An inductive power supply for wirelessly supplying power to at least one remote device, said inductive power supply comprising: a power supply having a rail voltage; a receiver configured to receive power information from said at least one remote device; a resonant circuit having a resonant frequency that varies in operation, said resonant circuit including a primary winding configured to transfer power to said remote device; an inverter for supplying power from the power supply to the resonant circuit, the inverter having an operating frequency and a duty cycle; a memory; and a controller in communication with said receiver, said primary winding, and said memory, said controller programmed to: obtain remote device power information by means of the receiver; maintain an active remote device list in said memory by updating said active remote device list in response to at least one of a change in status of said at least one remote device and a change in presence of said at least one remote device; wherein said controller is programmed to determine inductive power supply settings of rail voltage, resonant frequency or duty cycle in response to determining that said inductive power supply can be configured to power all devices on said active remote device list using said remote device power information; configure said inductive power supply and said resonant circuit to supply power to all remote devices on said active remote device list based on said determined inductive power supply settings; and perform the step of: determining inductive power supply settings and instructing at least one remote device on said active remote device list to change power consumption, in response to determining that said inductive power supply cannot be configured to adequately power all remote devices on said active remote device list. a power supply having a rail voltage; a receiver configured to receive power information from said at least one remote device; a resonant circuit having a resonant frequency that varies in operation, said resonant circuit including a primary winding configured to transfer power to said remote device; an inverter for supplying power from the power supply to the resonant circuit, the inverter having an operating frequency and a duty cycle; a memory; and a controller in communication with said receiver, said primary winding, and said memory, said controller programmed to: obtain remote device power information by means of the receiver; maintain an active remote device list in said memory by updating said active remote device list in response to at least one of a change in status of said at least one remote device and a change in presence of said at least one remote device; wherein said controller is programmed to determine inductive power supply settings of rail voltage, resonant frequency or duty cycle in response to determining that said inductive power supply can be configured to power all devices on said active remote device list using said remote device power information; configure said inductive power supply and said resonant circuit to supply power to all remote devices on said active remote device list based on said determined inductive power supply settings; and obtain remote device power information by means of the receiver; maintain an active remote device list in said memory by updating said active remote device list in response to at least one of a change in status of said at least one remote device and a change in presence of said at least one remote device; wherein said controller is programmed to determine inductive power supply settings of rail voltage, resonant frequency or duty cycle in response to determining that said inductive power supply can be configured to power all devices on said active remote device list using said remote device power information; configure said inductive power supply and said resonant circuit to supply power to all remote devices on said active remote device list based on said determined inductive power supply settings; and perform the step of: determining inductive power supply settings and instructing at least one remote device on said active remote device list to change power consumption, in response to determining that said inductive power supply cannot be configured to adequately power all remote devices on said active remote device list.