Impact of Occupants' Behaviour on Zero-Energy Buildings

1. Front Matter

   Pages i-vii

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2. Introduction

   • Francesca Stazi, Federica Naspi

   Pages 1-5

3. Importance of Energy Prevision Accuracy for Zero-Energy Buildings

   • Francesca Stazi, Federica Naspi

   Pages 7-12

4. Occupants’ Behaviours Impact on Indoor Environment

   • Francesca Stazi, Federica Naspi

   Pages 13-18

5. Triggers for Users’ Behaviours

   • Francesca Stazi, Federica Naspi

   Pages 19-29

6. Occupants’ Adaptive Actions

   • Francesca Stazi, Federica Naspi

   Pages 31-46

7. Experimental Data Acquisition

   • Francesca Stazi, Federica Naspi

   Pages 47-61

8. Modelling, Implementation and Validation Approaches

   • Francesca Stazi, Federica Naspi

   Pages 63-77

9. Conclusions and Future Challenges

   • Francesca Stazi, Federica Naspi

   Pages 79-82

10. Back Matter

    Pages 83-95

    PDF

This book highlights the importance of human behaviour in the building design process, with a focus on the construction of zero-energy buildings. It reports on and discusses the strategies the authors have adopted to develop behavioural models, and explains how to integrate them into building design. The analyses and findings presented in the book are supported by novel experimental data derived from building monitoring projects carried out by the authors’ research group. Further, the book suggests key methodologies and modelling approaches. 

The authors subsequently address occupants’ behaviour in zero-energy buildings from an energy perspective. They investigate many different aspects of the interactions between users and buildings devices, from assessing the triggering factors of occupants’ behaviours, to discussing modelling and simulation approaches. Methods for acquiring and analysing experimental data are presented, as well as a discussion on objective and subjective factors that trigger occupants’ behaviour. Other content includes: experimental investigations from real case studies to assess occupants’ interaction with building devices; an assessment of the driving factors that trigger human actions to identify the key parameters in the behavioural models; and critical suggestions on monitoring and modelling approaches to optimise data acquisition and modelling methods. 

The guidelines presented here will allow designers and researchers to improve the accuracy of their simulations of buildings energy performance, and support both building design and management processes. It will be of particular use to researchers involved in the development of behavioural models, as it presents experimental data and a comprehensive overview of behavioural modelling. The book will also be of interest to students who are studying the behavioural component of integrated building design.

• Occupant Behaviour
• Behavioural Modeling
• Adaptive Actions
• Building Performance
• Net-Zero Energy Buildings
• Building Energy
• Indoor Environment

• Department of Materials, Environmental Sciences and Urban Planning (SIMAU), Università Politecnica delle Marche, Ancona, Italy

  Francesca Stazi

• Department of Construction, Civil Engineering and Architecture (DICEA), Università Politecnica delle Marche, Ancona, Italy

  Federica Naspi

Professor Francesca Stazi is Ph.D and Associate Professor in Building Construction at Polytechnic University of Marche. She is the author of more than 65 publications including 25 papers on ISI/Scopus Journals and 1 international book. Her studies regard energy efficient buildings, occupants’ behaviour, thermal comfort and environmental sustainability. She has been participating for two years at the European New TREND Project, regarding human–building interactions. 

Dr Federica Naspi studied Building and Behavioural Sciences and she has been working for two years in the context of the New TREND Project, focusing especially on the understanding of human–building interactions. She has published in both national and international journals, predominantly on users’ adaptive actions on building devices, and on the development of behavioural models.

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