Features of designing air conditioning systems according to new building codes
- Authors: Kokorin O.Y.1
-
Affiliations:
- Doctor of Engineering, Sciences, Prof.
- Issue: Vol 93, No 9 (2004)
- Pages: 34-38
- Section: Articles
- URL: https://journals.rcsi.science/0023-124X/article/view/101215
- DOI: https://doi.org/10.17816/RF101215
- ID: 101215
Cite item
Full Text
Abstract
New standards with regards to systems of heating, ventilation, air conditioning and building climatology introduce considerable changes when choosing the regimes of preparation ofthe conditioned air. A higher humidity of the outside air design parameters has required obligatory use of the regimes of refrigeration and drying of the inlet outside air. Based on the use of York equipment, energy efficient air conditioning systems are being developed.
Keywords
Full Text
##article.viewOnOriginalSite##About the authors
O. Ya. Kokorin
Doctor of Engineering, Sciences, Prof.
Author for correspondence.
Email: info@eco-vector.com
MGSU
Russian FederationReferences
Supplementary files
Supplementary Files
Action
1.
JATS XML
2.
Rice. 1. Building on the l-d-diagram of the energy-saving mode of operation of the SCR in the cold season. Symbols of the modes: НХ-Н2 - heating of fresh air in the heat exchanger of the utilization unit; H2-PN - air heating in the heater with the heat of hot water; PN-P - steam humidification; П-В-У1 - absorption of heat and moisture emissions along the height of the auditorium; U1-U2 - extracting the heat of the exhaust air for heating the antifreeze circulating in the recovery unit
Download (391KB)
3.
Rice. 2. Construction on the I-d-diagram of the energy-saving mode of operation of the SCR in the warm period of the year. Symbols of the modes: H-OH - cooling and dehumidification of the supply air in the heat exchanger of the utilization plant; OH-P - heating in the air heater with the heat of heated water after the condenser of the refrigeration machine; P-V-U1 - absorption of heat and moisture release in height auditorium; U1-U2 - perception by the removed air of the remaining heat of condensation of the refrigerating machine
Download (361KB)
4.
Rice. 3. Schematic diagram of the energy-saving SLE of the auditorium. 1 - supply unit: 2 - filter; 3 - heat-releasing heat exchanger of the utilization plant, in summer - air cooler; 4 - heater; 5 - steam humidifier; 6 - fan unit; 7 - supply air collector Lnu; 8 - air distributor with seat; 9 - exhaust collector L; 10 - exhaust unit; 11 - heat-extracting heat exchanger of the utilization plant in winter, in summer - condenser cooler of the refrigeration machine; 12 - refrigerator compressor; 13 - water condenser: 14 - evaporator; 15 - cold water storage tank G; 16 - plate heat exchanger "antifreeze - hot water" in winter, "antifreeze - cold water" - in summer; 17 - plate heat exchanger "antifreeze - water from condenser G"; 18 - solenoid valves: closed in summer and open in winter; 19 - solenoid valves: open in summer and closed in winter
Download (349KB)
