The application of energy supply systems based on fuel cells contributes to meeting the
requirement of sustainable development, and developing high-efficiency, low-pollution, and …

A multigeneration system is proposed to address the high temperature exhaust emissions of
solid oxide fuel cells and the increasing demand for power, fresh water, cooling, and heating …

To promote the transformation of traditional coal industry to clean energy, and promote the
upgrading and sustainable development of energy industry. A novel integrated system …

The steel industry is one of the hard-to-abate sectors for decarbonization, and direct
electrification is not possible or economically infeasible. This study investigates the …

The increasing demand for green hydrogen and power production necessitates the
development of novel and upgraded power generation technologies. The solid oxide fuel …

Due to the ever-rising demand for energy and the need to address the critical issue of global
warming, the focus on efficient energy systems driven by renewable energy has gained a lot …

This study conducts conventional and advanced exergy, exergo-economic, and exergo-
environmental analyses and comparisons of two tri-generation systems driven by solid oxide …

Developing highly efficient thermodynamic cycles is of great importance in the area of
distributed energy system, there are still many non-negligible problems on feasibility …

The presented paper focuses on renewable energy-assisted electricity, hydrogen, and cold
energy production. Solar energy is used as the energy source in the study. The organic …

To promote the sustainable development of clean energy, a novel integrated system
coupled coalbed methane recovery and proton exchange membrane fuel cell (PEMFC) is …