Session 17: Projects in cooling dominated climates
Room 5 - Thursday, 10 October 2019, 2:30 pm
Time | Topic | Speaker |
---|---|---|
2:30 pm |
Basa I, Passivhaus multi-family dwelling in Zaragoza (Spain) The paper covers the main passive design strategies that have been chosen to achieve energy balance in adverse climate conditions, describing how the Passive House five principles have been applied and the strategies used to simulate and achieve Passive House standard requirements. |
Carranza Navarro, Pablo | Clara Lorente Martin |
2:55 pm |
Efficient cooling and dehumidification strategies for Passive Houses in warm and hot climates This paper summarizes the common cooling and dehumidification systems in PH and evaluates their efficiencies in different climates. It can give designers a first guideline how to choose an efficient cooling concept and show the manufactures what system could be suitable for PH in the future. |
Sichen Sheng |
3:20 pm |
Cost-effective multi-family building in warm climate A Passivhaus in Southern Italy at the same selling costs of a building meeting the minimum energy performance by code was the main target to achieve. Integrated design, also in the early stages and PHPP used as a design tool made it possible to optimise the envelope and an appropriate MEP solution. |
Piero Russo |
3:45 pm |
Chengdu mixed use building – a passive house challenge in the heart of China This paper aims at describing the passive and active strategies of a mixed-use building in Sichuan capital city of Chengdu, pretending to reach the Passive House standard. The presented building has a thermal floor area of 2637 m2. Construction works are planned to start in July 2019. |
Micheel Wassouf |
4:10 pm |
Meeting the passive house standard through parametric design A new 150-room, 6-storey student accommodation for Monash University in Australia, designed in Cross Laminated Timber (CLT). The architectural design was streamlined through Parametric Design and aligned with the University’s commitment to reach net zero carbon emissions by 2030. |
Pablo Sepulveda Corradini |
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* Simultaneous translation into English/Chinese