The invention provides a self-adaptive voltage-sharing circuit for series connection of insulated gate bipolar transistors (IGBTs) and electronic power equipment. The self-adaptive voltage-sharing circuit comprises a reference voltage waveform automatic generation circuit and a plurality of IGBT driving current regulation circuits, wherein the reference voltage waveform automatic generation circuit is connected with each IGBT driving current regulation circuit respectively through a high-speed communication interface, each IGBT driving current regulation circuit is connected with each IGBT gate driving circuit, the reference voltage waveform automatic generation circuit is used for calculating reference voltages of collectors and emitters, and each IGBT driving current regulation circuit is used for comparing voltages of each collector and each emitter with the reference voltages of each collector and each emitter and adjusting an output current of each gate driving circuit according to a comparison result so that the voltages of each collector and each emitter are equal to the reference voltages of each collector and each emitter. Compared with the prior art, the self-adaptive voltage-sharing circuit for series connection of IGBTs and the electronic power equipment, provided by the invention, have the advantages that the reference voltages of each collector and each emitter are not needed to be set in advance, the self-adaptive voltage-sharing circuit has relatively high universality, so that the self-adaptive voltage-sharing circuit can be applicable to various types of electronic power equipment.