A wireless power transmission apparatus comprising: a plurality of patch antennas (111 - 126) configured to form radio-frequency waves; a memory configured to store a plurality of electromagnetic-wave distribution maps, which respectively correspond to a plurality of transmission conditions for transmitting the RF waves; and a processor, wherein the processor is configured to: determine a position of an electronic device and a position of a living body; determine a transmission condition for transmitting the RF waves, which causes an electromagnetic wave having a magnitude that does not exceed a first threshold to be applied to a position of the living body while being beam-formed at a position of the electronic device, using at least some of the plurality of electromagnetic-wave distribution maps; and generate the RF waves based on the determined transmission condition using the plurality of patch antennas (111 - 126), and wherein each of the plurality of electromagnetic-wave distribution maps represents a magnitude of an electromagnetic wave at at least one point around the wireless power transmission apparatus in a case in which the RF waves are formed based on each of the plurality of transmission conditions, wherein, at least a part of determining the transmission condition for transmitting the RF waves, which causes the electromagnetic wave having the magnitude that does not exceed the first threshold to be applied to the position of the living body using the at least some of the plurality of electromagnetic-wave distribution maps further comprises that the processor is further configured to: determine a transmission condition candidate corresponding to the position of the electronic device; and determine whether the electromagnetic wave having the magnitude that does not exceed the first threshold is applied to the position of the living body using a first electromagnetic-wave distribution map corresponding to the determined transmission condition candidate. a plurality of patch antennas (111 - 126) configured to form radio-frequency waves; a memory configured to store a plurality of electromagnetic-wave distribution maps, which respectively correspond to a plurality of transmission conditions for transmitting the RF waves; and a processor, wherein the processor is configured to: determine a position of an electronic device and a position of a living body; determine a transmission condition for transmitting the RF waves, which causes an electromagnetic wave having a magnitude that does not exceed a first threshold to be applied to a position of the living body while being beam-formed at a position of the electronic device, using at least some of the plurality of electromagnetic-wave distribution maps; and generate the RF waves based on the determined transmission condition using the plurality of patch antennas (111 - 126), and wherein each of the plurality of electromagnetic-wave distribution maps represents a magnitude of an electromagnetic wave at at least one point around the wireless power transmission apparatus in a case in which the RF waves are formed based on each of the plurality of transmission conditions, wherein, at least a part of determining the transmission condition for transmitting the RF waves, which causes the electromagnetic wave having the magnitude that does not exceed the first threshold to be applied to the position of the living body using the at least some of the plurality of electromagnetic-wave distribution maps further comprises that determine a position of an electronic device and a position of a living body; determine a transmission condition for transmitting the RF waves, which causes an electromagnetic wave having a magnitude that does not exceed a first threshold to be applied to a position of the living body while being beam-formed at a position of the electronic device, using at least some of the plurality of electromagnetic-wave distribution maps; and generate the RF waves based on the determined transmission condition using the plurality of patch antennas (111 - 126), and wherein each of the plurality of electromagnetic-wave distribution maps represents a magnitude of an electromagnetic wave at at least one point around the wireless power transmission apparatus in a case in which the RF waves are formed based on each of the plurality of transmission conditions, wherein, at least a part of determining the transmission condition for transmitting the RF waves, which causes the electromagnetic wave having the magnitude that does not exceed the first threshold to be applied to the position of the living body using the at least some of the plurality of electromagnetic-wave distribution maps further comprises that the processor is further configured to: determine a transmission condition candidate corresponding to the position of the electronic device; and determine whether the electromagnetic wave having the magnitude that does not exceed the first threshold is applied to the position of the living body using a first electromagnetic-wave distribution map corresponding to the determined transmission condition candidate. determine a transmission condition candidate corresponding to the position of the electronic device; and determine whether the electromagnetic wave having the magnitude that does not exceed the first threshold is applied to the position of the living body using a first electromagnetic-wave distribution map corresponding to the determined transmission condition candidate.