The integration of battery energy storage (BES) with photovoltaic (PV) systems is becoming
economically attractive for residential customers. The conventional approach for the …

Recent developments in renewable energy-based power systems and smart grids have
brought challenges to designing new power conversion systems. On account of the …

This article proposes a high step-up dc–dc converter with single switch, which combines a
multiplier voltage cell, two winding coupled inductor, and switched capacitor. The converter …

In this article, an isolated zero-voltage switching three-port dc–dc converter (TPC) using a
planer transformer is proposed and operated for the frequency of 1 MHz. The proposed …

This paper presents the design of three-port converters (TPCs) for smooth transitions (ie, fast
settling time, and no obvious overshoot/undershoot) of 7 distinctive operating modes …

Three-port converters (TPCs) are extensively used for renewable energy systems (RES)
catering to stand-alone load and/or grid. Such systems require an energy storage element …

This article proposes a high-gain transformerless three-port converter (TPC) for standalone
photovoltaic (PV) systems. The TPC is designed and developed based on a dual-inductor …

Nowadays, energy sustainability needs drive the development of novel power system
architectures that efficiently harvest and deliver green energy. Specifically, DC Microgrids …

Lifetime estimation of power semiconductor devices have been widely investigated to
improve the reliability and reduce the cost of maintenance of power converters. However in …

This article proposes a novel nonisolated dual-input single-output high step-up dc/dc
converter with coupled inductor (NI-DISO-CI) for the distributed sources. The coupled …