ASHRAE Journal - October 2023 - 64

TECHNICAL FEATURE
such systems in the market to provide comfort
requirements with reduced energy use.
Acknowledgment
The authors acknowledge Prof. E.E. Khalil, whose
presence among the HVAC community continued for
decades. The vast number of publications, research
students under his supervision, local, regional and
global committees he participated in and chaired was
phenomenal. It is our pride that the present work
emanated from his inspiration, and it is our sadness that
it marks the end of a long path of successes.
References
1. IEA. 2020. " Clean Energy Innovation in the Covid-19 Crisis. "
International Energy Agency. https://tinyurl.com/6jdx7wvd
2. De Cian, E, I. Sue Wing. 2019. " Global energy consumption in a
warming climate. " Environ. Resour. Econ 72(2):365 - 410.
3. Ul'yanin, Y.A., V. Kharitonov, D.Y. Yurshina. 2018. " Forecasting
the dynamics of the depletion of conventional energy resources. "
Studies on Russian Economic Development 29:153 - 160.
4. Pérez-Lombard, L, J. Ortiz, C. Pout. 2008. " A review on
buildings energy consumption information. " Energy and Buildings
40(3):394 -398.
5. Conti, J, et al. 2016. " International Energy Outlook 2016 with
Projections to 2040. " U.S. Energy Information Administration (EIA).
6. Oberthür, S, C. Dupont. 2010. " The Council, the European
Council and international climate policy: from symbolic leadership
to leadership by example. " a chapter in The European Union as a
Leader in International Climate Change Politics, Rüdiger Wurzel, James
Connelly, Eds. Routledge.
7. Prieto, A., U. Knaack, T. Klein, T. Auer. 2017. " 25 years of cooling
research in office buildings: review for the integration of cooling
strategies into the building façade (1990- 2014). Renew Sustain Energy
Rev 71:89 -102.
8. IEA. 2008. Energy Technology Perspectives 2008: Scenarios & Strategies
to 2050. Paris: International Energy Agency.
9. González-Martín, J, NJR Kraakman, C. Pérez, R. Lebrero, R.
Muñoz. 2021. " A state-of-the-art review on indoor air pollution and
strategies for indoor air pollution control. " Chemosphere 262:128376.
https://doi.org/10.1016/j.chemosphere.2020.128376
10. Sanner, B., et al. 2011. Common Vision for the Renewable Heating
& Cooling Sector in Europe-European Technology Platform on Renewable
Heating and Cooling. Luxembourg: European Union.
11. IEA. 2018. The Future of Cooling: Opportunities for Energy-Efficient Air
Conditioning. Paris: International Energy Agency.
12. Virta, M. (ed.), D. Butler, J. Gräslund, J. Hogeling, et al. 2004.
Chilled Beam Application Guidebook. Brussels: REHVA.
13. Woollett, J., J. Rimmer. 2014. Active and Passive Beam Application
Design Guide, p. 115. Atlanta and Brussels: ASHRAE and REHVA.
14. Virta, M. (ed.), D. Butler, J.Gräslund, J. Hogeling, et al. 2007.
Chilled Beam Application Guidebook. Brussels: REHVA.
15. Vastyan, J. 2011. " Chilled beam basics. " Heating Plumb Air
Condition 83(7), 2011.
16. REHVA. Undated. Homepage. Federation of European
Heating, Ventilation and Air-Conditioning Associations. https://
www.rehva.eu.
17. Chen, C., W. Cai, Y. Wang, C. Lin. 2014. " Performance
64
ASHRAE JOURNAL ashrae.org O CTO B ER 2023
comparison of heat exchangers with different circuitry
arrangements for active chilled beam applications. " Energy and
Buildings 79(8):164 -172.
18. ANSI/ASHRAE Standard 113-2005, Method of Testing for Room Air
Diffusion.
19. Cao, G., H. Awbi, R. Yao, Y. Fan, et al. 2014. " A review of the
performance of different ventilation and airflow distribution
systems in buildings. " Building and Environment 73(3):171-186.
20. Kosonen, R., P. Mustakallio, Z. Bolashikov, et al. 2014.
" Thermal comfort with radiant and convective cooling systems. "
REHVA Journal (June):47- 51.
21. Kosonen, R., A. Melikov, L. Bozkhov, B. Yordanova. 2007.
" Impact of heat load distribution and strength on airflow pattern in
rooms with exposed chilled beams. " Proceedings of Roomvent.
22. Koskela, H., H. Häggblom, R. Kosonen, M. Ruponen.
2010. " Air distribution in office environment with asymmetric
workstation layout using chilled beams. " Building and Environment
45(9):1923 -1931.
23. Gong, X., D.E. Claridge. 2007. " Impact of the position of the
radiators on energy consumption and thermal comfort in a mixed
radiant and convective heating system. " ASHRAE Transactions 113(1).
24. Catalina, T., J. Virgone, F. Kuznik. 2009. " Evaluation of thermal
comfort using combined CFD and experimentation study in a test
room equipped with a cooling ceiling. " Building and Environment
44(8):1740-1750.
25. Abdus, S., P. Man, P. Chun, et al. 2018. " Evaluation of thermal
comfort criteria of an active chilled beam system in tropical
climate: a comparative study. " Building and Environment 145:196-212.
26. Bingjie, W., C. Wenjian, J. Ke. 2018. " Heat source effects on
thermal comfort for active chilled beam systems. " Building and
Environment 141:91-102, 2018.
27. Upadhyay, R., R. Mora, M-A. Jean, M. Koupriyanov. 2020.
" Experimental study on the performance evaluation of active
chilled beams in heating and cooling operation under varied
boundary conditions. " Science and Technology for the Built Environment
26(5):658-675.
28. Cehlin, M, T. Karimipanah, U. Larsson, A. Ameen. 2018.
" Comparing thermal comfort and air quality performance of two
active chilled beam systems in an open-plan office. " J Build Eng
22:56-65.
29. Chen, C., W. Cai, K. Giridharan, Y. Wang. 2014. " A hybrid
dynamic modeling of active chilled beam terminal unit. " Appl.
Energy 128:133-143.
30. Sachs, H.M., W. Lin, A.K. Lowenberger. 2009. " Emerging
Energy Saving HVAC Technologies and Practices for the Buildings
Sector (2009). " American Council for an Energy-Efficient Economy.
31. Penttinen, J., R. Kosonen. 2017. " The effect of free cooling
and demand-based ventilation on energy consumption of selfregulating
and traditional chilled beam systems in cold climate. "
Indoor and Built Environment 26(2)256-271.
32. Hui, S, J. Leung. 2012. " Thermal comfort and energy
performance of chilled ceiling systems. " Proceedings of the FujianHong
Kong Joint Symposium 2012 36-48.
33. Kim, J., J, Braun, A. Tzempelikos, W.T. Horton. 2016.
" Performance evaluation of a passive chilled beam system and
comparison with a conventional air system, " International High
Performance Buildings Conference.
34. Kim, J., A. Tzempelikos, J. Braun. 2019. " Energy savings
potential of passive chilled beams vs air systems in various US
climatic zones with different system configurations. " Energy Build
186:244-260.
35. Mustakallio, P., R. Kosonen, A. Korinkova1. 2017. " Full-scale
test and CFD-simulation of radiant panel integrated with exposed
chilled beam in heating mode. " Building Simulation 10(1).
https://tinyurl.com/6jdx7wvd https://www.doi.org/10.1016/j.chemosphere.2020.128376 https://rehva.eu https://rehva.eu http://www.ashrae.org
ASHRAE Journal - October 2023

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