In recent years, DC fault arc detection has been an electrical engineering research hotspot.
At present, most proposed detection methods do not analyze the effects of fault arc electrical …

Improvements in building end-use efficiency have significantly reduced the energy intensity
of new buildings, but diminishing returns make it a challenge to build very-low energy …

A high voltage gain, isolated high frequency Photo-voltaic (PV) microconverter with natural
continuous conduction mode (CCM) input current and a wide range of zero voltage …

Recent developments in micro-grids have led to increased interest in DC distribution
systems due to its high efficiency in distributing energy from renewable energy sources to …

A power control scheme with maximum power point tracking based on solely voltage
feedback control loops is proposed in this paper for a dc/ac isolated high frequency PV …

Recent developments in micro-grids have led to increased interest in DC distribution due to
its high efficiency in distributing energy from renewable energy sources to DC loads. This …

This paper proposes a combined voltage balancing and fault voltage mitigation technique
for a five-level inverter-based grid connected PV energy system. AC grid faults can result in …

The integration of photovoltaic (PV) and energy storage systems into official buildings has
garnered considerable attention, which are recognized as DC power sources. Notably, DC …

This paper presents a new modular single-stage DC-DC step-up converter with coupled
output power balancers that use a novel soft-switched active voltage quadrupler (AVQ) for …

This paper proposes a combined voltage balancing, fault voltage mitigation and grid-side
control technique for a two-stage low voltage DC (LVDC) to medium voltage AC (MVAC) …