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phi_publications:international_passive_house_conference_contributions_6 [2021/03/24 13:11] – naman.sukhija@passiv.dephi_publications:international_passive_house_conference_contributions_6 [2023/04/12 12:09] (current) – yaling.hsiao@passiv.de
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-====== List of all released conference proceedings from 2019 to 2020 ======+====== List of all released conference proceedings from 2019 to 2023 ======
  
 The complete Conference proceedings are available for purchase through the [[https://shop.passivehouse.com/en/products/category/literature/conference-proceedings-5/|PHI Shop]]. The complete Conference proceedings are available for purchase through the [[https://shop.passivehouse.com/en/products/category/literature/conference-proceedings-5/|PHI Shop]].
  
 +|**Year** |**No** |**Session** |**Author** |**Title** |
 +^ ^^ ^^ |
 +|2023|26|session 03|Arena Lois, Ginsberg Mark,|Fully Occupied Multifamily PH Buildings: How Are They Performing and What Have We Learned?|
 +|2023|26|session 04|Ariff Ifrah|Evaluating Two Years of Energy Performance for a Passive House Plus Dwelling|
 +|2023|26|Plenary|Arifuzzaman Andrew|The Journey of Passive House in Toronto: Driving System Change and Building Capacity|
 +|2023|26|session 08|Arnautu Dragos, Edwards David|Latest Developments in designPH|
 +|2023|26|session 04|Beattie Ron|Applying the Passivhaus Plus Standard to Volumetric Modular Homes Built Offsite Using MMC|
 +|2023|26|session 13|Behem Guillaume|Heat pumps in partially refurbished buildings – the right path towards the energy transition?|
 +|2023|26|Plenary|Bere Justin|Is Passive House key to unlocking a decarbonised grid?|
 +|2023|26|session 10|Besen Priscilla|Heritage for the Future: Integrating EnerPHit to Seismic Upgrades of Historic Buildings|
 +|2023|26|session 05|Breathnach Sean|A Passive House Retrofitting of a Historical Stone Building in Ireland|
 +|2023|26|session 15|Boleda Arizcun Guillem|160 Lucky Families: Flumen plus, Passivhaus plus Social Housing in Spain|
 +|2023|26|session 07|Boon Giles, Fitzsimmons Jason, \\ Grove-Smith Jessica|St Sidwells Point Passivhaus Leisure Centre|
 +|2023|26|session 08|Burns Anthony|Introducing PH Live Sync|
 +|2023|26|session 14|Clarke Alan|Domestic Air to Water Heat Pumps: Detailed Performance Monitoring|
 +|2023|26|session 07|Clavero Bega|Prefab Pop-Up Learning Spaces on the Beach? Passivhaus Education Modules for Warm Climates|
 +|2023|26|session 13|Cremer Leo, Weber Christine|Does an EnerPHit retrofit boost the value of a property? How modernisation affects property values|
 +|2023|26|session 12|Corridori Sara|Residential Building Retrofit towards Passive-House Standards: Best Practices|
 +|2023|26|session 03|Davis Liam, MacFadyen Iain, \\ Madden John|UBC Evolve: An Academic Learning Tool for Passive House|
 +|2023|26|session 12|Delhey Eian Tim|The MinnePHit House: Cold Climate Passive House EnerPHit Pilot Project|
 +|2023|26|session 15|Dermentzis Georgios|Six Years of Monitoring of Split Units and Renewable Sources in EnerPHit Building|
 +|2023|26|Plenary|De Selincourt Kate|The Potential of Passivhaus to Protect People in Extreme Financial Distress|
 +|2023|26|session 04|Duncan Allen|Passivhaus PLUS at 60 Degrees North|
 +|2023|26|session 03|Ely Torsten|Airtightness Testing for a Large Student Housing PH Project - A Story Told in 7 Episodes|
 +|2023|26|Plenary|Feist Wolfgang, Krick Benjamin, \\ Schnieders Jürgen|Energy efficiency NOW! Why high efficiency is more important than ever and how to achieve it|
 +|2023|26|session 14|Freundorfer Franz, Hasper Wolfgang|It's the Windows, Stupid!|
 +|2023|26|Plenary|Gaertner Tomas, Osmundsen Emma|Taking a Splash - Exeter City Council's 12 Year Journey to Delivering the UK's First Passive House Leisure Centre and Public Pool|
 +|2023|26|session 13|Gerber Andreas, Lena Frühschütz|Passive House strategies for adding storeys and refurbishment as shown at Solar Decathlon Europe|
 +|2023|26|session 13|Goossen Carl-Peter|Find the Wadeable Waters in These Hectic Economic Times|
 +|2023|26|session 08|G. Pickering|Communicating the Value of Passive House Training and Certification to Wild West Builders|
 +|2023|26|session 03|Han Fei|Operational performance evaluation of a Passive House residential building in northern China based on long-term monitoring in winter|
 +|2023|26|session 07|Hood Stuart|Vancouver Fire Hall 17 and Clayton Community Centre - Post Occupancy Feedback|
 +|2023|26|Session 01|Hasper Wolfgang|Trades Training Centre Built to Passivhaus Standard|
 +|2023|26|Session 11|Hasper Wolfgang, Huneke Seven|Deriving the seasonal opera-ing mode from a building's thermal condition|
 +|2023|26|Session 14|Hasper Wolfgang|Summary of important results from AkkP 59 - Building Automation|
 +|2023|26|Session 16|Huenchuñir Marcelo|Contribution to ILAPH to the development of the Passivhaus in Latin America|
 +|2023|26|Session 11|Ingui Michael|Electrifying Passive House Retrofits in Urban Environments|
 +|2023|26|Session 09|Kaufmann Berthold|OutPHit ─ Energy Efficient EnerPHit Renovation with prefab elements ─ how to get Quality ready on site|
 +|2023|26|Session 01|Konitzer Michael|Building together and learning from each other|
 +|2023|26|Session 05|Konrad Malzer Harald, Malzer-Papp Emese|Speak Smart! - Eine Studie zum gesunden, nachhaltigen und günstigen Wohnen|
 +|2023|26|Session 14|Krick Benjamin|News about windows and glazing|
 +|2023|26|Session 10|Krick Benjamin|DIY - Energy ef-ficiency made easy! Improvement of windows|
 +|2023|26|Session 10|Krick Benjamin, Johannes Seibert|DIY - Energy efficiency made easy! Insulating roofs and walls|
 +|2023|26|Session 14|Krick Benjamin|Energy and CO2 across the lifecycle: The contribution of build-ing materials and design|
 +|2023|26|Session 12|Królczyk Bartosz|Historical Townhouse Loft Conversion to EnerPHit Plus|
 +|2023|26|Session 05|Latif Eshrar|The Performance of Passive House in Bangladesh: A Detailed Numerical Study|
 +|2023|26|Session 15|Leonidas Nassis|Passive Strategies for a Hotter Climate: Experiences from Spain|
 +|2023|26|Session 05|Lopez Soraya, Lowes Edward|Two-Dimensional Thermal Modelling of Floor Slabs with Ventilated Crawl Spaces|
 +|2023|26|Session 07|Mahoney Brad|Innovation & Passive House Winthrop Center as Model for Energy Efficient Office Building|
 +|2023|26|Session 07|Manuel Castaño Salvador Juan|HOTEL in a hot climate. Retrofit of a Historical building to the Passive House standard|
 +|2023|26|Session 15|Massacesi Paolo|La Dianita Passivhaus|
 +|2023|26|Session 04|McCarron Barry|Indoor Air Quality Performance on the Erne Campus - Passive House Premium Building|
 +|2023|26|Session 03|Menendez Jesus|Large Scale Passivhaus Social Housing|
 +|2023|26|Session 05|Menendez Jesus|Robust Details for Passivhaus Timber Frame|
 +|2023|26|Session 12|Moshier Gary|Small Town Commercial EnerPHit|
 +|2023|26|Session 10|Monteleone William|All-Round Development and Demonstration of a Micro-Scale Heat Pump for Renovated Buildings|
 +|2023|26|Session 04|Mutafchiev Vesko|Ellanion Villa: affordable, sustainable, autonomous passive house premium on Aegina Greece|
 +|2023|26|Session 16|Nesi Francesco|The Unique Case of Italy: Subsidies up to 110% for Retrofit Measures! Lesson Learned|
 +|2023|26|Session 01|Nordhoff Andreas|A guided tour to the summit : Climate-neutral construction makes even experienced mountain guides break a sweat|
 +|2023|26|Session 05|Nyamaa Ganbaa|Passive House in Mongolian Climate|
 +|2023|26|Session 08|Ochs Fabian|Prediction of PV Self-consumption in Buildings - Simulation Results and Tool Development|
 +|2023|26|Session 09|Oehler Stefan|Serial enerPHit refurbishment|
 +|2023|26|Session 01|Ottinger Oliver|EnerPHit school building refurbishment – economic efficiency and consumption monitoring|
 +|2023|26|Session 11|Ottinger Oliver|Increasing comfort in summer by optimising a building's storage capacities|
 +|2023|26|Evening event|Pallantzas Dimitris|Passive House Toys and Demonstrations|
 +|2023|26|Session 13|Peper Søren|Retrofit of a multi-family house: detailed analysis and parameters|
 +|2023|26|Session 08|Peter May Edward|Streamline Complex PHPP Modeling Workflows Using the New 'Honey-bee-PH'|
 +|2023|26|Session 01|Pfluger Rainer|High-efficiency classroom ventilation for Passive House school buildings – lessons learnt|
 +|2023|26|Session 15|Reyna Pedro|The Path to one of the first Passivhaus in Argentina|
 +|2023|26|Session 05|Riis Dietz Søren|Sustainable Passive Plus Houses with Bio District Heating, Learnings from Tarm, Denmark|
 +|2023|26|Session 15|Rodriguez-Kuri Salvador|Demonstrative Project of Step-by-Step Energy Retrofit of Social Housing in Hot Dry Climate|
 +|2023|26|Plenary|Alex Rowley|Building for the future – From Proposal to Parliament|
 +|2023|26|Session 01|Röthele Erik|Development of energy consumptions without external monitoring|
 +|2023|26|Session 03|Sanchez Marine|Lessons Learned: Delivery of the 1st Generation of Complex Canadian PH Student Residences|
 +|2023|26|Session 14|Schwede Steffen|Investigation of kitchen exhaust systems in residential kitchens – energetic, fluidic and hygienic aspects|
 +|2023|26|Session 16|Shah Nidhi|Optimised Pathways for UK Schools to Reach Net Zero Carbon in Steps Using Passivhaus Tools|
 +|2023|26|Session 16|Shannon Jeremy|Decarbonizing America's largest school district - Combining PH principles and clean energy|
 +|2023|26|Session 12|Stewart Graeme|First Certified EnerPHit Residential Tower in North America: Construction and Occupancy|
 +|2023|26|Session 08|Style Oliver|Dealing with Heat Waves: Can I Use the PHPP to Size Cooling Equipment?|
 +|2023|26|Session 13|Theumer Susanne|Row house retrofit with Passive House components in León, Northern Spain|
 +|2023|26|Session 09|Timm Tobias|netZero districts – innovative solutions for CO2-free building refurbishment|
 +|2023|26|Session 16|Towler Alex|Citywide Study for the Decarbonisation of Cambridge's Private Housing Stock|
 +|2023|26|Session 09|Tsakoumakis Nektarios|outPHit: 3 Pilots in Greece [Streamlined Renovation / 3D Ventilation Design]|
 +|2023|26|Session 05|Tywoniak Jan|Intensive Education for Sustainability: Czech House at Solar Decathlon Europe 21-22|
 +|2023|26|Session 07|Varga Szabolcs|Office Building with Passive House and nZEB Energy Performance|
 +|2023|26|Plenary|Vibert Raphaël|The PH-Certification can either be a burden or a mighty quality catalyser!|
 +|2023|26|Session 04|Vico García Maria|How Easy Is It to Achieve Passivhaus Premium in Warm Climates?|
 +|2023|26|Session 05|Villagrasa Álvarez Andreu, Wassouf Micheel|Energy Study of Passivhaus-Certified Buildings in Spain|
 +|2023|26|Session 12|Wassouf Micheel|ShowPass|
  
-|**Year** |**NO** |**Session ** |**Author** |**Title** | +|**Year**   |**NO**   |**Session **   |**Author**   |**Title**   | 
-|^ |^ |^ | +|2021  |25|session 13|Arnautu Ionut Dragos, Soflete Marius|Lessons learned from the first certified office building in Romania (PHILEB)| 
-|2020   |24 |Session 00 |Aitken, Susann |A City In Transition: Glasgow and the Passivhaus Standard | +|2021  |25|session 06|Aichholzer Martin|Taking the Passive House concept even further – consumption in operation and impact on buildings| 
-|2020   |24 |Session 16 |Akhimien, Noah Gethsemane |Exploring passive house and circular economy strategies in tropical West Africa. |  +|2021  |25|session 09|Arena Lois|Landmines & Red Flags: How to avoid these when designing VRF space conditioning systems| 
-|2020   |24 |Session 13 |Arizmendi, Sara Velázquez |Medical Center in Spain: Design, construction and operation, first results of monitoring |  +|2021  |25|session 10|Ariff Ifrah|Evaluating energy use at two Passive House Plus dwellings In the UK| 
-|2020   |24 |Session 10 |Arnautu, Dragos-Ionut |First certified Passive House building in a very hot and dry climate |  +|2021  |25|session 07|Beattie Ron|Making existing homes fit for the future with TCosy Passive Retrofit| 
-|2020   |24 |Session 11 |Arnautu, Dragos |Monash University: Woodside building for technology and design |  +|2021  |25|session 01|Behrens Christiane|Richard-van-de-Loo-Straße climate protection settlement in Kleve| 
-|2020   |24 |Session 16 |Balla Chetna |Exploring reduction of construction costs for Passivhaus pilot project in Bangalore, India |  +|2021  |25|session 05|Bretzke Axel|Does quality assurance of energy-efficient design help reduce construction costs?| 
-|2020   |24 |Session 15 |Beckmannshagen, Lars |From school to apartment building: An EnerPHit transition |   +|2021  |25|session 13|Clark Alan|Low energy free-running paper stores: Moisture buffering model and monitored data| 
-|2020   |24 |Session 15 |Bodem, Mario |Retrofit transition of the landmarked hippopotamus house in the Nuremberg Tiergarten towards a zero-energy building |   +|2021  |25|session 09|Clark Alan|Experience of air to water heat pumps for single family passivhaus dwelling| 
-|2020   |24 |Session 10 |Bremner, Kaz |Passive house and resilience in the face of a warming climate |   +|2021  |25|session 14|Clavero Bega|Start walking and the path will become clear: Lessons learned during 10 years of Passivhaus| 
-|2020   |24 |Session 08 |Carranza, Navarro Pablo  |Improving cost-effectiveness on the same multifamily typology and location over five years |   +|2021  |25|session 12|Colclough Shane|Deep energy retrofits: Who benefits, who pays & how to inform effective policy development| 
-|2020   |24 |Session 06 |Carranza, Navarro Pablo |Laser Scanning and BIM: a powerful and trustful tandem in refurbishment using Enerphit. |  +|2021  |25|session 10|Collins Cillian|SoLo prototype and lessons learned for larger scale mass timber Passive House projects| 
-|2020   |24 |Session 07 |Clavero, Bega |EnerPHit airtightness & moisture control: Robust simple solutions for low-leak retrofits |  +|2021  |25|session 14|Del Carmen Rivero Maria|Passive House site supervisors: Skills and knowledge for successful PH building sites| 
-|2020   |24 |Session 14 |Collins, Cillian |People, Policy and Projects: the uptake of Passive House in British Columbia  |  +|2021  |25|session 12|Demmler Rolf|Real-life performance evaluation of eco-city Passive House apartments in Tianjin, China| 
-|2020   |24 |Session 05 |Cunz, Thilo |Passive House – naturally sustainable! |  +|2021  |25|session 08|Drewer Arnold|Insulation materials and their properties| 
-|2020   |24 |Session 14 |Czerwinska, Anna |How to Talk about Passive House |  +|2021  |25|session 11|Fallon Ann-Marie|A Scottish EnerPhit retrofit plan: Upgrading the educational estate in an UNESCO World Heritage Site| 
-|2020   |24 |Session 12 |Deimel, Christoph |Passive Houses in Berlin |  +|2021  |25|session 14|Fallon Ann-Marie|Scotland's education estate: Policy ambitions at scale| 
-|2020   |24 |Session 03 |Dermentzis, Georgios |A new Passive House District - Optimization of Energy Supply and Distribution System |  +|2021  |25|session 13|Fillippi Marco|Enerphit school in Collecchio, Parma| 
-|2020   |24 |Session 00 |Feist, Wolfgang |Passive House – More than a contribution to climate protection |  +|2021  |25|session 14|Frank Yetsuh|Passive House Retrofits: Climate action in the Northeast US| 
-|2020   |24 |Session 08 |Fernandes, Francisco |Passive House and the energetic sustainability of the Azores archipelago|  +|2021  |25|session 08|Freundorfer Franz|The first sliding door in the phA+ energy efficiency class – the best there is| 
-|2020   |24 |Session 10 |Dietz, Søren |Solar gains and thermal effect on living comfort and quality |  +|2021  |25|session 16|Gollwitzer Esther|Multi-pane windows in the PHPP| 
-|2020   |24 |Session 14 |Fowler, Mike  |Washington state energy code path is now equal to PHI low-energy building standard |  +|2021  |25|session 15|Grant Nick|Heating load as a design target revisited| 
-|2020   |24 |Session 14 |Frank, Yetsuh |Washington state energy code path is now equal to PHI low-energy building standard |  +|2021  |25|session 16|Hasper Wolfgang|Post-occupancy monitoring: What to observe, how to select equipment| 
-|2020   |24 |Session 09 |Freundorfer, Franz |Building with tradespeople that just do everything right |  +|2021  |25|session 05|Herz Dieter|Retrofitting a gymnasium with TES façade elements| 
-|2020   |24 |Session 05 |Freundorfer, Franz |Passivhaus wird Mainstream – ein einfaches, erprobtes Rezept (Passive house goes mainstream - a simple, proven recipe) |  +|2021  |25|session 06|Horn Gerrit|Using the natural resource wood in constructing timbered Passive Houses| 
-|2020   |24 |Session 10 |Frey, Wolfgang |Thermischer Komfort im Sommer (Thermal comfort in summer) |  +|2021  |25|session 15|Hoffart Greg|Passive or nothing; Passive simple!| 
-|2020   |24 |Session 11 |Furukawa, Melissa |Beacon in the sky: A residential tower undergoes a stepwise EnerPHit retrofit |  +|2021  |25|session 10|Holden Pope Allison|Bird’s Wing Passive Duplex Plus: Lock-off suites density and flexibility| 
-|2020   |24 |Session 14 |Gavião, João |Communicate Passive House – reach a wider audience |  +|2021  |25|session 09|Jones Hannah|The application of ambient loop district heating in multi-residential Passive Houses| 
-|2020   |24 |Session 07 |González, García Claudia |Retrofitting Asturias architectural heritage |  +|2021  |25|session 04|Kah Oliver|Passive House non-residential buildings against the background of increasing heat waves| 
-|2020   |24 |Session 07 |Goossen, Carl-Peter |Initial experiences with the condominium fee model as applied in Assen |  +|2021  |25|session 09|Kaufmann Berthold|Ventilation systems combined with heat pump for heating, cooling and domestic hot water| 
-|2020   |24 |Session 13 |Grant, Nick |Applying Passivhaus experience to low-cost archive buildings: First-year results |  +|2021  |25|session 08|Kierulf Björn|Building the future with carbon storing prefab walls| 
-|2020   |24 |Session 15 |Grobe, Carsten |Retrofit transformation of the Danish Expo pavilion into a plus-energy building with a PVT heat pump system |  +|2021  |25|session 02|Kreutzer Wesslund Simone|Vom Passivhaus Classic über das Passivhaus Eco zum Passivhaus Zero| 
-|2020   |24 |Session 12 |Großklos, Marc |Minimising utility bills in the PassivhausSozialPlus: implementing a new idea |  +|2021  |25|session 06|Krick Benjamin|Life cycle balances of Passive House building components| 
-|2020   |24 |Session 05 |Großklos, Marc |Future proof new builds for a climate-neutral building stock in 2050 |  +|2021  |25|session 07|Kopeining Gerhard|Prefabricated EnerPHit retrofit with wood modules| 
-|2020   |24 |Session 10 |Grove-Smith, Jessica |The impact of a warming climate on buildings |  +|2021  |25|session 02|Körner Susanne|Passive House Standard in straw-bale construction for increased sustainability & climate protection| 
-|2020   |24 |Session 16 |Gurcan, Tugba Salman |The role of passive house buildings on the development of sustainable cities: Gaziantep Case Study |  +|2021  |25|session 05|Lange Gerald|EnerPHit retrofit for Plus Energy House| 
-|2020   |24 |Session 04 |Haifeng, Guo |The performance-based design and operational analysis of X88 kindergarten |  +|2021  |25|session 07|Langkau Michael|pre.Formance – prefabricated system for efficiently retrofitting residential buildings| 
-|2020   |24 |Session 03 |Hasper, Wolfgang |Measured heating load for DHW and space heating in a large Passive House development |  +|2021  |25|session 04|Lepp Laszlo, Neyer Daniel|Passive Houses and solar cooling in hot and humid climates (sol.e.h.²)| 
-|2020   |24 |Session 06 |Hatt, Tobias |Experiences in the optimization of a running system using simulation software |  +|2021  |25|session 01|Linnig Jörg|Energy-resilient climate protection settlement| 
-|2020   |24 |Session 08 |Holmes, Jonathan |A client's journey to a Passive House premium new home plus post-occupancy feedback |  +|2021  |25|session 06|Linnig Jörg|Ärztehaus Waldbröl medical centre celebrates 20 years of proven sustainability – a progress report| 
-|2020   |24 |Session 13 |Hood, Stuart |Clayton Heights Community Centre |  +|2021  |25|session 04|López Garcia Soraya|Guidance for robust summer comfort design| 
-|2020   |24 |Session 13 |Hövermann, Tobias |Clayton Heights Community Centre |  +|2021  |25|session 03|Marc Großklos|Experiences of operating two Passive Houses in social housing| 
-|2020   |24 |Session 13 |Høyer, Barbara |Clayton Heights Community Centre |  +|2021  |25|session 04|Menendez Jesus|Passivhaus Plus high school in warm climate| 
-|2020   |24 |Session 06 |Iannetti, Roberto | Lambda value variations TOOL |  +|2021  |25|session 14|McCarron Barry|Using analogies for fun and impactful Passive House education| 
-|2020   |24 |Session 07 |Ingui, Michael |Past, present, & future solutions for masonry retrofits |  +|2021  |25|session 12|Mitsiakou Evangelina|Less than 2%: “Reimagine” the building to verify how much extra Passivhaus costs| 
-|2020   |24 |Session 05 |Jedliczka, Günther |Stop climate change now! - Passivhaus & Wirtschaftswandel (Passive House and economic change) | +|2021  |25|session 09|Monteleone William|Development of a modular heat pump with compact and silent façade integrated outdoor unit| 
-|2020   |24 |Session 04 |Jun-wei, Li |Uncertainty analysis of airtightness test of passive ultra-low energy buildings based on passive house |  +|2021  |25|session 01|Murschall Hartmut|Passive Houses in 100 climate protection settlements in the sustainable energy state of North Rhine-Westphalia| 
-|2020   |24 |Session 02 |Kah, Oliver |Kitchen exhaust systems in Passive House buildings |  +|2021  |25|session 04|Muskatewitz Adrian|Solar-electric cooling – potential and limitations| 
-|2020   |24 |Session 02 |Kaufmann, Berthold |Heat Pump Kombi Systems - an overview of recent developments not only in China |  +|2021  |25|session 08|Muskatewitz Adrian|Limitations to thermal bridge prevention in construction: column connections| 
-|2020   |24 |Session 09 |Krebs, Philipp |High energy efficiency education in technical colleges: An experience report by the University of Applied Sciences Erfurt |  +|2021  |25|session 11|Navarro Carranza Pablo|Turning carbon into diamond in a sustainable and replicable way| 
-|2020   |24 |Session 05 |Kreutzer-Wesslund, Tommy |Knivsta Centre for Sports and Culture |  +|2021  |25|session 15|Navarro Carranza Pablo|STOP – Strategies to obtain Passive House| 
-|2020   |24 |Session 09 |Kreutzer-Wesslund, Simone |Like a spider in a web: Passive House quality assurance |  +|2021  |25|session 15|Ochs Fabian|The role of energy storage in buildings, micro and macro economic considerations| 
-|2020   |24 |Session 15 |Krick, Benjamin |Windows: That’s how you do it right! |  +|2021  |25|session 11|Pallantzas Stefanos|“Show me your Passive House!” A communication strategy for better buildings| 
-|2020   |24 |Session 02 |Krick, Benjamin |PH suitable pre-wall mounting systems and accompanied thermal bridges in various climates |  +|2021  |25|session 03|Peper Søren|Increased satisfaction, decreased consumption and lower summer temperatures: BuildTog Passive House Bremen| 
-|2020   |24 |Session 05 |Krick, Benjamin |Active, passive or both? Paving the way for an energy transition |  +|2021  |25|session 12|Peper Søren|Improvement on a mass scale:SINFONIA Innsbruck| 
-|2020   |24 |Session 02 |Krick, Benjamin |Anisotropic conductivity of fiber-reinforced plastics |  +|2021  |25|session 11|Pezel Vladimir|From a Client to a CPHD – Passive House certification journey| 
-|2020   |24 |Session 05 |Laatsch, Martin |Strong builders – great buildings!|  +|2021  |25|session 06|Prinzing Katharina|Timbered Passive House – a holistic evaluation| 
-|2020   |24 |Session 06 |Lepp, Laszlo |Planning ventilation systems with designPH |  +|2021  |25|session 03|Reinberg Georg W|”Bikes and Rails”: a Passive House as part of social, technical and urban innovation| 
-|2020   |24 |Session 04 |Li, Jiandong |Analysis and discussion on the Germany PHI certification test of energy recovery ventilators for outdoor air handling  |  +|2021  |25|session 12|Rolfsmeier Stefanie|Measuring the air permeability of a 125-m skyscraper (project experience)| 
-|2020   |24 |Session 04 |Li, Pan |Research and practice of passive ultra-low energy buildings in hot summer and cold winter |  +|2021  |25|session 07|Rose Clarence|Living cost-neutral EnerPHit retrofits on the rise| 
-|2020   |24 |Session 01 |López, Raquel Marcos |Passivhaus Plus housing monitoring mediterranean climate |  +|2021  |25|session 06|Rosen Anja|Recyclable Passive Houses – construction and evaluation with the Urban Mining Index| 
-|2020   |24 |Session 16 |Lorente, Martin Clara |Infinity: Massivsocialhaus, 150 Passivhaus social dwellings in Getafe, Madrid (Spain) |  +|2021  |25|session 15|Sanchez Marine|Successful PH feasibility study: How to guide a team through a front-loaded design process| 
-|2020   |24 |Session 06 |Magni, Mara |PHPP vs. dynamic simulation – prediction of PV-self-consumption with the PHPP |  +|2021  |25|session 03|Schlüter Christian|Affordable housing: Mitigating costs by enhanced PH coordination| 
-|2020   |24 |Session 15 |Malzer, Harald Konrad |Sinfonia: The “French Houses” of Tirol are ready for the energy transition |  +|2021  |25|session 08|Schnieders Jürgen|Efficient electric hot water production in newly built or retrofitted multi-family houses| 
-|2020   |24 |Session 03 |Malzer, Harald Konrad |Smart City Wörgl: A vision turns reality |  +|2021  |25|session 03|Schulz Tanja|Affordable and energy – efficient multi-storey social housing| 
-|2020   |24 |Session 06 |Malzer, Harald Konrad |Reliable evaluation procedure for efficiency and investment cost potential in architectural competitions |  +|2021  |25|session 05|Schwickert Susanne|User satisfaction versus air quality – ventilation in classrooms| 
-|2020   |24 |Session 06 |Marcelino, João |Implementing a Passive House monitoring platform – keep it simple |  +|2021  |25|session 01|Schöberl Helmut|Preservation order and Passive House: retrofitting the Art Nouveau Otto- Wagner-Areal district in Vienna| 
-|2020   |24 |Session 06 |May, Edwin |New Tools, New Workflows for Combined Dynamic and PHPP Modeling at Scale |  +|2021  |25|session 16|Sealey Rick|Affordable housing: Mitigating costs by enhanced PH coordination| 
-|2020   |24 |Session 00 |McAllister, Andrew |Passive Buildings for Quality of Life, Globe and Grid |  +|2021  |25|session 10|Sifferlen Camille|Passive House concepts for India| 
-|2020   |24 |Session 13 |Mc Carron, Barry |Erne Campus: Inspiring the future of education |  +|2021  |25|session 13|Smith Allan|A comparison between two identical nurseries in Scotland – one Passivhaus one traditional| 
-|2020   |24 |Session 04 |Mengyue, Peng |Challenges and Solution of Complex Non-Residential Passive House and NZEB in China | +|2021  |25|session 05|Steinmüller Bernd|Model project: sustainably transforming existing old single-family homes into premium Passive multi-family housing| 
-|2020   |24 |Session 12 |Mika, Monika |Kosteneffizienter Ersatzneubau des Internatsgebäudes der Förderschule Max Ernst in Euskirchen, Deutschland (Cost-efficient replacement of the boarding school building of the Förderschule Max Ernst in Euskirchen, Germany) |  +|2021  |25|session 02|Steinmüller Bernd|Secure supply during dark doldrums – Passive Houses as additional power plants (grids)!| 
-|2020   |24 |Session 10 |Munro, Cameron |Resilience of Passive Houses to bushfire smoke infiltration |  +|2021  |25|session 16|Still Gwilym|Passivhaus students' acommodation: Lessons learnt in the UK| 
-|2020   |24 |Session 10 |Muskatewitz, Adrian |Heating and cooling with split units (compression cooling) in accordance with thermal comfort goals |  +|2021  |25|session 12|Stolz Kerstin, Orlik Walter|Celebrating 11 years of Heidelberg’s Bahnstadt quarter: quality assurance and monitoring| 
-|2020   |24 |Session 02 |Muskatewitz, Adrian |Thermal bridge calculations of balconies with two-dimensional replacement elements |  +|2021  |25|session 10|Strang Marcus|Passive House Standard for CLT NZEB in tropical climates| 
-|2020   |24 |Session 01 |Nesi, Francesco |A landmark for the community on the Adriatic coast: the Passivhaus MEGABOX office |  +|2021  |25|session 04|Style Oliver|Passivhaus Keep cool and carry on: Passivhaus cooling experiences in the warm climates| 
-|2020   |24 |Session 07 |Oehler, Stefan |"ecoworks" realizes the first serial RetroPHit in Germany | +|2021  |25|session 03|Stärz Norbert|WohnSinn Bessungen – just your average Passive House?| 
-|2020   |24 |Session 02 |Öttl, Silvia |Innovative and energy-efficient fire prevention solutions for ventilation systems |  +|2021  |25|session 05|Theumer Susanne|Comparing BEG and the EnerPHit Standard based on a single-family home| 
-|2020   |24 |Session 01 |Pallantzas, Dimitris |Economical evaluation between PH and nearly Zero Energy buildings in Greece |  +|2021  |25|session 16|Theumer Susanne|Energy consulting with PHPP| 
-|2020   |24 |Session 09 |Pallantzas, Stefanos |Revolution through education |  +|2021  |25|session 14|Tsar Giorgia|The International Passive House Association: Growing the Passive House movement worldwide| 
-|2020   |24 |Session 09 |Pallantzas, Stefanos |Architectural competition for students: Designing a Passivhaus kindergarten |  +|2021  |25|session 13|Uriarte Gonzalo-Bilbao Adelina, Albeniz Mariñeralera Pedro|Students’ dormitory in Vitoria-Gasteiz/Basque C – Spain: A standard project becomes a PH| 
-|2020   |24 |Session 16 |Pardo, Esteban |First Passivhaus Plus office building in Spain |  +|2021  |25|session 16|Unger Tobias|Optimisation approaches for affordable and energy-efficient construction| 
-|2020   |24 |Session 13 |Peel, Andrew |Reducing the Goods: Insight into North America's first Passive House production facility |  +|2021  |25|session 09|Van Eeden Esther|Isolation environments: How Passive House = passive Health| 
-|2020   |24 |Session 02 |Peper, Søren |Airtightness products on the test bench |  +|2021  |25|session 01|Valentin Rainer|Partner projects as “PER cooperation model” for Passive Houses| 
-|2020   |24 |Session 01 |Petran, Horia |An evolution of National nZEB standard using Passive House principles |  +|2021  |25|session 02|Valentin Rainer|Global carbon budget for buildings| 
-|2020   |24 |Session 09 |Pfluger, Rainer |University education as a chance for spreading the Passive House Standard |  +|2021  |25|session 15|Varga Szabolcs|A comparative life cycle CO2 analysis of a step-by-step EnerPHit versus a shal- low retrofit| 
-|2020   |24 |Session 16 |Quinn, Stephen |Passive House in Cold Climates |  +|2021  |25|session 07|Vekemans Etienne|Deep Retrofit / outPHit: Lessons learned out of realized outPHit (EnerPHit/Energiesprong)| 
-|2020   |24 |Session 13 |Rivat, Julien |ARTIC 42 - the first Passive House hospital facility (dialysis clinic) in France |  +|2021  |25|session 02|vom Stein Jörg  |Coworking-Space as a Passive House| 
-|2020   |24 |Session 16 |Rivat, Julien |Single family housing in two construction modes: concrete versus timber frame and straw |  +|2021  |25|session 11|Westman Ingrid|Don’t ask the client – just do it!| 
-|2020   |24 |Session 01 |Roßkopf, Thomas |Cost optimal nZEB residential new builds |  +|2021  |25|session 01|Wirtz Reiner|Accommodation building of the Max-Ernst-Schule boarding school in Euskirchen for LVR Cologne| 
-|2020   |24 |Session 04 |Ruixue, Li |Practice and thoughts of Shoukai Tongzhou affordable high-rise residential project |  +|2021  |25|session 13|Woestyn Elise, Reyes Elena|Charting new territory in Passive House: Vancouver Fire Hall 17| 
-|2020   |24 |Session 08 |Russo, Piero |Monitoring of a multi-family PH building in Mediterranean climate |  +|2021  |25|session 08|Wolf Markus|Tapping into the market with straw-bale construction – the success story of Zimmerei Grünspecht eG| 
-|2020   |24 |Session 08 |Sanchez, Marine |Defining project-specific PHPP inputs for institutional buildings with commercial kitchens |  +|2021  |25|session 11|Zouari Sonia, Garth Grunerud|Parks Canada newest discovery centre, lab & office leading PH+ greening government vision|
-|2020   |24 |Session 05 |Scheiring, Josef |MPREIS supermarkets: Experiences from 10 Passive House franchises |  +
-|2020   |24 |Session 03 |Schnieders, Jürgen |Passive House and sector coupling in Germany |  +
-|2020   |24 |Session 12 |Schulz, Tanja |Planning recommendations for energy-efficient housing |  +
-|2020   |24 |Session 04 |Sheng, Sichen |Study on a Passive House nursing home with solar-driven system in warm and humid climates |  +
-|2020   |24 |Session 16 |Shih-Chieh, Yeh |Bangkok first concrete Passive House |  +
-|2020   |24 |Session 02 |Siddall, Mark |Will your roof rot? A moisture risk assessment for Passivhaus buildings with a cold roof |  +
-|2020   |24 |Sessoin 16 |Sifferlen, Camille |Namaste Passive House |  +
-|2020   |24 |Session 08 |Stathopoulou, Aggeliki |Single family house in Chalandri, Greece |  +
-|2020   |24 |Session 01 |Stephens, Mark |Mind the gap : nZEB and Passivhaus : An Irish perspective |  +
-|2020   |24 |Session 11 |Stewart, Graeme |First EnerPHit residential high-rise in North America: The Ken Soble Tower |  +
-|2020   |24 |Session 06 |St-Jean, Philippe |Greenhouse gas emissions calculator for PHPP v9.6 |  +
-|2020   |24 |Session 08 |Straus, Andrew |PH as a first step to a net-zero energy building (NZEB) in hot and humid climate zone |  +
-|2020   |24 |Session 03 |Streicher, Wolfgang |Tirol 2050: Visions of a fossil free future |  +
-|2020   |24 |Session 08 |Studer, Marcel |Training in remote communities: Self-built Passive House as an alternate to prefab |  +
-|2020   |24 |Session 08 |Style, Oliver |DHW + PV: all-electric hot water heating for Passive houses, with surplus solar PV top-up |  +
-|2020   |24 |Session 07 |Sun, Hui |Conservation compatible energy retrofit of traditional vernacular dwelling in China |  +
-|2020   |24 |Session 16 |Theoboldt, Ingo |Gibraltar Guesthouse: student flats in Gothenburg |  +
-|2020   |24 |Session 14 |Tzanev, Dragomir |Fighting off energy poverty: can Passive House be the answer? |  +
-|2020   |24 |Session 09 |Tzanev, Dragomir |The nZEB Roadshow: increased market demand as a driver for vocational training services |  +
-|2020   |24 |Session 14 |Tzar, Giorgia |Passive House and the SDGs: Connecting an international building standard with global aims |  +
-|2020   |24 |Session 03 |Vallentin, Rena |Wooden Passive House construction in the city: An ecological living quarter in Munich’s Prinz-Eugen Park |  +
-|2020   |24 |Session 07 |van Erck, Ron |The Energiesprong approach: Affordable, climate-conscious living for all! |  +
-|2020   |24 |Session 10 |Varga, Szabolcs |Climate change mitigation through EnerPHit: Life-Cycle Carbon Emissions Analysis |  +
-|2020   |24 |Session 04 |Wang, Yin |Passive House design strategies and performance: A case study of Gaobeidian Bahnstadt |  +
-|2020   |24 |Session 02 |Wangelin, Matthias |Reduction of Passive House energy demand using mechanical drink water hygienization |  +
-|2020   |24 |Session 09 |Winkel, Susanne |Avoiding the Performance Gap by deepening and disseminating Passive House knowledge |  +
-|2020   |24 |Session 04 |Yang, Ming |Optimization difficulties of PHI certification in Chinese project |  +
-|2020   |24 |Session 04 |Yi, Zhu |A Future Blueprint - How Passive House construction in China becomes easier as we speak | +
-|2020   |24 |Session 04 |Yiting, Kang |Prediction of indoor air quality in a passive residential house in China |  +
-|2020   |24 |Session 11 |Yu, Bai |Construction control of key technologies in high-rise building of premium Passive House |  +
-|2020   |24 |Session 11 |Zakrzewski, Stas |Developing a replicable methodology for successful Tall Passive House Buildings | +
  
 +|   |**Year**   |**NO**   |**Session **   |   |**Title**   | |
 +^   ^^   ^^   ^| |
 +|2020  |24|Session00|Aitken, Susann| |A City In Transition: Glasgow and the Passivhaus Standard| |
 +|2020  |24|Session16|Akhimien, Noah Gethsemane| |Exploring passive house and circular economy strategies in tropical West Africa.| |
 +|2020  |24|Session13|Arizmendi, Sara Velázquez| |Medical Center in Spain: Design, construction and operation, first results of monitoring| |
 +|2020  |24|Session10|Arnautu, Dragos-Ionut| |First certified Passive House building in a very hot and dry climate| |
 +|2020  |24|Session 11|Arnautu, Dragos| |Monash University: Woodside building for technology and design| |
 +|2020  |24|Session16|Balla Chetna| |Exploring reduction of construction costs for Passivhaus pilot project in Bangalore, India| |
 +|2020  |24|Session15|Beckmannshagen, Lars| |From school to apartment building: An EnerPHit transition| |
 +|2020  |24|Session15|Bodem, Mario| |Retrofit transition of the landmarked hippopotamus house in the Nuremberg Tiergarten towards a zero-energy building| |
 +|2020  |24|Session10|Bremner, Kaz| |Passive house and resilience in the face of a warming climate| |
 +|2020  |24|Session08|Carranza, Navarro Pablo  |   |Improving cost-effectiveness on the same multifamily typology and location over five years| |
 +|2020  |24|Session06|Carranza, Navarro Pablo| |Laser Scanning and BIM: a powerful and trustful tandem in refurbishment using Enerphit.| |
 +|2020  |24|Session07|Clavero, Bega| |EnerPHit airtightness & moisture control: Robust simple solutions for low-leak retrofits| |
 +|2020  |24|Session14|Collins, Cillian| |People, Policy and Projects: the uptake of Passive House in British Columbia  | |
 +|2020  |24|Session05|Cunz, Thilo| |Passive House – naturally sustainable!| |
 +|2020  |24|Session14|Czerwinska, Anna| |How to Talk about Passive House| |
 +|2020  |24|Session12|Deimel, Christoph| |Passive Houses in Berlin| |
 +|2020  |24|Session03|Dermentzis, Georgios| |A new Passive House District - Optimization of Energy Supply and Distribution System| |
 +|2020  |24|Session00|Feist, Wolfgang| |Passive House – More than a contribution to climate protection| |
 +|2020  |24|Session08|Fernandes, Francisco| |Passive House and the energetic sustainability of the Azores archipelago| |
 +|2020  |24|Session10|Dietz, Søren| |Solar gains and thermal effect on living comfort and quality| |
 +|2020  |24|Session14|Fowler, Mike  |   |Washington state energy code path is now equal to PHI low-energy building standard| |
 +|2020  |24|Session14|Frank, Yetsuh| |Washington state energy code path is now equal to PHI low-energy building standard| |
 +|2020  |24|Session09|Freundorfer, Franz| |Building with tradespeople that just do everything right| |
 +|2020  |24|Session05|Freundorfer, Franz| |Passivhaus wird Mainstream – ein einfaches, erprobtes Rezept (Passive house goes mainstream - a simple, proven recipe)| |
 +|2020  |24|Session10|Frey, Wolfgang| |Thermischer Komfort im Sommer (Thermal comfort in summer)| |
 +|2020  |24|Session 11|Furukawa, Melissa| |Beacon in the sky: A residential tower undergoes a stepwise EnerPHit retrofit| |
 +|2020  |24|Session14|Gavião, João| |Communicate Passive House – reach a wider audience| |
 +|2020  |24|Session07|González, García Claudia| |Retrofitting Asturias architectural heritage| |
 +|2020  |24|Session07|Goossen, Carl-Peter| |Initial experiences with the condominium fee model as applied in Assen| |
 +|2020  |24|Session13|Grant, Nick| |Applying Passivhaus experience to low-cost archive buildings: First-year results| |
 +|2020  |24|Session15|Grobe, Carsten| |Retrofit transformation of the Danish Expo pavilion into a plus-energy building with a PVT heat pump system| |
 +|2020  |24|Session12|Großklos, Marc| |Minimising utility bills in the PassivhausSozialPlus: implementing a new idea| |
 +|2020  |24|Session05|Großklos, Marc| |Future proof new builds for a climate-neutral building stock in 2050| |
 +|2020  |24|Session10|Grove-Smith, Jessica| |The impact of a warming climate on buildings| |
 +|2020  |24|Session16|Gurcan, Tugba Salman| |The role of passive house buildings on the development of sustainable cities: Gaziantep Case Study| |
 +|2020  |24|Session04|Haifeng, Guo| |The performance-based design and operational analysis of X88 kindergarten| |
 +|2020  |24|Session03|Hasper, Wolfgang| |Measured heating load for DHW and space heating in a large Passive House development| |
 +|2020  |24|Session06|Hatt, Tobias| |Experiences in the optimization of a running system using simulation software| |
 +|2020  |24|Session08|Holmes, Jonathan| |A client's journey to a Passive House premium new home plus post-occupancy feedback| |
 +|2020  |24|Session13|Hood, Stuart| |Clayton Heights Community Centre| |
 +|2020  |24|Session13|Hövermann, Tobias| |Clayton Heights Community Centre| |
 +|2020  |24|Session13|Høyer, Barbara| |Clayton Heights Community Centre| |
 +|2020  |24|Session06|Iannetti, Roberto| |Lambda value variations TOOL| |
 +|2020  |24|Session07|Ingui, Michael| |Past, present, & future solutions for masonry retrofits| |
 +|2020  |24|Session05|Jedliczka, Günther| |Stop climate change now! - Passivhaus & Wirtschaftswandel (Passive House and economic change)| |
 +|2020  |24|Session04|Jun-wei, Li| |Uncertainty analysis of airtightness test of passive ultra-low energy buildings based on passive house| |
 +|2020  |24|Session02|Kah, Oliver| |Kitchen exhaust systems in Passive House buildings| |
 +|2020  |24|Session02|Kaufmann, Berthold| |Heat Pump Kombi Systems - an overview of recent developments not only in China| |
 +|2020  |24|Session09|Krebs, Philipp| |High energy efficiency education in technical colleges: An experience report by the University of Applied Sciences Erfurt| |
 +|2020  |24|Session05|Kreutzer-Wesslund, Tommy| |Knivsta Centre for Sports and Culture| |
 +|2020  |24|Session09|Kreutzer-Wesslund, Simone| |Like a spider in a web: Passive House quality assurance| |
 +|2020  |24|Session15|Krick, Benjamin| |Windows: That’s how you do it right!| |
 +|2020  |24|Session02|Krick, Benjamin| |PH suitable pre-wall mounting systems and accompanied thermal bridges in various climates| |
 +|2020  |24|Session05|Krick, Benjamin| |Active, passive or both? Paving the way for an energy transition| |
 +|2020  |24|Session02|Krick, Benjamin| |Anisotropic conductivity of fiber-reinforced plastics| |
 +|2020  |24|Session05|Laatsch, Martin| |Strong builders – great buildings!| |
 +|2020  |24|Session06|Lepp, Laszlo| |Planning ventilation systems with designPH| |
 +|2020  |24|Session04|Li, Jiandong| |Analysis and discussion on the Germany PHI certification test of energy recovery ventilators for outdoor air handling  | |
 +|2020  |24|Session04|Li, Pan| |Research and practice of passive ultra-low energy buildings in hot summer and cold winter| |
 +|2020  |24|Session01|López, Raquel Marcos| |Passivhaus Plus housing monitoring mediterranean climate| |
 +|2020  |24|Session16|Lorente, Martin Clara| |Infinity: Massivsocialhaus, 150 Passivhaus social dwellings in Getafe, Madrid (Spain)| |
 +|2020  |24|Session06|Magni, Mara| |PHPP vs. dynamic simulation – prediction of PV-self-consumption with the PHPP| |
 +|2020  |24|Session15|Malzer, Harald Konrad| |Sinfonia: The “French Houses” of Tirol are ready for the energy transition| |
 +|2020  |24|Session03|Malzer, Harald Konrad| |Smart City Wörgl: A vision turns reality| |
 +|2020  |24|Session06|Malzer, Harald Konrad| |Reliable evaluation procedure for efficiency and investment cost potential in architectural competitions| |
 +|2020  |24|Session06|Marcelino, João| |Implementing a Passive House monitoring platform – keep it simple| |
 +|2020  |24|Session06|May, Edwin| |New Tools, New Workflows for Combined Dynamic and PHPP Modeling at Scale| |
 +|2020  |24|Session00|McAllister, Andrew| |Passive Buildings for Quality of Life, Globe and Grid| |
 +|2020  |24|Session13|Mc Carron, Barry| |Erne Campus: Inspiring the future of education| |
 +|2020  |24|Session04|Mengyue, Peng| |Challenges and Solution of Complex Non-Residential Passive House and NZEB in China| |
 +|2020  |24|Session12|Mika, Monika| |Kosteneffizienter Ersatzneubau des Internatsgebäudes der Förderschule Max Ernst in Euskirchen, Deutschland (Cost-efficient replacement of the boarding school building of the Förderschule Max Ernst in Euskirchen, Germany)| |
 +|2020  |24|Session10|Munro, Cameron| |Resilience of Passive Houses to bushfire smoke infiltration| |
 +|2020  |24|Session10|Muskatewitz, Adrian| |Heating and cooling with split units (compression cooling) in accordance with thermal comfort goals| |
 +|2020  |24|Session02|Muskatewitz, Adrian| |Thermal bridge calculations of balconies with two-dimensional replacement elements| |
 +|2020  |24|Session01|Nesi, Francesco| |A landmark for the community on the Adriatic coast: the Passivhaus MEGABOX office| |
 +|2020  |24|Session07|Oehler, Stefan| |"ecoworks" realizes the first serial RetroPHit in Germany| |
 +|2020  |24|Session02|Öttl, Silvia| |Innovative and energy-efficient fire prevention solutions for ventilation systems| |
 +|2020  |24|Session01|Pallantzas, Dimitris| |Economical evaluation between PH and nearly Zero Energy buildings in Greece| |
 +|2020  |24|Session09|Pallantzas, Stefanos| |Revolution through education| |
 +|2020  |24|Session09|Pallantzas, Stefanos| |Architectural competition for students: Designing a Passivhaus kindergarten| |
 +|2020  |24|Session16|Pardo, Esteban| |First Passivhaus Plus office building in Spain| |
 +|2020  |24|Session13|Peel, Andrew| |Reducing the Goods: Insight into North America's first Passive House production facility| |
 +|2020  |24|Session02|Peper, Søren| |Airtightness products on the test bench| |
 +|2020  |24|Session01|Petran, Horia| |An evolution of National nZEB standard using Passive House principles| |
 +|2020  |24|Session09|Pfluger, Rainer| |University education as a chance for spreading the Passive House Standard| |
 +|2020  |24|Session16|Quinn, Stephen| |Passive House in Cold Climates| |
 +|2020  |24|Session13|Rivat, Julien| |ARTIC 42 - the first Passive House hospital facility (dialysis clinic) in France| |
 +|2020  |24|Session16|Rivat, Julien| |Single family housing in two construction modes: concrete versus timber frame and straw| |
 +|2020  |24|Session01|Roßkopf, Thomas| |Cost optimal nZEB residential new builds| |
 +|2020  |24|Session04|Ruixue, Li| |Practice and thoughts of Shoukai Tongzhou affordable high-rise residential project| |
 +|2020  |24|Session08|Russo, Piero| |Monitoring of a multi-family PH building in Mediterranean climate| |
 +|2020  |24|Session08|Sanchez, Marine| |Defining project-specific PHPP inputs for institutional buildings with commercial kitchens| |
 +|2020  |24|Session05|Scheiring, Josef| |MPREIS supermarkets: Experiences from 10 Passive House franchises| |
 +|2020  |24|Session03|Schnieders, Jürgen| |Passive House and sector coupling in Germany| |
 +|2020  |24|Session12|Schulz, Tanja| |Planning recommendations for energy-efficient housing| |
 +|2020  |24|Session04|Sheng, Sichen| |Study on a Passive House nursing home with solar-driven system in warm and humid climates| |
 +|2020  |24|Session16|Shih-Chieh, Yeh| |Bangkok first concrete Passive House| |
 +|2020  |24|Session02|Siddall, Mark| |Will your roof rot? A moisture risk assessment for Passivhaus buildings with a cold roof| |
 +|2020  |24|Sessoin16|Sifferlen, Camille| |Namaste Passive House| |
 +|2020  |24|Session08|Stathopoulou, Aggeliki| |Single family house in Chalandri, Greece| |
 +|2020  |24|Session01|Stephens, Mark| |Mind the gap : nZEB and Passivhaus : An Irish perspective| |
 +|2020  |24|Session 11|Stewart, Graeme| |First EnerPHit residential high-rise in North America: The Ken Soble Tower| |
 +|2020  |24|Session06|St-Jean, Philippe| |Greenhouse gas emissions calculator for PHPP v9.6| |
 +|2020  |24|Session08|Straus, Andrew| |PH as a first step to a net-zero energy building (NZEB) in hot and humid climate zone| |
 +|2020  |24|Session03|Streicher, Wolfgang| |Tirol 2050: Visions of a fossil free future| |
 +|2020  |24|Session08|Studer, Marcel| |Training in remote communities: Self-built Passive House as an alternate to prefab| |
 +|2020  |24|Session08|Style, Oliver| |DHW + PV: all-electric hot water heating for Passive houses, with surplus solar PV top-up| |
 +|2020  |24|Session07|Sun, Hui| |Conservation compatible energy retrofit of traditional vernacular dwelling in China| |
 +|2020  |24|Session16|Theoboldt, Ingo| |Gibraltar Guesthouse: student flats in Gothenburg| |
 +|2020  |24|Session14|Tzanev, Dragomir| |Fighting off energy poverty: can Passive House be the answer?| |
 +|2020  |24|Session09|Tzanev, Dragomir| |The nZEB Roadshow: increased market demand as a driver for vocational training services| |
 +|2020  |24|Session14|Tzar, Giorgia| |Passive House and the SDGs: Connecting an international building standard with global aims| |
 +|2020  |24|Session03|Vallentin, Rena| |Wooden Passive House construction in the city: An ecological living quarter in Munich’s Prinz-Eugen Park| |
 +|2020  |24|Session07|van Erck, Ron| |The Energiesprong approach: Affordable, climate-conscious living for all!| |
 +|2020  |24|Session10|Varga, Szabolcs| |Climate change mitigation through EnerPHit: Life-Cycle Carbon Emissions Analysis| |
 +|2020  |24|Session04|Wang, Yin| |Passive House design strategies and performance: A case study of Gaobeidian Bahnstadt| |
 +|2020  |24|Session02|Wangelin, Matthias| |Reduction of Passive House energy demand using mechanical drink water hygienization| |
 +|2020  |24|Session09|Winkel, Susanne| |Avoiding the Performance Gap by deepening and disseminating Passive House knowledge| |
 +|2020  |24|Session04|Yang, Ming| |Optimization difficulties of PHI certification in Chinese project| |
 +|2020  |24|Session04|Yi, Zhu| |A Future Blueprint - How Passive House construction in China becomes easier as we speak| |
 +|2020  |24|Session04|Yiting, Kang| |Prediction of indoor air quality in a passive residential house in China| |
 +|2020  |24|Session11|Yu, Bai| |Construction control of key technologies in high-rise building of premium Passive House| |
 +|2020  |24|Session11|Zakrzewski, Stas| |Developing a replicable methodology for successful Tall Passive House Buildings| |
  
-|**Year** |**NO** |**Session ** |**Author** |**Title** | +|**Year**   |**NO**   |**Session **   |**Author**   |**Title**   | | 
-|^ |^ |^ | +|2019  |23|Session04|Aichholzer, Martin|Use of sustainable building materials on the example of the "House of Learning"| | 
-|2019   |23 |Session 04 |Aichholzer, Martin |Use of sustainable building materials on the example of the "House of Learning" | +|2019  |23|AustriaWS|Aichholzer, Martin|It's always a question of resources  | | 
-|2019   |23 |Austria WS |Aichholzer, Martin |It's always a question of resources  | +|2019  |23|Session18|Alter, Lloyd|Framing the conversation: How do we talk about Passivhaus| | 
-|2019   |23 |Session 18 |Alter, Lloyd |Framing the conversation: How do we talk about Passivhaus | +|2019  |23|Session05|Arnautu, Dragos|designPH 2.0 explained - how to apply the new shading| | 
-|2019   |23 |Session 05 |Arnautu, Dragos |designPH 2.0 explained - how to apply the new shading | +|2019  |23|Session09|Arnautu, Dragos|Lessons from an EnerPHit Industrial Building in Sri Lanka| | 
-|2019   |23 |Session 09 |Arnautu, Dragos |Lessons from an EnerPHit Industrial Building in Sri Lanka | +|2019  |23|Session02|Bai, Yu|Construction control and energy consumption operation of passive ultra-low energy green building renovation project| | 
-|2019   |23 |Session 02 |Bai, Yu |Construction control and energy consumption operation of passive ultra-low energy green building renovation project | +|2019  |23|Session20|Bastian, Zeno; Reyes, Elena|Project-specific primary energy requirements for Passive House Certification| | 
-|2019   |23 |Session 20 |Bastian, Zeno; Reyes, Elena |Project-specific primary energy requirements for Passive House Certification | +|2019  |23|Session 11|Bermich, Ralf|Passive House City District Heidelberg-Bahnstadt - Experience and Evaluation| | 
-|2019   |23 |Session 11 |Bermich, Ralf |Passive House City District Heidelberg-Bahnstadt - Experience and Evaluation | +|2019  |23|Session12|Bonilauri, Enrico|Re-Learning Training: The Need and Potential for Regional and Trades-Specific Training| | 
-|2019   |23 |Session 12 |Bonilauri, Enrico |Re-Learning Training: The Need and Potential for Regional and Trades-Specific Training | +|2019  |23|Session10|Bräunlich, Kristin; Kah, Oliver|Extractor hoods in kitchens in energy-efficient buildings| | 
-|2019   |23 |Session 10 |Bräunlich, Kristin; Kah, Oliver |Extractor hoods in kitchens in energy-efficient buildings | +|2019  |23|Session19|Byoungyoeol, PARK|A Passive House Village in Korea| | 
-|2019   |23 |Session 19 |Byoungyoeol, PARK |A Passive House Village in Korea | +|2019  |23|Session02|Cai, Qian|The selection of materials and measures for the airtightness of Passive Houses with different construction types| | 
-|2019   |23 |Session 02 |Cai, Qian |The selection of materials and measures for the airtightness of Passive Houses with different construction types | +|2019  |23|Session17|Carranza Navarro, Pablo; Lorente Martin, Clara|Basa I, Passivhaus multi-family dwelling in Zaragoza (Spain)  | | 
-|2019   |23 |Session 17 |Carranza Navarro, Pablo; Lorente Martin, Clara |Basa I, Passivhaus multi-family dwelling in Zaragoza (Spain)  | +|2019  |23|Session20|Chen, Cheney; Cillian|Explorations in Optimizing PHPP using Grasshopper| | 
-|2019   |23 |Session 20 |Chen, Cheney; Cillian |Explorations in Optimizing PHPP using Grasshopper | +|2019  |23|Session19|Chen, Shou-Kong|Sunyoung Pavilion - A Passive House in Shanghai| | 
-|2019   |23 |Session 19 |Chen, Shou-Kong |Sunyoung Pavilion - A Passive House in Shanghai | +|2019  |23|Session07|Chuai, Yu|PHI certified steel precast construction systems| | 
-|2019   |23 |Session 07 |Chuai, Yu |PHI certified steel precast construction systems | +|2019  |23|Session18|Cunz, Thilo|Long-term monitoring of the successful energy-efficient Brunck-Quarter modernization  | | 
-|2019   |23 |Session 18 |Cunz, Thilo |Long-term monitoring of the successful energy-efficient Brunck-Quarter modernization  | +|2019  |23|Session19|Demmler, Rolf|Tianjin Eco-City Residential High-Rise Passive House| | 
-|2019   |23 |Session 19 |Demmler, Rolf |Tianjin Eco-City Residential High-Rise Passive House | +|2019  |23|Session01|Deng, Bintao|From 0 to 1| | 
-|2019   |23 |Session 01 |Deng, Bintao |From 0 to 1 | +|2019  |23|Session14|Dermentzis, Georgios; Ochs, Fabian|Three years of monitoring analysis of two multi-story net zero energy buildings| | 
-|2019   |23 |Session 14 |Dermentzis, Georgios; Ochs, Fabian |Three years of monitoring analysis of two multi-story net zero energy buildings | +|2019  |23|Session06|Dietz, Søren|Passive House School in the northern part of Denmark: 7 years’ consumption below PHPP calculated values| | 
-|2019   |23 |Session 06 |Dietz, Søren |Passive House School in the northern part of Denmark: 7 years’ consumption below PHPP calculated values | +|2019  |23|Session09|Dietz, Søren|Final renovated social housing to PH standard with district heating, CO2 emissions of future energy systems| | 
-|2019   |23 |Session 09 |Dietz, Søren |Final renovated social housing to PH standard with district heating, CO2 emissions of future energy systems | +|2019  |23|Session06|Failla, Maria Chiara|The impact of thermal bridges in reinforced-concrete multi-family house and high-rise projects| | 
-|2019   |23 |Session 06 |Failla, Maria Chiara |The impact of thermal bridges in reinforced-concrete multi-family house and high-rise projects | +|2019  |23|Session04|Fallon, Ann-Marie; Pearce, Hugh|Delivery of the first ‘high rise’ Passivhaus development in the UK, lessons learned, and carbon impact study| | 
-|2019   |23 |Session 04 |Fallon, Ann-Marie; Pearce, Hugh |Delivery of the first ‘high rise’ Passivhaus development in the UK, lessons learned, and carbon impact study | +|2019  |23|Session03|Fanxuan, Xia|Collaborative Design and Research of Fresh Air Ventilation System and Exhaust System for Kitchen and Bathroom in Passive House| | 
-|2019   |23 |Session 03 |Fanxuan, Xia |Collaborative Design and Research of Fresh Air Ventilation System and Exhaust System for Kitchen and Bathroom in Passive House | +|2019  |23|Session 11|Fei, Han|Large-scale Certified Passive House Development in Qingdao, China – Demonstrative Residential Project Settles in Sino-German Ecopark| | 
-|2019   |23 |Session 11 |Fei, Han |Large-scale Certified Passive House Development in Qingdao, China -- Demonstrative Residential Project Settles in Sino-German Ecopark | +|2019  |23|Session00|Feist, Wolfgang|Passive House – building healthy, comfortable and sustainable constructions globally| | 
-|2019   |23 |Session 00 |Feist, Wolfgang |Passive House – building healthy, comfortable and sustainable constructions globally | +|2019  |23|Session14|Filippi, Marco|Pilot Passive House in UAE – Results from Monitoring| | 
-|2019   |23 |Session 14 |Filippi, Marco |Pilot Passive House in UAE – Results from Monitoring | +|2019  |23|Session06|Flechas, Oscar|The Valleyview Town Hall: Energy Efficiency in the Canadian Subarctic| | 
-|2019   |23 |Session 06 |Flechas, Oscar |The Valleyview Town Hall: Energy Efficiency in the Canadian Subarctic | +|2019  |23|Session08|Freundorfer, Franz|Passive House Building envelope in all climatic regions – solutions for the practice| | 
-|2019   |23 |Session 08 |Freundorfer, Franz |Passive House Building envelope in all climatic regions – solutions for the practice | +|2019  |23|Session15|Freundorfer, Franz|20 years of development work on the passive house window, a cool story| | 
-|2019   |23 |Session 15 |Freundorfer, Franz |20 years of development work on the passive house window, a cool story | +|2019  |23|Session12|Frey, Wolfgang|Thermal Comfort in Summer vs. Large Windows| | 
-|2019   |23 |Session 12 |Frey, Wolfgang |Thermal Comfort in Summer vs. Large Windows | +|2019  |23|Session13|Frisque, Andrea; Wimmers, Guido|The Wood Innovation Research Laboratory at UNBC, Prince George, BC, Canada| | 
-|2019   |23 |Session 13 |Frisque, Andrea; Wimmers, Guido |The Wood Innovation Research Laboratory at UNBC, Prince George, BC, Canada | +|2019  |23|Session18|Goossen, Carl-Peter|New Finance model for apartments to approaches neutral living expenses before and after the EnerPHit renovation| | 
-|2019   |23 |Session 18 |Goossen, Carl-Peter |New Finance model for apartments to approaches neutral living expenses before and after the EnerPHit renovation | +|2019  |23|Session04|Grove-Smith, Jessica|Climate-specific renewable primary energy factors across China| | 
-|2019   |23 |Session 04 |Grove-Smith, Jessica |Climate-specific renewable primary energy factors across China | +|2019  |23|Session13|Grove-Smith, Jessica; Gollwitzer, Esther|Passive House Guidelines for Indoor Swimming Pools| | 
-|2019   |23 |Session 13 |Grove-Smith, Jessica; Gollwitzer, Esther |Passive House Guidelines for Indoor Swimming Pools | +|2019  |23|Session10|Guo, Haifeng; Liu, Yulin|Study of kitchen HVAC design complications and overall ventilation systems in Chinese Passve House residential buildings| | 
-|2019   |23 |Session 10 |Guo, Haifeng; Liu, Yulin |Study of kitchen HVAC design complications and overall ventilation systems in Chinese Passve House residential buildings | +|2019  |23|Session20|Hasper, Wolfgang; Reyes Bernal; Grove-Smith, Jessica; Schnieders, Jürgen|Performance Monitoring Evaluation with PHPP 10| | 
-|2019   |23 |Session 20 |Hasper, Wolfgang; Reyes Bernal; Grove-Smith, Jessica; Schnieders, Jürgen |Performance Monitoring Evaluation with PHPP 10 | +|2019  |23|Session 11|Higgins, Christopher; Wickham, Andrea|City Process for ensuring projects target and achieve Passive House certification| | 
-|2019   |23 |Session 11 |Higgins, Christopher; Wickham, Andrea |City Process for ensuring projects target and achieve Passive House certification | +|2019  |23|Session09|Hrynyszyn, Bozena Dorota ; Tian, Zhiyong|Retrofitting according to the EnerPHit Standard in cold climate - components| | 
-|2019   |23 |Session 09 |Hrynyszyn, Bozena Dorota ; Tian, Zhiyong |Retrofitting according to the EnerPHit Standard in cold climate - components | +|2019  |23|AustriaWS|Huber, Martin|Lower Austrian State Buildings as Pioneers of the Passive House Standard| | 
-|2019   |23 |Austria WS |Huber, Martin |Lower Austrian State Buildings as Pioneers of the Passive House Standard | +|2019  |23|Session03|Iannone, Ileana|Innovative strategy for retrofitting high rise social housing building stock at a territorial scale: the case study of Torri Madonna Bianca – Trento (Italy)| | 
-|2019   |23 |Session 03 |Iannone, Ileana |Innovative strategy for retrofitting high rise social housing building stock at a territorial scale: the case study of Torri Madonna Bianca – Trento (Italy) | +|2019  |23|Session09|Ingui, Michael|Combining a Systematic Approach with Final Design Benefits to Passive Retrofits| | 
-|2019   |23 |Session 09 |Ingui, Michael |Combining a Systematic Approach with Final Design Benefits to Passive Retrofits | +|2019  |23|Session19|Jiang, Fuzhao; Gao|Design, optimization and construction of residential building 40# in Project Phase I in Beijing (Caofeidian) Modern Industry Development Experimental Zone (first zone of Eco-city)| | 
-|2019   |23 |Session 19 |Jiang, Fuzhao; Gao |Design, optimization and construction of residential building 40# in Project Phase I in Beijing (Caofeidian) Modern Industry Development Experimental Zone (first zone of Eco-city) | +|2019  |23|Session13|Kaufmann, Berthold|Office and residential Passive House building in Zhuozhou, China − focus on monitoring| | 
-|2019   |23 |Session 13 |Kaufmann, Berthold |Office and residential Passive House building in Zhuozhou, China − focus on monitoring | +|2019  |23|Session03|Kaufmann, Berthold; Jiang, Huijun|Ventilation+AC design layout for apartments in (Chinese) cooling climates| | 
-|2019   |23 |Session 03 |Kaufmann, Berthold; Jiang, Huijun |Ventilation+AC design layout for apartments in (Chinese) cooling climates | +|2019  |23|Session14|Kaufmann, Berthold; Sheng, Sichen; Liu, Bin; Song, Binlei|Qingdao PHTEC monitoring within two years of operation| | 
-|2019   |23 |Session 14 |Kaufmann, Berthold; Sheng, Sichen; Liu, Bin; Song, Binlei |Qingdao PHTEC monitoring within two years of operation | +|2019  |23|Session16|Kislinger, Johannes; Huber, Martin|Refurbishment of the Primary School and Gymnasium, Ziersdorf| | 
-|2019   |23 |Session 16 |Kislinger, Johannes; Huber, Martin |Refurbishment of the Primary School and Gymnasium, Ziersdorf | +|2019  |23|Session15|Kramer, Roman|Reducing Structural Thermal Bridge Effects – A best practice study on Passive House projects in China| | 
-|2019   |23 |Session 15 |Kramer, Roman |Reducing Structural Thermal Bridge Effects – A best practice study on Passive House projects in China | +|2019  |23|AustriaWS|Krapmeier, Helmut|Austrian State Award for Architecture and Sustainability| | 
-|2019   |23 |Austria WS |Krapmeier, Helmut |Austrian State Award for Architecture and Sustainability | +|2019  |23|Session15|Krick, Benjamin; Lowes, Edward|Component Award 2019 - Window of the Future| | 
-|2019   |23 |Session 15 |Krick, Benjamin; Lowes, Edward |Component Award 2019 - Window of the Future | +|2019  |23|Session 11|Lang, Günter|Reduction of the heating demand of buildings by 50% until 2050| | 
-|2019   |23 |Session 11 |Lang, Günter |Reduction of the heating demand of buildings by 50% until 2050 | +|2019  |23|Session06|Lebinger, Thomas|Passive houses for active students - providing knowledge about eco-efficient buildings| | 
-|2019   |23 |Session 06 |Lebinger, Thomas |Passive houses for active students - providing knowledge about eco-efficient buildings | +|2019  |23|Session16|Lepp, Laszlo|SINFONIA – Selection of outcomes and best practice examples from Innsbruck| | 
-|2019   |23 |Session 16 |Lepp, Laszlo |SINFONIA – Selection of outcomes and best practice examples from Innsbruck | +|2019  |23|AustriaWS|Lepp, Laszlo|Awarded Chinese office buildings – Certified supermarkets and other non-residentials from Austria| | 
-|2019   |23 |Austria WS |Lepp, Laszlo |Awarded Chinese office buildings – Certified supermarkets and other non-residentials from Austria | +|2019  |23|Session19|Li, Chun; Gao, Jianhui|Optimization of the U-value of exterior walls with external insulation and of the g-value of glass in Chinese hot-summer and cold-winter regions| | 
-|2019   |23 |Session 19 |Li, Chun; Gao, Jianhui |Optimization of the U-value of exterior walls with external insulation and of the g-value of glass in Chinese hot-summer and cold-winter regions | +|2019  |23|Session07|Lingchen, Kong|Key points of passive building design control from the perspective of Party A| | 
-|2019   |23 |Session 07 |Lingchen, Kong |Key points of passive building design control from the perspective of Party A | +|2019  |23|Session15|López García, Soraya|PHI certification of transparent and opaque building envelope components| | 
-|2019   |23 |Session 15 |López García, Soraya |PHI certification of transparent and opaque building envelope components | +|2019  |23|Session08|López-García, Soraya; Lowes, Edward|Uptake of native Certified Passive House Components by the Chinese passive construction sector - a gap analysis| | 
-|2019   |23 |Session 08 |López-García, Soraya; Lowes, Edward |Uptake of native Certified Passive House Components by the Chinese passive construction sector - a gap analysis | +|2019  |23|Session07|Lu, Mingzhe|German passive house technology "Chinese style re-innovation"| | 
-|2019   |23 |Session 07 |Lu, Mingzhe |German passive house technology "Chinese style re-innovation" | +|2019  |23|Session05|May, Edwin|Using Sketchup as an Information Modeler for Enhancing Accuracy and Simplifying Certification| | 
-|2019   |23 |Session 05 |May, Edwin |Using Sketchup as an Information Modeler for Enhancing Accuracy and Simplifying Certification | +|2019  |23|Session14|Menendez, Jesus|Keeping overheating cool| | 
-|2019   |23 |Session 14 |Menendez, Jesus |Keeping overheating cool | +|2019  |23|Session02|Meyer-Olbersleben, Michael|Measuring the air tightness in highrise buildings| | 
-|2019   |23 |Session 02 |Meyer-Olbersleben, Michael |Measuring the air tightness in highrise buildings | +|2019  |23|Session01|Michulec, Dawid|Passive house experience from South China| | 
-|2019   |23 |Session 01 |Michulec, Dawid |Passive house experience from South China | +|2019  |23|AustriaWS|Michulec, Dawid|Lessons learned after 5 years of pioneering work in Asia| | 
-|2019   |23 |Austria WS |Michulec, Dawid |Lessons learned after 5 years of pioneering work in Asia | +|2019  |23|Session14|Mori, Miwa|Measured data of the Passive Town Phase 3 in Kurobe| | 
-|2019   |23 |Session 14 |Mori, Miwa |Measured data of the Passive Town Phase 3 in Kurobe | +|2019  |23|Session18|Murschall, Hartmut|Passive houses in 50 solar and 100 climate protection estates in the former coal and steel region North Rhine-Westphalia| | 
-|2019   |23 |Session 18 |Murschall, Hartmut |Passive houses in 50 solar and 100 climate protection estates in the former coal and steel region North Rhine-Westphalia | +|2019  |23|Session03|Ochs, Fabian; Siegele, Dietmar; Calabrese, Toni; Dermentzis, Georgios|Ventilation, heating and domestic hot water preparation with decentral compact heat pumps| | 
-|2019   |23 |Session 03 |Ochs, Fabian; Siegele, Dietmar; Calabrese, Toni; Dermentzis, Georgios |Ventilation, heating and domestic hot water preparation with decentral compact heat pumps | +|2019  |23|Session13|Peel, Andrew|Shifting Gears: A Passive House Car Dealership in the Making| | 
-|2019   |23 |Session 13 |Peel, Andrew |Shifting Gears: A Passive House Car Dealership in the Making | +|2019  |23|Session02|Peng, Mengyue|Practice and thoughts on whole-process quality control of ultra-low energy passive buildings in China| | 
-|2019   |23 |Session 02 |Peng, Mengyue |Practice and thoughts on whole-process quality control of ultra-low energy passive buildings in China | +|2019  |23|Session02|Peper, Søren; Schnieders, Jürgen|Guidelines for airtightness measurements in highrise buildings| | 
-|2019   |23 |Session 02 |Peper, Søren; Schnieders, Jürgen |Guidelines for airtightness measurements in highrise buildings | +|2019  |23|Session18|Ploss, Martin|Only numbers count – life cycle costs in social housing| | 
-|2019   |23 |Session 18 |Ploss, Martin |Only numbers count – life cycle costs in social housing | +|2019  |23|Session04|Quinn, Jason|PHPP and LCAQuick - an integrated energy / Life Cycle Assessment toolset| | 
-|2019   |23 |Session 04 |Quinn, Jason |PHPP and LCAQuick - an integrated energy / Life Cycle Assessment toolset | +|2019  |23|Session19|Radeva, Gergina|Multifamily homes in China – initial design, optimisation potential and the impact of it  | | 
-|2019   |23 |Session 19 |Radeva, Gergina |Multifamily homes in China – initial design, optimisation potential and the impact of it  | +|2019  |23|AustriaWS|Reinberg, Georg|Austria, Passive House and Reinberg`s Architecture: an evolution 1982-2020| | 
-|2019   |23 |Austria WS |Reinberg, Georg |Austria, Passive House and Reinberg`s Architecture: an evolution 1982-2020 | +|2019  |23|Session06|Reinberg, Georg W.|Realizing the ecological civilisation| | 
-|2019   |23 |Session 06 |Reinberg, Georg W. |Realizing the ecological civilisation | +|2019  |23|Session 11|Reyes Bernal, Elena; Flórez, Javier|Implementation of the Passive House standard in social housing in Mexico, lessons learned| | 
-|2019   |23 |Session 11 |Reyes Bernal, Elena; Flórez, Javier |Implementation of the Passive House standard in social housing in Mexico, lessons learned | +|2019  |23|Session08|Rongen, Ludwig|Prefabricated Passive Houses in modular construction| | 
-|2019   |23 |Session 08 |Rongen, Ludwig |Prefabricated Passive Houses in modular construction | +|2019  |23|Session17|Russo, Piero|Cost-effective multi-family building in warm climate| | 
-|2019   |23 |Session 17 |Russo, Piero |Cost-effective multi-family building in warm climate | +|2019  |23|Session13|Sanchez, Marine|Strategies for improving energy efficiencies in large institutional kitchens| | 
-|2019   |23 |Session 13 |Sanchez, Marine |Strategies for improving energy efficiencies in large institutional kitchens | +|2019  |23|Session10|Schirmer, Stefan|Ventilation system in Chinese Passive House: Challenges with integration of WC and kitchen in heat recovery| | 
-|2019   |23 |Session 10 |Schirmer, Stefan |Ventilation system in Chinese Passive House: Challenges with integration of WC and kitchen in heat recovery | +|2019  |23|Session20|Schnieders, Jürgen|A calculation procedure for the heat losses caused by vented drain pipes| | 
-|2019   |23 |Session 20 |Schnieders, Jürgen |A calculation procedure for the heat losses caused by vented drain pipes | +|2019  |23|Session20|Schnieders, Jürgen; Collins|PHPP validation according to ASHRAE 140| | 
-|2019   |23 |Session 20 |Schnieders, Jürgen; Collins |PHPP validation according to ASHRAE 140 | +|2019  |23|Session16|Schöberl, Helmut; Schriefl, Ernst|EnerPHit renovation of a residential building in Vienna with preservation of its historical facade| | 
-|2019   |23 |Session 16 |Schöberl, Helmut; Schriefl, Ernst |EnerPHit renovation of a residential building in Vienna with preservation of its historical facade | +|2019  |23|AustriaWS|Schriefl, Ernst|World‘s first plus-energy office high-rise building (Vienna, Austria)| | 
-|2019   |23 |Austria WS |Schriefl, Ernst |World‘s first plus-energy office high-rise building (Vienna, Austria) | +|2019  |23|Session04|Schulze Darup, Burkhard; Krick, Benjamin|Sustainable supply systems in multi-storey residential buildings| | 
-|2019   |23 |Session 04 |Schulze Darup, Burkhard; Krick, Benjamin |Sustainable supply systems in multi-storey residential buildings | +|2019  |23|Session17|Sepulveda Corradini, Juan Pablo|Meeting the passive house standard through parametric design| | 
-|2019   |23 |Session 17 |Sepulveda Corradini, Juan Pablo |Meeting the passive house standard through parametric design | +|2019  |23|Session07|Shaobiao, Zhao|Analysis on the development status and application of assembled ultra-low energy buildings| | 
-|2019   |23 |Session 07 |Shaobiao, Zhao |Analysis on the development status and application of assembled ultra-low energy buildings | +|2019  |23|Session17|Sheng, Sichen|Efficient Cooling and Dehumidification Strategies for Passive Houses in Warm and Hot Climates| | 
-|2019   |23 |Session 17 |Sheng, Sichen |Efficient Cooling and Dehumidification Strategies for Passive Houses in Warm and Hot Climates | +|2019  |23|Session01|Shuhui, Tian|R&D Centre Hebei Academy of Building Research - Sino-German Energy-Efficient Buildings| | 
-|2019   |23 |Session 01 |Shuhui, Tian |R&D Centre Hebei Academy of Building Research - Sino-German Energy-Efficient Buildings | +|2019  |23|Session07|Shuo, Li; Liu, Lei|Study on the Design of Passive House without Thermal Bridge–Taking the Community Center Project of Passive Houses in Sino-German Ecological Park as an Example| | 
-|2019   |23 |Session 07 |Shuo, Li; Liu, Lei |Study on the Design of Passive House without Thermal Bridge--Taking the Community Center Project of Passive Houses in Sino-German Ecological Park as an Example | +|2019  |23|Session12|Si, Daxiong; Liu, Yabo|The significance of Passive House education in Chinese colleges and universities| | 
-|2019   |23 |Session 12 |Si, Daxiong; Liu, Yabo |The significance of Passive House education in Chinese colleges and universities | +|2019  |23|Session05|Sifferlen, Camille|designPH 2.0 - What new shading algorithms can do for you!| | 
-|2019   |23 |Session 05 |Sifferlen, Camille |designPH 2.0 - What new shading algorithms can do for you! | +|2019  |23|Session19|Stefan, Schirmer|Social Housing in Beijing in Passive House standard| | 
-|2019   |23 |Session 19 |Stefan, Schirmer |Social Housing in Beijing in Passive House standard | +|2019  |23|Session20|Steiger, Jan|PHPP 10 - The design tool for robustness and future proof buildings| | 
-|2019   |23 |Session 20 |Steiger, Jan |PHPP 10 - The design tool for robustness and future proof buildings | +|2019  |23|Session16|Steinmüller, Bernd|From Experimental to Passive House Plus: Some 4-Decade Insights| | 
-|2019   |23 |Session 16 |Steinmüller, Bernd |From Experimental to Passive House Plus: Some 4-Decade Insights | +|2019  |23|Session08|Strang, Marcus|Material Benefits and Risks of Cross Laminated Timber for Passive House Construction in Tropical Climates| | 
-|2019   |23 |Session 08 |Strang, Marcus |Material Benefits and Risks of Cross Laminated Timber for Passive House Construction in Tropical Climates | +|2019  |23|AustriaWS|Streicher, Wolfgang|New and refurbished low Cost Passive Houses in Tyrol/Austria – Technology and Results of Measurements| | 
-|2019   |23 |Austria WS |Streicher, Wolfgang |New and refurbished low Cost Passive Houses in Tyrol/Austria – Technology and Results of Measurements | +|2019  |23|Session16|Streicher, Wolfgang; Pfluger, Rainer; Sengl, Lukas|Results of deep renovation of two austrian Schools| | 
-|2019   |23 |Session 16 |Streicher, Wolfgang; Pfluger, Rainer; Sengl, Lukas |Results of deep renovation of two austrian Schools | +|2019  |23|Session09|Sun, Hui; Zhao, Xing|Building airtightness and Chinese craft – the Ao’ni Courtyard project in Songyang, China, as an example of how traditional timber construction can achieve EnerPHit| | 
-|2019   |23 |Session 09 |Sun, Hui; Zhao, Xing |Building airtightness and Chinese craft – the Ao’ni Courtyard project in Songyang, China, as an example of how traditional timber construction can achieve EnerPHit | +|2019  |23|Session07|Tao, Wen; Ke, Yang|Analysis for outdoor air system heat recovery of commercial passive house| | 
-|2019   |23 |Session 07 |Tao, Wen; Ke, Yang |Analysis for outdoor air system heat recovery of commercial passive house | +|2019  |23|Session09|Tumbas, Milica; Chen, Lovell|Old Quad - Significant Heritage building retrofitting to Passive House EnerPHit Standard| | 
-|2019   |23 |Session 09 |Tumbas, Milica; Chen, Lovell |Old Quad - Significant Heritage building retrofitting to Passive House EnerPHit Standard | +|2019  |23|AustriaWS|Turrini, Marcello|Green Building Solutions for students - Summer School Design Workshop| | 
-|2019   |23 |Austria WS |Turrini, Marcello |Green Building Solutions for students - Summer School Design Workshop | +|2019  |23|Session00|Ürge-Vorsatz, Diana|TBD| | 
-|2019   |23 |Session 00 |Ürge-Vorsatz, Diana |TBD | +|2019  |23|Session09|Varga, Szabolcs|Case study of a pre-certified step-by-step retrofit to EnerPHit Standard of a 1950`s building located in a cold climate zone| | 
-|2019   |23 |Session 09 |Varga, Szabolcs |Case study of a pre-certified step-by-step retrofit to EnerPHit Standard of a 1950`s building located in a cold climate zone | +|2019  |23|Session06|Verhulst, Graeme|Passive House Goes to Work: A Commercial Office Case Study| | 
-|2019   |23 |Session 06 |Verhulst, Graeme |Passive House Goes to Work: A Commercial Office Case Study | +|2019  |23|Session00|von Weizsäcker, Ernst Ulrich|Come On| | 
-|2019   |23 |Session 00 |von Weizsäcker, Ernst Ulrich |Come On | +|2019  |23|Session01|Wang, Yafeng; Yang, Ming|Application of passive house technology in Tianjin hotel| | 
-|2019   |23 |Session 01 |Wang, Yafeng; Yang, Ming |Application of passive house technology in Tianjin hotel | +|2019  |23|Session17|Wassouf, Micheel|Chengdu mixed use building – a passive house challenge in the heart of China| | 
-|2019   |23 |Session 17 |Wassouf, Micheel |Chengdu mixed use building – a passive house challenge in the heart of China | +|2019  |23|Session15|Weber, Hagen|"Passive house certified curtain walls / The difficult relation between demand & reality"| | 
-|2019   |23 |Session 15 |Weber, Hagen |"Passive house certified curtain walls / The difficult relation between demand & reality" | +|2019  |23|Session07|Wei, Lin-bin; Li, Qi|Discussion on design of passive ultra-low energy building based on performance measurements| | 
-|2019   |23 |Session 07 |Wei, Lin-bin; Li, Qi |Discussion on design of passive ultra-low energy building based on performance measurements | +|2019  |23|Session03|Wei, Xing|Research on air distribution of all-in-one HVAC systems based on Airpak simulation| | 
-|2019   |23 |Session 03 |Wei, Xing |Research on air distribution of all-in-one HVAC systems based on Airpak simulation | +|2019  |23|Session06|Whitmore, Dan; Boetzel, Alex|Verified successful Airtightness Approaches in the US and the PNW| | 
-|2019   |23 |Session 06 |Whitmore, Dan; Boetzel, Alex |Verified successful Airtightness Approaches in the US and the PNW | +|2019  |23|Session12|Winkel, Susanne|Quality assurance through further training| | 
-|2019   |23 |Session 12 |Winkel, Susanne |Quality assurance through further training | +|2019  |23|Session10|Xiao, Peng; Liu, Lei|Exhaust fumes and air exhaust system in kitchen of a Passive House residential building| | 
-|2019   |23 |Session 10 |Xiao, Peng; Liu, Lei |Exhaust fumes and air exhaust system in kitchen of a Passive House residential building | +|2019  |23|Session08|Xiaodong, Xia; Zitong, Wang; Zebin, Chai; Yu, Shi|Prefabricated, thermal bridge-free light steel and light slurry walls| | 
-|2019   |23 |Session 08 |Xiaodong, Xia; Zitong, Wang; Zebin, Chai; Yu, Shi |Prefabricated, thermal bridge-free light steel and light slurry walls | +|2019  |23|Session07|Yu, Mou|Let Passive House construction become “Non-passive”| | 
-|2019   |23 |Session 07 |Yu, Mou |Let Passive House construction become “Non-passive” | +|2019  |23|Session07|Zhang, Funan; Wei, Hedong|Study on the performance of doors and windows installed in the optimal insulation position of different wall structures| | 
-|2019   |23 |Session 07 |Zhang, Funan; Wei, Hedong |Study on the performance of doors and windows installed in the optimal insulation position of different wall structures | +|2019  |23|Session19|Zhang, Huanlin|Huangshan reception Center project of Shandong Hua Jian Aluminium Industry Group| | 
-|2019   |23 |Session 19 |Zhang, Huanlin |Huangshan reception Center project of Shandong Hua Jian Aluminium Industry Group | +|2019  |23|Session12|Zhang, Huifang|Design strategies for thermally broken Passive House details| | 
-|2019   |23 |Session 12 |Zhang, Huifang |Design strategies for thermally broken Passive House details | +|2019  |23|Session01|Zhang, Peng; Yun, Qinghua|Research on key technologies for passive ultra low energy consumption in central China| | 
-|2019   |23 |Session 01 |Zhang, Peng; Yun, Qinghua |Research on key technologies for passive ultra low energy consumption in central China | +|2019  |23|Session10|Zhao, Yang|Discussion of Selfbalance Oil Fume Purifier in Passive Room Kitchen| |
-|2019   |23 |Session 10 |Zhao, Yang |Discussion of Selfbalance Oil Fume Purifier in Passive Room Kitchen | +
  
 ====== See also ====== ====== See also ======
  
-**[[phi_publications:international_passive_house_conference_contributions_5|List]]** of all released conference proceedings from 2015 to 2018 on Passipedia +**[[.:international_passive_house_conference_contributions_5|List]]** of all released conference proceedings from 2015 to 2018 on Passipedia 
 + 
phi_publications/international_passive_house_conference_contributions_6.1616587917.txt.gz · Last modified: 2021/03/24 13:11 by naman.sukhija@passiv.de