This document discusses modeling a "Tesla Room" that can wirelessly power all devices in the room. It describes various wireless power transfer technologies like inductive coupling and resonant inductive coupling. The Tesla Room would embed large transmitter coils in the walls, connected to cooling elements to prevent overheating. This would allow for a larger power transmission range within the room. Devices in the room could receive power wirelessly by matching the resonance frequency of their receiver coils to the embedded transmitter coils. The Tesla Room aims to combine different wireless power transfer methods to efficiently deliver power to devices in the room without wires.