Understanding the role of inhabitants in innovative mechanical ventilation strategies
The causes and implications are explored for why some inhabitants choose to avoid or abandon usage of their mechanical ventilation system. Over half of respondents in four LEED-certified high-rise residential buildings in Toronto, Canada, were found not to use their heat recovery ventilators (HRV)....
Ausführliche Beschreibung
Gespeichert in:
| Autor*in: |
Brown, Craig [verfasserIn] |
|---|
| Format: |
Artikel |
|---|---|
| Sprache: |
Englisch |
| Erschienen: |
2015 |
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| Rechteinformationen: |
Nutzungsrecht: © 2014 Taylor & Francis 2014 |
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| Schlagwörter: |
|---|
| Übergeordnetes Werk: |
Enthalten in: Building research and information - London : Spon, 1991, 43(2015), 2, Seite 210-13 |
|---|---|
| Übergeordnetes Werk: |
volume:43 ; year:2015 ; number:2 ; pages:210-13 |
| Links: |
|---|
| DOI / URN: |
10.1080/09613218.2015.963350 |
|---|
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OLC1962166104 |
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| 520 | |a The causes and implications are explored for why some inhabitants choose to avoid or abandon usage of their mechanical ventilation system. Over half of respondents in four LEED-certified high-rise residential buildings in Toronto, Canada, were found not to use their heat recovery ventilators (HRV). Questionnaire scores, comments and interview results found the following reasons: acoustic dissatisfaction, difficulty with the accessibility of filters, inhabitant knowledge and preferences, and lack of engagement with training materials. A disconnect also exists between the expectations of designers and the thinking and behaviours of inhabitants. The implications of inhabitants' ventilation behaviours were also explored though metered energy data as well as noise and indoor air quality (IAQ) measurements within their dwellings. Results suggest that abandoning mechanical ventilation in favour of passive ventilation can actually lead to greater satisfaction with IAQ and to decreased energy consumption. It is recommended that designers employ resilient design strategies that allow for varied preferences (e.g., for passive ventilation) to be exercised by inhabitants without undermining suite- or building-level performance. The study also highlights the importance of using post-occupancy evaluation methodology to understand how inhabitants interact with (new) technology in order to optimize performance and satisfaction in high-rise residential buildings. | ||
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690 DNB Understanding the role of inhabitants in innovative mechanical ventilation strategies ventilation usability controls housing building performance inhabitant behaviour heating high-rise indoor air quality Indoor air quality Ventilation Certification Energy consumption Residential buildings High rise buildings Ventilators |
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ddc 690 misc ventilation misc usability misc controls misc housing misc building performance misc inhabitant behaviour misc heating misc high-rise misc indoor air quality misc Indoor air quality misc Ventilation misc Certification misc Energy consumption misc Residential buildings misc High rise buildings misc Ventilators |
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ddc 690 misc ventilation misc usability misc controls misc housing misc building performance misc inhabitant behaviour misc heating misc high-rise misc indoor air quality misc Indoor air quality misc Ventilation misc Certification misc Energy consumption misc Residential buildings misc High rise buildings misc Ventilators |
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Understanding the role of inhabitants in innovative mechanical ventilation strategies |
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Understanding the role of inhabitants in innovative mechanical ventilation strategies |
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understanding the role of inhabitants in innovative mechanical ventilation strategies |
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Understanding the role of inhabitants in innovative mechanical ventilation strategies |
| abstract |
The causes and implications are explored for why some inhabitants choose to avoid or abandon usage of their mechanical ventilation system. Over half of respondents in four LEED-certified high-rise residential buildings in Toronto, Canada, were found not to use their heat recovery ventilators (HRV). Questionnaire scores, comments and interview results found the following reasons: acoustic dissatisfaction, difficulty with the accessibility of filters, inhabitant knowledge and preferences, and lack of engagement with training materials. A disconnect also exists between the expectations of designers and the thinking and behaviours of inhabitants. The implications of inhabitants' ventilation behaviours were also explored though metered energy data as well as noise and indoor air quality (IAQ) measurements within their dwellings. Results suggest that abandoning mechanical ventilation in favour of passive ventilation can actually lead to greater satisfaction with IAQ and to decreased energy consumption. It is recommended that designers employ resilient design strategies that allow for varied preferences (e.g., for passive ventilation) to be exercised by inhabitants without undermining suite- or building-level performance. The study also highlights the importance of using post-occupancy evaluation methodology to understand how inhabitants interact with (new) technology in order to optimize performance and satisfaction in high-rise residential buildings. |
| abstractGer |
The causes and implications are explored for why some inhabitants choose to avoid or abandon usage of their mechanical ventilation system. Over half of respondents in four LEED-certified high-rise residential buildings in Toronto, Canada, were found not to use their heat recovery ventilators (HRV). Questionnaire scores, comments and interview results found the following reasons: acoustic dissatisfaction, difficulty with the accessibility of filters, inhabitant knowledge and preferences, and lack of engagement with training materials. A disconnect also exists between the expectations of designers and the thinking and behaviours of inhabitants. The implications of inhabitants' ventilation behaviours were also explored though metered energy data as well as noise and indoor air quality (IAQ) measurements within their dwellings. Results suggest that abandoning mechanical ventilation in favour of passive ventilation can actually lead to greater satisfaction with IAQ and to decreased energy consumption. It is recommended that designers employ resilient design strategies that allow for varied preferences (e.g., for passive ventilation) to be exercised by inhabitants without undermining suite- or building-level performance. The study also highlights the importance of using post-occupancy evaluation methodology to understand how inhabitants interact with (new) technology in order to optimize performance and satisfaction in high-rise residential buildings. |
| abstract_unstemmed |
The causes and implications are explored for why some inhabitants choose to avoid or abandon usage of their mechanical ventilation system. Over half of respondents in four LEED-certified high-rise residential buildings in Toronto, Canada, were found not to use their heat recovery ventilators (HRV). Questionnaire scores, comments and interview results found the following reasons: acoustic dissatisfaction, difficulty with the accessibility of filters, inhabitant knowledge and preferences, and lack of engagement with training materials. A disconnect also exists between the expectations of designers and the thinking and behaviours of inhabitants. The implications of inhabitants' ventilation behaviours were also explored though metered energy data as well as noise and indoor air quality (IAQ) measurements within their dwellings. Results suggest that abandoning mechanical ventilation in favour of passive ventilation can actually lead to greater satisfaction with IAQ and to decreased energy consumption. It is recommended that designers employ resilient design strategies that allow for varied preferences (e.g., for passive ventilation) to be exercised by inhabitants without undermining suite- or building-level performance. The study also highlights the importance of using post-occupancy evaluation methodology to understand how inhabitants interact with (new) technology in order to optimize performance and satisfaction in high-rise residential buildings. |
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Understanding the role of inhabitants in innovative mechanical ventilation strategies |
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