Session 14: Project Monitoring and Results
Room 7 - Thursday, 10 October 2019, 11:30 am
Time | Topic | Speaker |
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11:30 am |
Keeping overheating cool This paper presents passive and active cooling strategies for Passivhaus buildings in warm and hot climates. Passive strategies include the orientation and geometry of the building, windows, shading devices, thermal mass, dense insulation and summer ventilation. Active HVLS fans are not considered within the PHPP but can improve the indoor climate with little energy input. |
Jesus Menendez |
11:55 am |
Measured data of the passive town phase 3 in Kurobe Apartment units of the Passive Town Phase 3 Building J with EnerPHit cert. have been monitored for a year. Its energy consumption and indoor climate shows that cooling energy would not increase, if the air-conditioner is running constantly. |
Miwa Mori |
12:20 pm |
Pilot passive house in UAE - results from monitoring An important feature of the very first PH in UAE is the monitoring system that allows to verify crucial parameters, such as the indoor quality and the energy consumption. The article shows the results from the monitoring over 2017/2018, comparing designed and measured values and identifying the chances for improvement for the PH in the very hot climate. |
Marco Filippi |
12:45 pm |
Three years monitoring analysis of two multi-story net zero energy buildings Two new multi-family Passive Houses that aim to achieve net zero energy building (NZEB) standard are monitored in Innsbruck. Monitoring results for three years are presented and discussed. The energy performance is also compared with the one calculated with PHPP. The importance of quality assurance control e.g. with monitoring is highlighted. |
Georgios Dermentzis |
1:10 pm |
Qingdao PHTEC monitoring within two years of operation Monitoring during two years of operation of the Qingdao PHTEC building shows that optimization of the building service systems operation strategies could improve the energy efficiency and keep the average indoor temperature (23°C) and relative humidity (48%) at a constant first class comfort level. |
Liu Bin, Berthold Kaufmann |
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* Simultaneous translation into English/Chinese