Open AccessThermal-accumulating panel for microclimate support in a room with radioelectronic equipment
Author(s) -
Vadim Trofimov,
V. Ye. Trofimov
Publication year - 2017
Publication title -
tehnologiâ i konstruirovanie v èlektronnoj apparature
Language(s) - English
Resource type - Journals
eISSN - 2309-9992
pISSN - 2225-5818
DOI - 10.15222/tkea2017.3.36
Subject(s) - microclimate , daylight , operability , environmental science , meteorology , thermal energy , thermal , computer science , physics , optics , thermodynamics , geography , archaeology , software engineering
In a number of applications the functioning of radio electronic equipment (REO) occurs in rooms located in hard-to-reach regions with climatic conditions that are characterized by significant air temperature fluctuations reaching tens of Celsius degrees. To compensate these fluctuations various microclimate control devices are used. Their common property is necessity to consume electric energy, amount of which in the specified conditions is sufficiently limited. In this regard, the actual task is to minimize energy costs to provide the microclimate REO, for example, by using devices that do not require electrical energy for their operation.One of the opportunities for solving this problem is using of a thermal-accumulating panel (TAP). It is designed to compensate heat losses from the room with REO at night. The principle of the TAP is based on the absorption and conservation of thermal energy for a period of time during the phase transition of a solid working substance into liquid influenced, for example, by solar radiation.The construction of such TAP is considered here. Assessments of its operability, characteristics and recommendations for use are given. It is shown that at air temperature of 20 ... 25 C TAP can heat the room for at least 4.6 ... 6.2 hours at 2.5 ... 4.5 hours of sunny weather during daylight hours.