a second hole, and the second RX coil is positioned directly below the second hole extending through the top wall of the second BU housing, the PSU housing has a top wall, a bottom wall, and four side walls extending between the top and bottom walls, the top wall of the PSU housing has a third hole, the bottom wall of the PSU housing has a fourth hole aligned with the third hole, wherein the third hole extends through the top wall of the PSU housing and the fourth hole extends through the bottom wall of the PSU housing, and the TX coil is positioned between the third and fourth holes, a fifth hole is formed in the top wall of the first BU housing and extends through the top wall of the first BU housing, the RBS further comprises an EF shield plate covering the fifth hole, a sixth hole is formed in the bottom wall of the second BU housing and extends through the bottom wall of the second BU housing, and the RBS further comprises an EF shield plate covering the sixth hole, wherein the PSU housing is located directly between the first BU housing and the second BU housing such that all of said holes are aligned so that energy field generated by the TX coil is received by both the first RX coil and the second RX coil thereby inducing a current and a voltage in the first RX coil and the second RX coil for use in powering the first BU circuit and second BU circuit, respectively. a first base station unit, BU, comprising a first BU housing that houses a first BU circuit and a first wireless receive, RX, power unit for providing power to the first BU circuit, the first wireless RX power unit comprising a first RX power circuit comprising a first RX coil for generating a current and a voltage from en energy field; a second BU comprising a second BU housing that houses a second BU circuit and a second wireless RX power unit for providing power to the second BU circuit, the second wireless RX power unit comprising a second RX coil; a power supply unit, PSU, comprising a PSU housing that houses a wireless transmit, TX, power module comprising a TX power circuit comprising a TX coil, wherein the first BU housing has a top wall, a bottom wall, and four side walls extending between the top and bottom walls, the bottom wall of the first BU housing has a first hole, and the first RX coil is positioned directly above the first hole extending through the bottom wall of the first BU housing, the second BU housing has a top wall, a bottom wall, and four side walls extending between the top and bottom walls, the top wall of the second BU housing has a second hole, and the second RX coil is positioned directly below the second hole extending through the top wall of the second BU housing, the PSU housing has a top wall, a bottom wall, and four side walls extending between the top and bottom walls, the top wall of the PSU housing has a third hole, the bottom wall of the PSU housing has a fourth hole aligned with the third hole, wherein the third hole extends through the top wall of the PSU housing and the fourth hole extends through the bottom wall of the PSU housing, and the TX coil is positioned between the third and fourth holes, a fifth hole is formed in the top wall of the first BU housing and extends through the top wall of the first BU housing, the RBS further comprises an EF shield plate covering the fifth hole, a sixth hole is formed in the bottom wall of the second BU housing and extends through the bottom wall of the second BU housing, and the RBS further comprises an EF shield plate covering the sixth hole, wherein the PSU housing is located directly between the first BU housing and the second BU housing such that all of said holes are aligned so that energy field generated by the TX coil is received by both the first RX coil and the second RX coil thereby inducing a current and a voltage in the first RX coil and the second RX coil for use in powering the first BU circuit and second BU circuit, respectively.