A method for wireless power transmission in a vehicle, comprising: Bluetooth scanning, using a wireless communications radio of a transmitter, for available receivers within the vehicle to receive wirelessly delivered power from the transmitter; identifying, by the transmitter, a receiver of the available receivers within the vehicle based on the scanning, wherein the receiver is coupled to an electronic device located in the vehicle; while continuing to Bluetooth scan for available receivers within the vehicle: receiving, by the transmitter, electrical current from a power source of the vehicle, and using the electrical current by the transmitter to generate radio frequency, RF, power waves; receiving, by the wireless communications radio of the transmitter in the vehicle, a communication signal from a wireless communications radio of the receiver; decoding the communication signal received from the wireless communications radio of the receiver to determine gain and phase values and a location of the receiver; transmitting, by antennas (202, 212) of the transmitter, said RF power waves that converge to form a constructive interference pattern at an antenna of the receiver based upon the decoded communication signal and uploading battery information and the location of the receiver within the vehicle to a cloud-based service, wherein: the receiver utilizes said RF power waves to power or charge the electronic device; and a microcontroller of the transmitter determines an optimum path for transmitting the RF power waves according to the location of the receiver within the vehicle. Bluetooth scanning, using a wireless communications radio of a transmitter, for available receivers within the vehicle to receive wirelessly delivered power from the transmitter; identifying, by the transmitter, a receiver of the available receivers within the vehicle based on the scanning, wherein the receiver is coupled to an electronic device located in the vehicle; while continuing to Bluetooth scan for available receivers within the vehicle: receiving, by the transmitter, electrical current from a power source of the vehicle, and using the electrical current by the transmitter to generate radio frequency, RF, power waves; receiving, by the wireless communications radio of the transmitter in the vehicle, a communication signal from a wireless communications radio of the receiver; decoding the communication signal received from the wireless communications radio of the receiver to determine gain and phase values and a location of the receiver; transmitting, by antennas (202, 212) of the transmitter, said RF power waves that converge to form a constructive interference pattern at an antenna of the receiver based upon the decoded communication signal and uploading battery information and the location of the receiver within the vehicle to a cloud-based service, wherein: the receiver utilizes said RF power waves to power or charge the electronic device; and a microcontroller of the transmitter determines an optimum path for transmitting the RF power waves according to the location of the receiver within the vehicle. receiving, by the transmitter, electrical current from a power source of the vehicle, and using the electrical current by the transmitter to generate radio frequency, RF, power waves; receiving, by the wireless communications radio of the transmitter in the vehicle, a communication signal from a wireless communications radio of the receiver; decoding the communication signal received from the wireless communications radio of the receiver to determine gain and phase values and a location of the receiver; transmitting, by antennas (202, 212) of the transmitter, said RF power waves that converge to form a constructive interference pattern at an antenna of the receiver based upon the decoded communication signal and uploading battery information and the location of the receiver within the vehicle to a cloud-based service, wherein: the receiver utilizes said RF power waves to power or charge the electronic device; and a microcontroller of the transmitter determines an optimum path for transmitting the RF power waves according to the location of the receiver within the vehicle. the receiver utilizes said RF power waves to power or charge the electronic device; and a microcontroller of the transmitter determines an optimum path for transmitting the RF power waves according to the location of the receiver within the vehicle.