Biomass is the most widely used renewable energy source which is highly appreciated due
to its high availability and non-intermittent nature. Considering problems such as reduction …

In light of abundant sources of biomass feedstocks and regarding the higher performance in
syngas-fueled-based SOFC systems, this work proposes a novel multigeneration system …

A novel hybrid system using biomass as fuel for both power and heat generation, which
consists of biomass gasification unit, solid oxide fuel cell, homogeneous charge …

In this study, a novel configuration consisting of a biomass-based anode/cathode recycling
solid oxide fuel cell integrated with a gas turbine and solid oxide electrolyzer cell is …

A cloud computing multi-objective task scheduling optimization based on fuzzy self-defense
algorithm is proposed. Select the shortest time, the degree of resource load balance and the …

In the large-scale industries, optimization of multi-type energy systems to minimize the total
energy cost is of great importance and has received worldwide attentions. In the real …

The aim of this study is to increase the power generation/exergy efficiency and reduce total
product cost/environmental contamination of solid oxide fuel cells. Accordingly, three …

Considering the significant waste heat generated by existing natural gas power plants, it is
imperative to implement eco-friendly combined process designs to ensure their long-term …

The utilization of high-temperature hybrid energy systems has a vital and promising role in
reducing environmental pollutants and coping with climate change. So, in the present …

Developing an effective energy transition roadmap is crucial in the face of global
commitments to achieve net zero emissions. While renewable power generation systems …