Optimal multi-market scheduling of a sustainable photovoltaic-oriented distribution network hosting hydrogen vehicles and energy storages: A regret assessment optimization

Enhanced H2 storage in silicene through lithium decoration and single vacancy and Stone‐Wales defects: A density functional theory investigation

“…[2][3][4][5] Despite a multitude of methods for large-scale production of hydrogen such as water electrolysis, gasification, steam reforming etc. [3][4][5][6] the widespread utilization of hydrogen as a fuel is still primarily hindered due to the absence of efficient storage technologies. Initial attempts of storing hydrogen included trapping hydrogen in glass microspheres, however these methods were subsequently discontinued after experiencing high losses in the form of escaped H 2 from the containers.…”

“…1 Hydrogen has gained major attention in this regard as a clean alternative to conventional fuels due to its superior heat capacity as well as lower toxicity compared to other traditional fuels such as gasoline and methane. [2][3][4][5] Despite a multitude of methods for large-scale production of hydrogen such as water electrolysis, gasification, steam reforming etc. [3][4][5][6] the widespread utilization of hydrogen as a fuel is still primarily hindered due to the absence of efficient storage technologies.…”

“…In order to address the energy crisis arising from the depletion of fossil fuel resources and their environment impact, significant efforts are currently underway to find renewable, environmentally friendly energy sources 1 . Hydrogen has gained major attention in this regard as a clean alternative to conventional fuels due to its superior heat capacity as well as lower toxicity compared to other traditional fuels such as gasoline and methane 2‐5 . Despite a multitude of methods for large‐scale production of hydrogen such as water electrolysis, gasification, steam reforming etc 3‐6 .…”

Research on the airtight helium leak detection test device of fully-wrapped carbon fiber reinforced cylinders with a plastic liner for the on-board storage of compressed hydrogen

“…It is widely recognized by society and is known as the ' ultimate energy ' in the 21 st century. Hydrogen energy vehicles and supporting hydrogen refueling stations are the main downstream of the hydrogen energy industry chain [3][4][5][6]. Vigorously promoting hydrogen energy vehicles is of great significance for achieving the goals of ' carbon peak ' and ' carbon neutralization '.…”