design of a novel high-reliability step-up dc-‎dc converter with zcs characteristics

In many applications such as photovoltaic (pv) farms, high-reliability step-up dc-dcconverters have gained increasing attention. one of the issues with the power converter is thereliability problem. the high-step converters with lower-power semiconductors are more reliable.this article introduces a novel step-up dc-dc converter with zero current switching (zcs) forsemiconductor equipment. the suggested converter has only one switch and therefore is morereliable. the performance of the traditional converter and the suggested one has been investigatedin the matlab/simulink environment. the simulation results show that the suggested converterhas a higher gain than the traditional one and when employed in a pv system, it injects morepower into the network, indicating its superiority. at the same time, under similar variations inradiation and to reach the maximum power point, the suggested converter's duty cycle changes less,which shows its more suitable performance.