abstractEN: This paper presents results of a comparative study of a micro-combined heat and power (CHP) unit with solid oxide fuel cell (SOFC) fed by two different fuels. For current analysis biogas and dimethyl ether (DME) were selected. Detailed model of the micro-CHP system with net power output of 3 kWel was created, based on an advanced model of the SOFC. In both power units, steam reforming was employed in order to generate hydrogen-rich gas. Reforming temperatures of 900°C and 350°C were selected for biogas and DME, respectively. Both systems were based on the same reference solid oxide fuel cells. Similar plant outlines was employed, with small changes to accommodate different reformer operating temperatures.score: 0collation: 53-5
AbstractThis paper presents results of a recent evaluation of a conceptual micro-CHP units in two al...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
Solid oxide fuel cell systems for combined heat and power production (SOFC μCHP) fueled by natural g...
Three configurations of solid oxide fuel cell (SOFC) micro-combined heat and power (micro-CHP) syste...
The development of fuel cell technologies offers the opportunity to achieve significant improvements...
In recent years, research efforts on fuel cells have been addressed on the development of multifuel ...
The biogas needs to be reformed before electro-chemical conversion in the solid-oxide fuel cell, whi...
Three configurations of solid oxide fuel cell (SOFC) micro-combined heat and power (micro-CHP) syste...
Microscale combined heat and power (CHP) unit based on solid oxide fuel cells (SOFC) for distributed...
The aim of this research work is to describe in qualitative and quantitative form the performance of...
This paper investigates simulation results of the thermodynamic performance of a 25 kW<sub>el</sub> ...
Biogas is an abundant renewable energy source which can be produced by anaerobic treatment of biolog...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
In the present work, a comparative study of internal and external dry reforming of biogas fuelling s...
AbstractThis paper presents results of a recent evaluation of a conceptual micro-CHP units in two al...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
Solid oxide fuel cell systems for combined heat and power production (SOFC μCHP) fueled by natural g...
Three configurations of solid oxide fuel cell (SOFC) micro-combined heat and power (micro-CHP) syste...
The development of fuel cell technologies offers the opportunity to achieve significant improvements...
In recent years, research efforts on fuel cells have been addressed on the development of multifuel ...
The biogas needs to be reformed before electro-chemical conversion in the solid-oxide fuel cell, whi...
Three configurations of solid oxide fuel cell (SOFC) micro-combined heat and power (micro-CHP) syste...
Microscale combined heat and power (CHP) unit based on solid oxide fuel cells (SOFC) for distributed...
The aim of this research work is to describe in qualitative and quantitative form the performance of...
This paper investigates simulation results of the thermodynamic performance of a 25 kW<sub>el</sub> ...
Biogas is an abundant renewable energy source which can be produced by anaerobic treatment of biolog...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
In the present work, a comparative study of internal and external dry reforming of biogas fuelling s...
AbstractThis paper presents results of a recent evaluation of a conceptual micro-CHP units in two al...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...