A hybrid method for designing power electronic devices based on their life cycle

The work presents a hybrid approach to the design of power electronic devices, which combines various techniques with the aim of achieving optimal coverage of certain indicators under set restrictions and requirements. Thus, by jointly using state-of-the-art means of applied mathematics, computer modelling, artificial intelligence techniques and information and communication technologies, a new method for the optimal design of power electronic devices, oriented to their life cycle, considering the specifics is described for different applications.