Achieving natural and hybrid ventilation in practice

International Journal of Ventilation

Volumn 5, Issue 1, 2006, Pages 115-130

  Liddament, Martin ^a   Axley, James ^b   Heiselberg, Per ^c   Li, Yuguo ^d   Stathopoulos, Ted ^e  

^a VEETECH Ltd   (United Kingdom)

^b YALE UNIVERSITY   (United States)

^c AALBORG UNIVERSITY   (Denmark)

^d UNIVERSITY OF HONG KONG   (Hong Kong)

^e Civil and Environmental Engineering   (Canada)

Author keywords

Case studies; Existing buildings; Hybrid ventilation; Mixed mode ventilation; Natural ventilation; New buildings; Passive cooling; Ventilation problems

Indexed keywords

AIR CONDITIONING; AIR QUALITY; BUILDINGS; COOLING;

HYBRID VENTILATION; MIXED MODE VENTILATION; NATURAL VENTILATION; PASSIVE COOLING;

VENTILATION;

EID: 33748762988     PISSN: 14733315     EISSN: None     Source Type: Journal    
DOI: 10.1080/14733315.2006.11683729     Document Type: Review

References (19)

1. Aggerholm S: (2003) "Control of hybrid ventilation systems" International Journal of Ventilation, HYBVENT Special Edition, 1, February, pp65-76.
2. Athienitis AK, Roy M, and Zhao M: (2005) "Design and simulation of a hybrid ventilation system with earth-air heat exchanger", Proceedings of IBPSA, Montreal, Canada, August.
3. Axley J, Emmerich S and Walton N: (2001) "Modeling the performance of a naturally ventilated commercial building with a multizone coupled thermal/airflow simulation tool", NIST Report GCR-01-820.
4. Bourgeois D, Haghighat F and Potvin A: (2002a) "On the applicability of Hybrid ventilation in Canadian office and educational buildings: Part 1 - Barriers and opportunities stemming from building regulation" Proceedings of International Hybrid Ventilation Conference, Montreal, Canada, May.
5. Bourgeois D, Haghighat F and Potvin A: (2002b) "On the applicability of Hybrid ventilation in Canadian office and educational buildings: Part 2 - Implementing Annex 35 pilot study projects in Canada". Proceedings of International Hybrid Ventilation Conference, Montreal, Canada.
6. National Building Code of Canada: (1995).
7. Brohus H, Frier C, Hendriksen OJ and Heiselberg P: (2003) "Measurements of Hybrid Ventilation Performance in an Office Building", International Journal of Ventilation, HYBVENT Special Edition, 1, February, pp77-88.
8. CEN/TC 156: (2005) "Ventilation for non-residential buildings - Performance requirements for ventilation and room-conditioning systems" prEN 13779.
9. Cook M and Short A: (2005) "Natural ventilation and low energy cooling of large, non-domestic buildings - four case studies", International Journal of Ventilation, 3, (4), pp283-294.
10. Eicker U, Huber M, Seeberger P and Vorschulze C: (2005) "Passive and low energy cooling of office buildings", International Journal of Ventilation, 4, (3), pp.203-214.
11. Heiselberg P: (2003) "HybVent - hybrid ventilation editorial", International Journal of Ventilation, HYBVENT Special Edition, 1, February, pp1-2.
12. Jeong Y and Haghighat F: (2002) "Modelling of a hybrid ventilated building using ESP-r", International Journal of Ventilation, 1, (2), pp127-140.
13. Kluttig H, Erhorn H and Mørck O: (2003) "Retrofitting in educational buildings - REDUCE, 25 Case Study Reports from 10 different Countries", IEA ECBCS Annex 36.
14. Kukadia V: (1988) "Work Package 2: Performance of naturally ventilated buildings - Final Monitoring Report", BRE (UK).
15. Levermore GJ: (2002) "The exponential limit to the cooling of buildings by natural ventilation", Building Serv. Eng. Res. Technol. 23, 1.
16. Rowe D: (2003): "A study of a mixed mode environment in 25 cellular offices at the university of Sydney, International Journal of Ventilation, HYBVENT Special Edition, 1, February, pp53-64.
17. Simons MW and Maloney BJ: (2003) "Comfort and acoustic monitoring in a large naturally ventilated technically advanced building" International Journal of Ventilation, 2, (1), pp 1-14.
18. Youxiong G and Bing W: (2005) "A ventilation system integrating a buried pipe technique with multipurpose windows", International Journal of Ventilation, 3, (4), pp321-330.
19. Zimmermann M and Andersson J: (1998) "Low energy cooling - case study buildings" International Energy Agency ECBCS.