"Energy recovery from low grade energy sources represents a technological. challenge which can significantly contribute to the energy balance between. production and consumption. Mechanical and electrical production can be done. both from thermal energy usually wasted and low temperature renewable sources.. In this sense, the interest is twofold. Many efforts have been made and studies. produced, mainly making reference to a well known organic Rankine cycle (ORC) of. transformations: in spite of this, the expander technology still represents an open. aspect and call for a reliable and low cost development.. This paper presents the experimental validation of a comprehensive mathematical. model of a sliding vane rotary expander: the model, fully physically based, has. been validated thanks to a test bench in which, through an ORC, a novel expander. has been tested and operated.. "
Energy Recovery using Sliding Vane Rotary Expanders
CIPOLLONE, Roberto;BIANCHI, GIUSEPPE;
2013-01-01
Abstract
"Energy recovery from low grade energy sources represents a technological. challenge which can significantly contribute to the energy balance between. production and consumption. Mechanical and electrical production can be done. both from thermal energy usually wasted and low temperature renewable sources.. In this sense, the interest is twofold. Many efforts have been made and studies. produced, mainly making reference to a well known organic Rankine cycle (ORC) of. transformations: in spite of this, the expander technology still represents an open. aspect and call for a reliable and low cost development.. This paper presents the experimental validation of a comprehensive mathematical. model of a sliding vane rotary expander: the model, fully physically based, has. been validated thanks to a test bench in which, through an ORC, a novel expander. has been tested and operated.. "Pubblicazioni consigliate
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