Comprehensive review on integration strategies and numerical modeling of fuel cell hybrid system for power & heat production
Recent advances in renewable energy research have suggested the fuel cell as a promising
future energy source. Compared to the conventional power generation process, which has …
future energy source. Compared to the conventional power generation process, which has …
Estimation of exergy-based sustainability index and performance evaluation of a novel intercooled hybrid gas turbine system
This paper contributes a novel sustainability index and modified exergy indicators for
conventional gas turbines and solid oxide fuel cell integrated gas turbine (SOFC-GT) hybrid …
conventional gas turbines and solid oxide fuel cell integrated gas turbine (SOFC-GT) hybrid …
A thermodynamic approach to analyze energy, exergy, emission, and sustainability (3E-S) performance by utilizing low temperature waste heat in SOFC–CHP-TEG …
Waste heat is one of the major problems associated with the energy system. This paper
discusses an energy, exergy, and emissions approach for the hybrid system by utilizing …
discusses an energy, exergy, and emissions approach for the hybrid system by utilizing …
Energy, exergy, and sustainability a novel comparison of conventional gas turbine with fuel cell integrated hybrid power cycle
In this paper, six novel modified exergy relations are explored to determine the precise
estimation of exergy destruction and to identify which component has the most improvement …
estimation of exergy destruction and to identify which component has the most improvement …
Waste heat recovery and exergy-based comparison of a conventional and a novel fuel cell integrated gas turbine hybrid configuration
In conventional gas-turbine cycles, a significant amount of heat is generated and gets
unutilized, which results in lower thermal efficiency and higher exergy destruction. In this …
unutilized, which results in lower thermal efficiency and higher exergy destruction. In this …
Qualitative–quantitative comparative assessment of conventional gas turbine with fuel cell-based integrated power cycle
A conventional gas turbine has potential to generate power but suffers from significant
losses in the form of exhaust. The system's efficiency can be improved by incorporating the …
losses in the form of exhaust. The system's efficiency can be improved by incorporating the …
Thermo-economics, emissions, and sustainability comparison of a novel hybrid evaporative cooled solid oxide fuel cell-recuperated gas turbine with conventional …
A novel integration of a solid-oxide fuel cell to an evaporative intercooled recuperated gas
turbine (SOFC-EIc-RGT) is presented. The goal of this integrated system is to reduce power …
turbine (SOFC-EIc-RGT) is presented. The goal of this integrated system is to reduce power …
Performance comparison and entropy generation of simple gas turbine with hybrid power cycle
Traditional gas turbines are utilized to generate electricity, however, there is a need for
alternate power cycle arrangements because of their low efficiency and high emissions. The …
alternate power cycle arrangements because of their low efficiency and high emissions. The …