A solar wireless charging desk specifically comprises an amorphous silicon membrane solar battery, an input and output controller, a storage battery, a wireless charging transmitting module and a wireless charging receiving module. The amorphous silicon membrane solar battery can generate direct current after being irradiated by sunlight, lamplight and other light sources, the direct current is input in the storage battery and stored through an input circuit of the input and output controller, and is converted into alternating current through an output circuit of the input and output controller, the alternating current is converted into direct current with the working voltage needed by electronic devices through a series of actions such as voltage transformation, rectification, smoothing and voltage stabilization through a voltage transformation circuit, and then is output to the wireless charging transmitting module, and the wireless charging receiving module receives electric energy provided by the wireless charging transmitting module to charge mobile phones, cameras, notebook computers and other portable electronic devices. Compared with the existing wireless charging technology, the defect that power supply relies on power supply departments is overcome, the utilization rate of solar energy is improved, and the traditional function of the desk is maintained.