The following paper presents a thermodynamic analysis of a CSP (Concentrated Solar Power) plant that works with ORC; electric power is always approximately equal to 20 kWe. Through thermodynamic optimizations were compared, for various working fluids(R134a, R245fa, Acetone), the results in terms of ɳgel and absorbing mirrors surface; for the same electrical power. For the systems that works with acetone, it also provided for the study of the selection of the most suitable machines to the thermodynamic cycle under consideration. We highlight the construction simplicity of the ORC systems and greater efficiency for lower ratio of the temperature difference
Because of the depletion of fossil fuels and global warming issues, the world energy sector is under...
peer reviewedA novel power block for medium temperature concentrated solar power (CSP) applications ...
Nowadays, the search for alternative sources for conversion of heat into power pushes towards the re...
The following paper presents a thermodynamic analysis of a CSP (Concentrated Solar Power) plant that...
AbstractThe following paper presents a thermodynamic analysis of a CSP (Concentrated Solar Power) pl...
Solar-thermal power plants operating on Solar-Organic Rankine cycle (S-ORC) are simple and low-cost....
Concentrating solar power is still a niche market for ORCs counting several small applications but o...
In this paper the thermodynamic and electrical optimization of small power Concentrated Solar Power ...
Solar thermoelectric, even for small sizes, is continuing to garner more attention, by virtue of mat...
This paper analyses and simulates an organic Rankine cycle (ORC) specifically for smaller concentrat...
AbstractSolar thermoelectric, even for small sizes, is continuing to garner more attention, by virtu...
This paper aims to investigate the best configuration of an ORC plant for supplying power and useful...
peer reviewedUnder the economical and political pressure due to the depletion of fossil fuel and glo...
A novel power block for medium temperature concentrated solar power (CSP) applications based on the ...
peer reviewedBecause of the depletion of fossil fuels and global warming issues, the world energy se...
Because of the depletion of fossil fuels and global warming issues, the world energy sector is under...
peer reviewedA novel power block for medium temperature concentrated solar power (CSP) applications ...
Nowadays, the search for alternative sources for conversion of heat into power pushes towards the re...
The following paper presents a thermodynamic analysis of a CSP (Concentrated Solar Power) plant that...
AbstractThe following paper presents a thermodynamic analysis of a CSP (Concentrated Solar Power) pl...
Solar-thermal power plants operating on Solar-Organic Rankine cycle (S-ORC) are simple and low-cost....
Concentrating solar power is still a niche market for ORCs counting several small applications but o...
In this paper the thermodynamic and electrical optimization of small power Concentrated Solar Power ...
Solar thermoelectric, even for small sizes, is continuing to garner more attention, by virtue of mat...
This paper analyses and simulates an organic Rankine cycle (ORC) specifically for smaller concentrat...
AbstractSolar thermoelectric, even for small sizes, is continuing to garner more attention, by virtu...
This paper aims to investigate the best configuration of an ORC plant for supplying power and useful...
peer reviewedUnder the economical and political pressure due to the depletion of fossil fuel and glo...
A novel power block for medium temperature concentrated solar power (CSP) applications based on the ...
peer reviewedBecause of the depletion of fossil fuels and global warming issues, the world energy se...
Because of the depletion of fossil fuels and global warming issues, the world energy sector is under...
peer reviewedA novel power block for medium temperature concentrated solar power (CSP) applications ...
Nowadays, the search for alternative sources for conversion of heat into power pushes towards the re...