Algoritmul de aplicare a grinzilor climatice active si pasive. Studiul de caz

Abstract

Domeniul de studiu: algoritmul de aplicarea a grinzilor climatice in spatiile administrative si studiul de caz. Teza este dedicata analizii aplicarii a grinzilor climatice active si pasive, constructia lora, princiul de functionare, diminsionarea, distributia jetului de aer, metode de reglare, conectarii la sursa de aer refulat si sursa de caldura si racire. Deasemenea este prezentat studiul de caz la un obiect, unde sa prezentat calculul grinzilor climatice active cu formule in spatiilor administrative. Metoda analogica, de selectia automata cu ajutorul programei «ProSelect Swegon», conectarea cu centrala de ventilare cu recuperarea caldura, conectarea cu sursa de caldura si racire – pompa de caldura «aer-apa» si comparatea tehnica cu fancoil. Comparatie cu un sistem analog – fancoil, iar cu sursa de caldura si racire identica. S-au intocmit concluzii si recomandari privind metodelor moderne de proiectare grinzilor climatice in spatii administrative, cu sursa de aer refulat si sursa de caldura si racire.

Field of study: algorithm for applying climate beams in administrative spaces and case study. The thesis is dedicated to the analysis of the application of active and passive climatic beams, their construction, the principle of operation, diminishing, distribution of the Air jet, adjustment methods, connection to the source of discharged air and the source of heat and cooling. The case study of an object is also presented, where the calculation of active climatic beams with formulas in administrative spaces was presented. Analog method, automatic selection using the program "Proselect Swegon", connection with the ventilation boiler with heat recovery, connection with heat source and cooling – heat pump" air-water " and technical comparison with fancoil. Comparison with an analog system-fancoil, and with identical heat and cooling source.

Conclusions and recommendations were drawn on modern methods of designing climate beams in administrative spaces, with a source of discharged air and a source of heat and cooling.