Studio e progettazione di un sistema di smaltimento statico del calore

Research output: Other contribution

Abstract

[automatically translated] As part of this activity have been carried out the study and design of a static system for the disposal of the heat to be taken in conjunction with solar thermal systems to avoid the risk of stagnation due to the lack of use of the thermal energy produced (low energy demand heat, lack of power supply). The hydraulic components commonly installed in solar systems or expansion tank, safety valves, vents and temperature relief valves ensure the safety of users from the potential problems that arise by an uncontrolled temperature and pressure inside the system, but they can lead to a partial emptying of the system resulting in interruption of service in the aftermath of the stagnation phenomenon of the collectors and resulting in the need for intervention of a skilled worker for the restart. The purpose of this activity was to design a static system of disposal of excess thermal energy consists of a finned coil sized appropriately able to dissipate the heat by natural convection. The project is carried out on a prototype that will be installed and monitored at the offices of ENEA in the near future. The purpose of this activity was to design a static system of disposal of excess thermal energy consists of a finned coil sized appropriately able to dissipate the heat by natural convection. The project is carried out on a prototype that will be installed and monitored at the offices of ENEA in the near future. The purpose of this activity was to design a static system of disposal of excess thermal energy consists of a finned coil sized appropriately able to dissipate the heat by natural convection. The project is carried out on a prototype that will be installed and monitored at the offices of ENEA in the near future.
Original languageItalian
Number of pages58
Publication statusPublished - 2012

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