In recent years, microgrids have gained attention as a technological alternative to face the
energy transition and universal sustainable electrification challenges. Its versatility to …

The commitment of mining industry to reduction of greenhouse gas emissions necessitates
enhancements in operational efficiency, electrification, and renewable-energy use. An …

Mining companies have increasingly shown interest in renewable electricity generation to
address rising energy costs and reduce greenhouse gas emissions from their operations …

Currently, the mining sector is confronted with declining ore grades, volatile energy prices,
and environmental pollution from massive carbon emissions. Due to the advantages of RE …

The electrification of construction machinery is an inevitable development trend due to
strengthened restrictions on greenhouse gas and pollutant emissions from construction …

Utility-scale battery energy storage systems (BESSs) are emerging as an essential part of
future power grids. A framework for the techno-economic application of a BESS in a dc …

It is important to estimate the energy required in ore processing to select the most affordable
and efficient energy system for the integration of renewable resources into the mining …

This article proposes a dual-active-bridge control to support the fast synthetic inertial action
in DC microgrids. First of all, the selection of the isolated DC/DC converter to link an energy …

This paper proposes a cooperative control scheme for power quality compensation,
exploiting the remaining capacity of power electronics converters typically used in …

Abstract Purpose of Review Mining operations, similar to those in other heavy-industry
applications, such as steel-making, are energy intensive. To offset power requirements …