Hydrogen is a promising supplement in future energy systems with high penetration rates of renewable (RE) generation. As conversion technology between the two secondary carriers, hydrogen and electricity, particularly grid-connected electrolysers, have role to play. During market ramp-up, electrolysers could cause unwanted side-effects through inducing additional CO2 emissions power sector. Sin...

In this era of depleting fossil fuels, alternative fuels and their study has gained much importance. One the methods using is operating IC engines in dual fuel mode. This review an attempt to highlight investigations on HHO gas supplemented combustion internal engines, particularly diesel operated ones. better burning characteristics than pure hydrogen since, oxygen does not attain diatomic sta...

Today, in the field of energy, main goal is to reduce emissions with aim maintaining a clean environment. To energy consumption from fossil fuels, new tools for micro-grids have been proposed. In context multi-vector management systems, present work proposes an optimal scheduler based on genetic algorithms manage flexible assets system, such as storage and manageable demand. This tool applied c...

The current work demonstrates how tailoring the transport properties of thin ceria-based buffer layers in solid oxide fuel or electrolyser cells can provide the necessary phase stability against chemical interaction at the electrolyte/electrode interface, while also providing radical improvements in the electrochemical performance of the oxygen electrode. Half cells of Ce0.8R0.2O2-δ + 2 mol% Co...