Session 9: SINFONIA - Deep retrofits international
Room 6 - Wednesday, 9 October 2019, 4:00 pm
Time | Topic | Speaker |
---|---|---|
4:00 pm |
Lessons from an EnerPHit Industrial Building in Sri Lanka This paper will tell the success story of an outdated factory in Katunayake, Sri Lanka, that has been retrofitted and turned into an EnerPHit certified garment manufacturing facility by a remotely collaborating team of Jordan Parnass Digital Architecture, Steven Winter Associates and the Passive House Institute. |
Dragosh Arnautu |
4:25 pm |
Old Quad - Significant Heritage building retrofitting to Passive House EnerPHit Standard The Old Quad project is the first where the EnerPHit standard has been applied to a significant heritage building in Australia. The application of EnerPHit standards in this heritage building delivers a balance between the heritage values and achieving thermal comfort and economic efficiency. |
Milica Tumbas |
4:50 pm |
Combining a systematic approach with final design benefits to passive retrofits Engine 16 is an adaptive reuse of a historic firehouse converted into multifamily residences with a public community facility. It’s one of 7 Passive Houses Baxt Ingui has under construction. We’re excited to share the details, decisions, and the systematic approach used on this unique project. |
Michael Ingui |
5:15 pm |
Building airtightness and Chinese craft – the Ao’ni Courtyard project in Songyang, China, as an example of how traditional timber construction can achieve EnerPHit This EnerPHit project shows how to realize the building air tightness, and to substantially improve its thermal performance, prolong the service life of main structures, and tackle the challenge for comfort and energy conservation, protection and reuse of buildings in traditional timber structure |
Xing Zhao (赵星) |
5:40 pm |
Case study of a pre-certified step-by-step retrofit to EnerPHit Standard of a 1950`s building located in a cold climate zone The step-by-step retrofit to the EnerPHit standard using component method, of a typical solid brick house built in Romania in the 1950s was presented. After completing the EnerPhit retrofit plan the total heating energy demand of the existing building is reduced by 85%. |
Szabolcs Varga |
5:45 pm | Retrofitting according to the EnerPHit Standard in cold climate - components The object of retrofitting is one of the smaller typical Norwegian wooden houses from the 60s. Optimal packages of measures, including mechanical components, were determined using the Passive House Planning Package according to the EnerPHit criteria for energy retrofit with the energy demand method. |
Zhiyong Tian |
5:50 pm |
Final renovated social housing to PH standard with district heating, CO2 emissions of future energy systems Prim/End factor in Building code DK2015 and DK2020 are unrealistic. Renovation to NZB as Toftebo Case and fossil free district heat by 2035 and 2050 can fulfil low emission demand. Prim/End 2035 and 2050 are calculated to 0,88 and 0,97. Prim/End wind elec. drops from 2,5 to 1,13 in 2050. |
Søren Dietz |
Back to overview |
* Simultaneous translation into English/Chinese