Transmission system for the contactless transmission of energy to a consumer which can be arranged in a vehicle , including a transmission device , which can be arranged at least partially outside the vehicle , for the contactless transmission of electrical energy, including an inverter device which can be arranged outside the vehicle , is arranged between an energy source , which provides a supply power , and the transmission device , and is designed to transmit electrical energy from the energy source to the transmission device ; including a rectifier device which is arranged between the transmission device and the consumer and is designed to transmit the electrical energy from the transmission device to the consumer ; wherein the inverter device is designed to set the quantity of transmitted electrical power via a pulse pattern modulation of the control signals of the inverter device , wherein the inverter device is designed to execute power regulation by omitting half waves or full waves in the inverter device in accordance with pulses of the control signals of the inverter device , and wherein the inverter device is set in such a way that, during oscillation breaks, a freewheeling state results which allows a continued oscillation of an oscillating circuit in the inverter device , and wherein the rectifier device is designed to set the transmitted electrical power via a suitable pulse pattern modulation of the control signals of the rectifier device , wherein the rectifier device is designed to omit one or more half waves or full waves in accordance with pulses of the control signals of the rectifier device by way of a switchable freewheeling state in the rectifier device , and wherein an operating point of the transmission system is set via a combination of the pulse modulation of the power in the inverter device and the rectifier device . including an inverter device which can be arranged outside the vehicle , is arranged between an energy source , which provides a supply power , and the transmission device , and is designed to transmit electrical energy from the energy source to the transmission device ; including a rectifier device which is arranged between the transmission device and the consumer and is designed to transmit the electrical energy from the transmission device to the consumer ; wherein the inverter device is designed to set the quantity of transmitted electrical power via a pulse pattern modulation of the control signals of the inverter device , wherein the inverter device is designed to execute power regulation by omitting half waves or full waves in the inverter device in accordance with pulses of the control signals of the inverter device , and wherein the inverter device is set in such a way that, during oscillation breaks, a freewheeling state results which allows a continued oscillation of an oscillating circuit in the inverter device , and wherein the rectifier device is designed to set the transmitted electrical power via a suitable pulse pattern modulation of the control signals of the rectifier device , wherein the rectifier device is designed to omit one or more half waves or full waves in accordance with pulses of the control signals of the rectifier device by way of a switchable freewheeling state in the rectifier device , and wherein an operating point of the transmission system is set via a combination of the pulse modulation of the power in the inverter device and the rectifier device . <EOS>